Split (1)

test · 500 rows

data_source stringclasses 1 value	prompt stringlengths 932 5.48k	ability stringclasses 1 value	reward_model dict	extra_info stringlengths 74 8.52k
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 58, ENT16 47, ENT108 src, edge_attr, dst 47, REL24, 58 Question: In what context are ENT16 and ENT108 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT16", "ENT108"], "valid_edges": [["ENT108", "REL24", "ENT16"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 74, ENT9 51, ENT36 85, ENT46 30, ENT55 110, ENT68 97, ENT101 59, ENT129 src, edge_attr, dst 74, REL35, 97 85, REL26, 74 85, REL35, 97 30, REL23, 51 30, REL26, 59 110, REL19, 85 110, REL23, 51 110, REL26, 59 59, REL23, 51 Question: In what context are ENT68 and ENT101 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT68", "ENT101"], "valid_edges": [["ENT9", "REL35", "ENT101"], ["ENT46", "REL26", "ENT9"], ["ENT46", "REL35", "ENT101"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT129"], ["ENT68", "REL19", "ENT46"], ["ENT68", "REL23", "ENT36"], ["ENT68", "REL26", "ENT129"], ["ENT129", "REL23", "ENT36"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 87, ENT14 26, ENT32 132, ENT34 51, ENT36 90, ENT37 65, ENT39 79, ENT42 62, ENT43 34, ENT50 3, ENT52 30, ENT55 101, ENT62 109, ENT64 7, ENT66 91, ENT77 75, ENT83 46, ENT85 53, ENT86 70, ENT98 113, ENT116 129, ENT119 27, ENT122 8, ENT126 59, ENT129 src, edge_attr, dst 112, REL26, 34 10, REL21, 87 10, REL21, 8 10, REL26, 90 10, REL36, 112 10, REL36, 87 10, REL36, 65 10, REL36, 62 10, REL36, 101 10, REL36, 7 10, REL36, 75 10, REL36, 70 10, REL36, 8 10, REL41, 132 10, REL41, 51 10, REL41, 79 10, REL41, 91 10, REL41, 46 10, REL41, 53 10, REL41, 129 10, REL41, 27 10, REL46, 132 10, REL46, 51 10, REL46, 79 10, REL46, 91 10, REL46, 46 10, REL46, 53 10, REL46, 129 10, REL46, 27 87, REL5, 10 87, REL5, 3 87, REL26, 112 87, REL26, 34 26, REL23, 51 26, REL26, 59 51, REL26, 46 65, REL26, 112 65, REL26, 34 79, REL14, 51 62, REL26, 112 62, REL26, 34 3, REL21, 87 3, REL21, 8 3, REL24, 10 3, REL26, 90 3, REL36, 112 3, REL36, 87 3, REL36, 65 3, REL36, 62 3, REL36, 101 3, REL36, 7 3, REL36, 75 3, REL36, 70 3, REL36, 8 3, REL41, 132 3, REL41, 51 3, REL41, 79 3, REL41, 91 3, REL41, 46 3, REL41, 53 3, REL41, 129 3, REL41, 27 3, REL46, 132 3, REL46, 51 3, REL46, 79 3, REL46, 91 3, REL46, 46 3, REL46, 53 3, REL46, 129 3, REL46, 27 30, REL23, 51 30, REL26, 59 101, REL26, 112 101, REL26, 34 109, REL42, 10 109, REL42, 3 7, REL26, 112 7, REL26, 34 75, REL26, 112 75, REL26, 34 70, REL26, 112 70, REL26, 34 113, REL20, 112 113, REL20, 87 113, REL20, 65 113, REL20, 62 113, REL20, 101 113, REL20, 7 113, REL20, 75 113, REL20, 70 113, REL20, 8 113, REL26, 90 129, REL2, 10 129, REL2, 3 8, REL5, 10 8, REL5, 3 8, REL26, 112 8, REL26, 34 59, REL23, 51 Question: For what reason are ENT32 and ENT83 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT32", "ENT83"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL26", "ENT2"], ["ENT14", "REL26", "ENT50"], ["ENT32", "REL23", "ENT36"], ["ENT32", "REL26", "ENT129"], ["ENT36", "REL26", "ENT85"], ["ENT39", "REL26", "ENT2"], ["ENT39", "REL26", "ENT50"], ["ENT42", "REL14", "ENT36"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT129"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT66", "REL26", "ENT2"], ["ENT66", "REL26", "ENT50"], ["ENT83", "REL26", "ENT2"], ["ENT83", "REL26", "ENT50"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT66"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL20", "ENT126"], ["ENT116", "REL26", "ENT37"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT50"], ["ENT129", "REL23", "ENT36"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 84, ENT41 25, ENT78 src, edge_attr, dst 84, REL2, 25 84, REL40, 25 25, REL7, 84 Question: For what reason are ENT41 and ENT78 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT41", "ENT78"], "valid_edges": [["ENT41", "REL2", "ENT78"], ["ENT41", "REL40", "ENT78"], ["ENT78", "REL7", "ENT41"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 51, ENT36 52, ENT73 src, edge_attr, dst 52, REL23, 51 Question: How are ENT36 and ENT73 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT36", "ENT73"], "valid_edges": [["ENT73", "REL23", "ENT36"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 49, ENT110 116, ENT133 src, edge_attr, dst 116, REL26, 49 Question: For what reason are ENT110 and ENT133 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT110", "ENT133"], "valid_edges": [["ENT133", "REL26", "ENT110"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 87, ENT14 132, ENT34 51, ENT36 90, ENT37 65, ENT39 79, ENT42 62, ENT43 34, ENT50 3, ENT52 30, ENT55 101, ENT62 109, ENT64 7, ENT66 100, ENT67 63, ENT76 91, ENT77 75, ENT83 46, ENT85 53, ENT86 70, ENT98 44, ENT104 93, ENT115 113, ENT116 129, ENT119 27, ENT122 104, ENT124 8, ENT126 59, ENT129 src, edge_attr, dst 112, REL26, 34 10, REL21, 87 10, REL21, 8 10, REL26, 90 10, REL36, 112 10, REL36, 87 10, REL36, 65 10, REL36, 62 10, REL36, 101 10, REL36, 7 10, REL36, 75 10, REL36, 70 10, REL36, 8 10, REL41, 132 10, REL41, 51 10, REL41, 79 10, REL41, 91 10, REL41, 46 10, REL41, 53 10, REL41, 129 10, REL41, 27 10, REL46, 132 10, REL46, 51 10, REL46, 79 10, REL46, 91 10, REL46, 46 10, REL46, 53 10, REL46, 129 10, REL46, 27 87, REL5, 10 87, REL5, 3 87, REL26, 112 87, REL26, 34 51, REL26, 46 65, REL26, 112 65, REL26, 34 79, REL14, 51 62, REL26, 112 62, REL26, 34 62, REL26, 70 3, REL21, 87 3, REL21, 8 3, REL24, 10 3, REL26, 90 3, REL36, 112 3, REL36, 87 3, REL36, 65 3, REL36, 62 3, REL36, 101 3, REL36, 7 3, REL36, 75 3, REL36, 70 3, REL36, 8 3, REL41, 132 3, REL41, 51 3, REL41, 79 3, REL41, 91 3, REL41, 46 3, REL41, 53 3, REL41, 129 3, REL41, 27 3, REL46, 132 3, REL46, 51 3, REL46, 79 3, REL46, 91 3, REL46, 46 3, REL46, 53 3, REL46, 129 3, REL46, 27 30, REL23, 51 30, REL26, 59 101, REL26, 112 101, REL26, 34 101, REL26, 70 109, REL42, 10 109, REL42, 3 7, REL26, 112 7, REL26, 34 7, REL26, 70 100, REL6, 62 100, REL6, 101 100, REL6, 7 100, REL6, 70 100, REL26, 90 100, REL26, 44 100, REL28, 62 100, REL28, 101 100, REL28, 7 100, REL28, 70 100, REL41, 132 100, REL41, 91 100, REL41, 129 63, REL23, 51 63, REL26, 59 75, REL26, 112 75, REL26, 34 70, REL26, 112 70, REL26, 34 44, REL6, 62 44, REL6, 101 44, REL6, 7 44, REL6, 70 44, REL26, 90 44, REL28, 62 44, REL28, 101 44, REL28, 7 44, REL28, 70 44, REL41, 132 44, REL41, 91 44, REL41, 129 93, REL6, 62 93, REL6, 101 93, REL6, 7 93, REL6, 70 93, REL26, 90 93, REL26, 44 93, REL28, 62 93, REL28, 101 93, REL28, 7 93, REL28, 70 93, REL41, 132 93, REL41, 91 93, REL41, 129 113, REL20, 112 113, REL20, 87 113, REL20, 65 113, REL20, 62 113, REL20, 101 113, REL20, 7 113, REL20, 75 113, REL20, 70 113, REL20, 8 113, REL26, 90 129, REL2, 10 129, REL2, 3 129, REL2, 100 129, REL2, 44 129, REL2, 93 129, REL2, 104 104, REL6, 62 104, REL6, 101 104, REL6, 7 104, REL6, 70 104, REL26, 90 104, REL26, 44 104, REL28, 62 104, REL28, 101 104, REL28, 7 104, REL28, 70 104, REL41, 132 104, REL41, 91 104, REL41, 129 8, REL5, 10 8, REL5, 3 8, REL26, 112 8, REL26, 34 59, REL23, 51 Question: How are ENT62 and ENT76 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT62", "ENT76"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL26", "ENT2"], ["ENT14", "REL26", "ENT50"], ["ENT36", "REL26", "ENT85"], ["ENT39", "REL26", "ENT2"], ["ENT39", "REL26", "ENT50"], ["ENT42", "REL14", "ENT36"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT43", "REL26", "ENT98"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT129"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT62", "REL26", "ENT98"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT66", "REL26", "ENT2"], ["ENT66", "REL26", "ENT50"], ["ENT66", "REL26", "ENT98"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT66"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT66"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT76", "REL23", "ENT36"], ["ENT76", "REL26", "ENT129"], ["ENT83", "REL26", "ENT2"], ["ENT83", "REL26", "ENT50"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT66"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT66"], ["ENT104", "REL28", "ENT98"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT66"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT66"], ["ENT115", "REL28", "ENT98"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT66"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL20", "ENT126"], ["ENT116", "REL26", "ENT37"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT66"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT66"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT50"], ["ENT129", "REL23", "ENT36"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 128, ENT6 45, ENT26 65, ENT39 133, ENT51 69, ENT61 17, ENT71 130, ENT91 1, ENT96 113, ENT116 94, ENT117 76, ENT127 src, edge_attr, dst 128, REL26, 17 128, REL26, 130 128, REL26, 76 45, REL26, 17 45, REL26, 130 45, REL26, 76 65, REL5, 133 69, REL5, 133 69, REL26, 17 69, REL26, 76 130, REL26, 17 130, REL26, 76 1, REL26, 17 1, REL26, 130 1, REL26, 76 113, REL20, 65 113, REL26, 17 94, REL26, 17 94, REL31, 128 94, REL31, 45 94, REL31, 69 94, REL31, 130 94, REL31, 1 94, REL31, 76 76, REL26, 17 Question: How are ENT51 and ENT117 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT51", "ENT117"], "valid_edges": [["ENT6", "REL26", "ENT71"], ["ENT6", "REL26", "ENT91"], ["ENT6", "REL26", "ENT127"], ["ENT26", "REL26", "ENT71"], ["ENT26", "REL26", "ENT91"], ["ENT26", "REL26", "ENT127"], ["ENT39", "REL5", "ENT51"], ["ENT61", "REL5", "ENT51"], ["ENT61", "REL26", "ENT71"], ["ENT61", "REL26", "ENT127"], ["ENT91", "REL26", "ENT71"], ["ENT91", "REL26", "ENT127"], ["ENT96", "REL26", "ENT71"], ["ENT96", "REL26", "ENT91"], ["ENT96", "REL26", "ENT127"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL26", "ENT71"], ["ENT117", "REL26", "ENT71"], ["ENT117", "REL31", "ENT6"], ["ENT117", "REL31", "ENT26"], ["ENT117", "REL31", "ENT61"], ["ENT117", "REL31", "ENT91"], ["ENT117", "REL31", "ENT96"], ["ENT117", "REL31", "ENT127"], ["ENT127", "REL26", "ENT71"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 107, ENT40 38, ENT128 src, edge_attr, dst 107, REL3, 38 107, REL4, 38 107, REL32, 38 Question: How are ENT40 and ENT128 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT40", "ENT128"], "valid_edges": [["ENT40", "REL3", "ENT128"], ["ENT40", "REL4", "ENT128"], ["ENT40", "REL32", "ENT128"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 90, ENT37 65, ENT39 62, ENT43 34, ENT50 101, ENT62 100, ENT67 16, ENT79 75, ENT83 70, ENT98 44, ENT104 93, ENT115 113, ENT116 104, ENT124 src, edge_attr, dst 112, REL26, 34 65, REL26, 112 65, REL26, 34 62, REL26, 112 62, REL26, 34 62, REL26, 70 101, REL26, 112 101, REL26, 34 101, REL26, 70 100, REL6, 62 100, REL6, 101 100, REL6, 70 100, REL26, 90 100, REL28, 62 100, REL28, 101 100, REL28, 70 16, REL26, 90 75, REL26, 112 75, REL26, 34 70, REL26, 112 70, REL26, 34 44, REL6, 62 44, REL6, 101 44, REL6, 70 44, REL26, 90 44, REL28, 62 44, REL28, 101 44, REL28, 70 93, REL6, 62 93, REL6, 101 93, REL6, 70 93, REL26, 90 93, REL28, 62 93, REL28, 101 93, REL28, 70 113, REL20, 112 113, REL20, 65 113, REL20, 62 113, REL20, 101 113, REL20, 75 113, REL20, 70 113, REL26, 90 104, REL6, 62 104, REL6, 101 104, REL6, 70 104, REL26, 90 104, REL28, 62 104, REL28, 101 104, REL28, 70 Question: In what context are ENT50 and ENT79 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT50", "ENT79"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT39", "REL26", "ENT2"], ["ENT39", "REL26", "ENT50"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT43", "REL26", "ENT98"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT62", "REL26", "ENT98"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT98"], ["ENT79", "REL26", "ENT37"], ["ENT83", "REL26", "ENT2"], ["ENT83", "REL26", "ENT50"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT98"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT98"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL26", "ENT37"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT98"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 132, ENT34 65, ENT39 107, ENT40 100, ENT67 17, ENT71 91, ENT77 75, ENT83 44, ENT104 49, ENT110 93, ENT115 113, ENT116 94, ENT117 129, ENT119 27, ENT122 104, ENT124 36, ENT130 src, edge_attr, dst 132, REL26, 91 65, REL26, 112 107, REL26, 112 107, REL32, 94 107, REL32, 36 107, REL46, 27 100, REL6, 107 100, REL26, 44 100, REL28, 107 100, REL41, 132 100, REL41, 91 100, REL41, 129 91, REL10, 107 75, REL26, 112 75, REL33, 107 44, REL6, 107 44, REL28, 107 44, REL41, 132 44, REL41, 91 44, REL41, 129 93, REL6, 107 93, REL26, 44 93, REL28, 107 93, REL41, 132 93, REL41, 91 93, REL41, 129 113, REL20, 112 113, REL20, 65 113, REL20, 107 113, REL20, 75 113, REL26, 17 94, REL26, 17 129, REL2, 100 129, REL2, 44 129, REL2, 93 129, REL2, 104 129, REL26, 91 27, REL26, 49 104, REL6, 107 104, REL26, 44 104, REL28, 107 104, REL41, 132 104, REL41, 91 104, REL41, 129 36, REL26, 17 Question: For what reason are ENT40 and ENT110 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT40", "ENT110"], "valid_edges": [["ENT34", "REL26", "ENT77"], ["ENT39", "REL26", "ENT2"], ["ENT40", "REL26", "ENT2"], ["ENT40", "REL32", "ENT117"], ["ENT40", "REL32", "ENT130"], ["ENT40", "REL46", "ENT122"], ["ENT67", "REL6", "ENT40"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT40"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT77", "REL10", "ENT40"], ["ENT83", "REL26", "ENT2"], ["ENT83", "REL33", "ENT40"], ["ENT104", "REL6", "ENT40"], ["ENT104", "REL28", "ENT40"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT115", "REL6", "ENT40"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT40"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT40"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL26", "ENT71"], ["ENT117", "REL26", "ENT71"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT77"], ["ENT122", "REL26", "ENT110"], ["ENT124", "REL6", "ENT40"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT40"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"], ["ENT130", "REL26", "ENT71"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 132, ENT34 51, ENT36 90, ENT37 62, ENT43 34, ENT50 3, ENT52 101, ENT62 7, ENT66 100, ENT67 31, ENT72 91, ENT77 70, ENT98 44, ENT104 93, ENT115 113, ENT116 129, ENT119 104, ENT124 src, edge_attr, dst 10, REL26, 90 10, REL36, 62 10, REL36, 101 10, REL36, 7 10, REL36, 70 10, REL41, 132 10, REL41, 51 10, REL41, 91 10, REL41, 129 10, REL46, 132 10, REL46, 51 10, REL46, 91 10, REL46, 129 132, REL26, 90 132, REL26, 91 62, REL26, 112 62, REL26, 34 62, REL26, 70 3, REL26, 90 3, REL36, 62 3, REL36, 101 3, REL36, 7 3, REL36, 70 3, REL41, 132 3, REL41, 51 3, REL41, 91 3, REL41, 129 3, REL46, 132 3, REL46, 51 3, REL46, 91 3, REL46, 129 101, REL26, 112 101, REL26, 34 101, REL26, 70 7, REL26, 112 7, REL26, 34 7, REL26, 70 100, REL6, 62 100, REL6, 101 100, REL6, 7 100, REL6, 70 100, REL26, 90 100, REL26, 44 100, REL28, 62 100, REL28, 101 100, REL28, 7 100, REL28, 70 100, REL41, 132 100, REL41, 91 100, REL41, 129 31, REL23, 51 91, REL26, 90 70, REL26, 112 70, REL26, 34 44, REL6, 62 44, REL6, 101 44, REL6, 7 44, REL6, 70 44, REL26, 90 44, REL28, 62 44, REL28, 101 44, REL28, 7 44, REL28, 70 44, REL41, 132 44, REL41, 91 44, REL41, 129 93, REL6, 62 93, REL6, 101 93, REL6, 7 93, REL6, 70 93, REL26, 90 93, REL26, 44 93, REL28, 62 93, REL28, 101 93, REL28, 7 93, REL28, 70 93, REL41, 132 93, REL41, 91 93, REL41, 129 113, REL20, 62 113, REL20, 101 113, REL20, 7 113, REL20, 70 113, REL26, 90 129, REL2, 10 129, REL2, 3 129, REL2, 100 129, REL2, 44 129, REL2, 93 129, REL2, 104 129, REL26, 90 129, REL26, 91 104, REL6, 62 104, REL6, 101 104, REL6, 7 104, REL6, 70 104, REL26, 90 104, REL26, 44 104, REL28, 62 104, REL28, 101 104, REL28, 7 104, REL28, 70 104, REL41, 132 104, REL41, 91 104, REL41, 129 Question: In what context are ENT67 and ENT72 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT67", "ENT72"], "valid_edges": [["ENT3", "REL26", "ENT37"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT119"], ["ENT34", "REL26", "ENT37"], ["ENT34", "REL26", "ENT77"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT43", "REL26", "ENT98"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT119"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT62", "REL26", "ENT98"], ["ENT66", "REL26", "ENT2"], ["ENT66", "REL26", "ENT50"], ["ENT66", "REL26", "ENT98"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT66"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT66"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT72", "REL23", "ENT36"], ["ENT77", "REL26", "ENT37"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT66"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT66"], ["ENT104", "REL28", "ENT98"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT66"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT66"], ["ENT115", "REL28", "ENT98"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT66"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL26", "ENT37"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT37"], ["ENT119", "REL26", "ENT77"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT66"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT66"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 87, ENT14 132, ENT34 51, ENT36 90, ENT37 65, ENT39 79, ENT42 62, ENT43 85, ENT46 3, ENT52 101, ENT62 15, ENT63 109, ENT64 7, ENT66 91, ENT77 75, ENT83 46, ENT85 53, ENT86 70, ENT98 18, ENT107 49, ENT110 129, ENT119 27, ENT122 8, ENT126 src, edge_attr, dst 10, REL21, 87 10, REL21, 8 10, REL24, 15 10, REL24, 18 10, REL26, 90 10, REL26, 15 10, REL36, 112 10, REL36, 87 10, REL36, 65 10, REL36, 62 10, REL36, 101 10, REL36, 7 10, REL36, 75 10, REL36, 70 10, REL36, 8 10, REL41, 132 10, REL41, 51 10, REL41, 79 10, REL41, 91 10, REL41, 46 10, REL41, 53 10, REL41, 129 10, REL41, 27 10, REL46, 132 10, REL46, 51 10, REL46, 79 10, REL46, 91 10, REL46, 46 10, REL46, 53 10, REL46, 129 10, REL46, 27 87, REL2, 8 87, REL5, 10 87, REL5, 3 87, REL5, 15 87, REL5, 109 87, REL5, 18 87, REL26, 112 51, REL26, 49 65, REL26, 112 79, REL26, 49 62, REL26, 112 85, REL26, 49 3, REL21, 87 3, REL21, 8 3, REL24, 10 3, REL24, 15 3, REL24, 18 3, REL26, 90 3, REL26, 15 3, REL36, 112 3, REL36, 87 3, REL36, 65 3, REL36, 62 3, REL36, 101 3, REL36, 7 3, REL36, 75 3, REL36, 70 3, REL36, 8 3, REL41, 132 3, REL41, 51 3, REL41, 79 3, REL41, 91 3, REL41, 46 3, REL41, 53 3, REL41, 129 3, REL41, 27 3, REL46, 132 3, REL46, 51 3, REL46, 79 3, REL46, 91 3, REL46, 46 3, REL46, 53 3, REL46, 129 3, REL46, 27 101, REL26, 112 15, REL21, 87 15, REL21, 8 15, REL26, 90 15, REL36, 112 15, REL36, 87 15, REL36, 65 15, REL36, 62 15, REL36, 101 15, REL36, 7 15, REL36, 75 15, REL36, 70 15, REL36, 8 15, REL41, 132 15, REL41, 51 15, REL41, 79 15, REL41, 91 15, REL41, 46 15, REL41, 53 15, REL41, 129 15, REL41, 27 15, REL46, 132 15, REL46, 51 15, REL46, 79 15, REL46, 91 15, REL46, 46 15, REL46, 53 15, REL46, 129 15, REL46, 27 109, REL26, 90 109, REL42, 10 109, REL42, 3 109, REL42, 15 109, REL42, 18 7, REL26, 112 75, REL26, 112 46, REL26, 49 53, REL26, 49 70, REL26, 112 18, REL21, 87 18, REL21, 8 18, REL24, 15 18, REL26, 90 18, REL26, 15 18, REL36, 112 18, REL36, 87 18, REL36, 65 18, REL36, 62 18, REL36, 101 18, REL36, 7 18, REL36, 75 18, REL36, 70 18, REL36, 8 18, REL41, 132 18, REL41, 51 18, REL41, 79 18, REL41, 91 18, REL41, 46 18, REL41, 53 18, REL41, 129 18, REL41, 27 18, REL46, 132 18, REL46, 51 18, REL46, 79 18, REL46, 91 18, REL46, 46 18, REL46, 53 18, REL46, 129 18, REL46, 27 129, REL2, 10 129, REL2, 3 129, REL2, 15 129, REL2, 18 27, REL26, 49 8, REL2, 87 8, REL5, 10 8, REL5, 3 8, REL5, 15 8, REL5, 109 8, REL5, 18 8, REL26, 112 8, REL26, 87 Question: For what reason are ENT46 and ENT126 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT46", "ENT126"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL24", "ENT63"], ["ENT3", "REL24", "ENT107"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL26", "ENT63"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT14", "REL2", "ENT126"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL5", "ENT63"], ["ENT14", "REL5", "ENT64"], ["ENT14", "REL5", "ENT107"], ["ENT14", "REL26", "ENT2"], ["ENT36", "REL26", "ENT110"], ["ENT39", "REL26", "ENT2"], ["ENT42", "REL26", "ENT110"], ["ENT43", "REL26", "ENT2"], ["ENT46", "REL26", "ENT110"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL24", "ENT63"], ["ENT52", "REL24", "ENT107"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL26", "ENT63"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT62", "REL26", "ENT2"], ["ENT63", "REL21", "ENT14"], ["ENT63", "REL21", "ENT126"], ["ENT63", "REL26", "ENT37"], ["ENT63", "REL36", "ENT2"], ["ENT63", "REL36", "ENT14"], ["ENT63", "REL36", "ENT39"], ["ENT63", "REL36", "ENT43"], ["ENT63", "REL36", "ENT62"], ["ENT63", "REL36", "ENT66"], ["ENT63", "REL36", "ENT83"], ["ENT63", "REL36", "ENT98"], ["ENT63", "REL36", "ENT126"], ["ENT63", "REL41", "ENT34"], ["ENT63", "REL41", "ENT36"], ["ENT63", "REL41", "ENT42"], ["ENT63", "REL41", "ENT77"], ["ENT63", "REL41", "ENT85"], ["ENT63", "REL41", "ENT86"], ["ENT63", "REL41", "ENT119"], ["ENT63", "REL41", "ENT122"], ["ENT63", "REL46", "ENT34"], ["ENT63", "REL46", "ENT36"], ["ENT63", "REL46", "ENT42"], ["ENT63", "REL46", "ENT77"], ["ENT63", "REL46", "ENT85"], ["ENT63", "REL46", "ENT86"], ["ENT63", "REL46", "ENT119"], ["ENT63", "REL46", "ENT122"], ["ENT64", "REL26", "ENT37"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT64", "REL42", "ENT63"], ["ENT64", "REL42", "ENT107"], ["ENT66", "REL26", "ENT2"], ["ENT83", "REL26", "ENT2"], ["ENT85", "REL26", "ENT110"], ["ENT86", "REL26", "ENT110"], ["ENT98", "REL26", "ENT2"], ["ENT107", "REL21", "ENT14"], ["ENT107", "REL21", "ENT126"], ["ENT107", "REL24", "ENT63"], ["ENT107", "REL26", "ENT37"], ["ENT107", "REL26", "ENT63"], ["ENT107", "REL36", "ENT2"], ["ENT107", "REL36", "ENT14"], ["ENT107", "REL36", "ENT39"], ["ENT107", "REL36", "ENT43"], ["ENT107", "REL36", "ENT62"], ["ENT107", "REL36", "ENT66"], ["ENT107", "REL36", "ENT83"], ["ENT107", "REL36", "ENT98"], ["ENT107", "REL36", "ENT126"], ["ENT107", "REL41", "ENT34"], ["ENT107", "REL41", "ENT36"], ["ENT107", "REL41", "ENT42"], ["ENT107", "REL41", "ENT77"], ["ENT107", "REL41", "ENT85"], ["ENT107", "REL41", "ENT86"], ["ENT107", "REL41", "ENT119"], ["ENT107", "REL41", "ENT122"], ["ENT107", "REL46", "ENT34"], ["ENT107", "REL46", "ENT36"], ["ENT107", "REL46", "ENT42"], ["ENT107", "REL46", "ENT77"], ["ENT107", "REL46", "ENT85"], ["ENT107", "REL46", "ENT86"], ["ENT107", "REL46", "ENT119"], ["ENT107", "REL46", "ENT122"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT119", "REL2", "ENT63"], ["ENT119", "REL2", "ENT107"], ["ENT122", "REL26", "ENT110"], ["ENT126", "REL2", "ENT14"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL5", "ENT63"], ["ENT126", "REL5", "ENT64"], ["ENT126", "REL5", "ENT107"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT14"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 80, ENT49 35, ENT132 src, edge_attr, dst 80, REL19, 35 35, REL41, 80 Question: In what context are ENT49 and ENT132 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT49", "ENT132"], "valid_edges": [["ENT49", "REL19", "ENT132"], ["ENT132", "REL41", "ENT49"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 132, ENT34 51, ENT36 90, ENT37 65, ENT39 79, ENT42 62, ENT43 34, ENT50 30, ENT55 101, ENT62 109, ENT64 100, ENT67 63, ENT76 91, ENT77 75, ENT83 46, ENT85 53, ENT86 70, ENT98 44, ENT104 119, ENT114 93, ENT115 113, ENT116 129, ENT119 27, ENT122 104, ENT124 59, ENT129 src, edge_attr, dst 112, REL26, 34 132, REL26, 90 132, REL26, 91 51, REL26, 46 65, REL26, 112 65, REL26, 34 79, REL14, 51 79, REL26, 46 79, REL26, 53 62, REL26, 112 62, REL26, 34 62, REL26, 70 30, REL23, 51 30, REL26, 59 101, REL26, 112 101, REL26, 34 101, REL26, 70 109, REL26, 90 109, REL42, 119 100, REL6, 62 100, REL6, 101 100, REL6, 70 100, REL26, 90 100, REL26, 44 100, REL28, 62 100, REL28, 101 100, REL28, 70 100, REL41, 132 100, REL41, 91 100, REL41, 129 63, REL23, 51 63, REL26, 59 91, REL26, 90 75, REL26, 112 75, REL26, 34 53, REL26, 46 70, REL26, 112 70, REL26, 34 44, REL6, 62 44, REL6, 101 44, REL6, 70 44, REL26, 90 44, REL28, 62 44, REL28, 101 44, REL28, 70 44, REL41, 132 44, REL41, 91 44, REL41, 129 119, REL26, 90 119, REL29, 100 119, REL29, 44 119, REL29, 93 119, REL29, 104 119, REL36, 112 119, REL36, 65 119, REL36, 62 119, REL36, 101 119, REL36, 75 119, REL36, 70 119, REL41, 132 119, REL41, 51 119, REL41, 79 119, REL41, 91 119, REL41, 46 119, REL41, 53 119, REL41, 129 119, REL41, 27 119, REL46, 132 119, REL46, 51 119, REL46, 79 119, REL46, 91 119, REL46, 46 119, REL46, 53 119, REL46, 129 119, REL46, 27 93, REL6, 62 93, REL6, 101 93, REL6, 70 93, REL26, 90 93, REL26, 44 93, REL28, 62 93, REL28, 101 93, REL28, 70 93, REL41, 132 93, REL41, 91 93, REL41, 129 113, REL20, 112 113, REL20, 65 113, REL20, 62 113, REL20, 101 113, REL20, 75 113, REL20, 70 113, REL26, 90 129, REL2, 100 129, REL2, 44 129, REL2, 119 129, REL2, 93 129, REL2, 104 129, REL26, 90 129, REL26, 91 27, REL26, 46 104, REL6, 62 104, REL6, 101 104, REL6, 70 104, REL26, 90 104, REL26, 44 104, REL28, 62 104, REL28, 101 104, REL28, 70 104, REL41, 132 104, REL41, 91 104, REL41, 129 59, REL23, 51 Question: In what context are ENT76 and ENT114 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT76", "ENT114"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT34", "REL26", "ENT37"], ["ENT34", "REL26", "ENT77"], ["ENT36", "REL26", "ENT85"], ["ENT39", "REL26", "ENT2"], ["ENT39", "REL26", "ENT50"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT85"], ["ENT42", "REL26", "ENT86"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT43", "REL26", "ENT98"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT129"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT62", "REL26", "ENT98"], ["ENT64", "REL26", "ENT37"], ["ENT64", "REL42", "ENT114"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT76", "REL23", "ENT36"], ["ENT76", "REL26", "ENT129"], ["ENT77", "REL26", "ENT37"], ["ENT83", "REL26", "ENT2"], ["ENT83", "REL26", "ENT50"], ["ENT86", "REL26", "ENT85"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT98"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT114", "REL26", "ENT37"], ["ENT114", "REL29", "ENT67"], ["ENT114", "REL29", "ENT104"], ["ENT114", "REL29", "ENT115"], ["ENT114", "REL29", "ENT124"], ["ENT114", "REL36", "ENT2"], ["ENT114", "REL36", "ENT39"], ["ENT114", "REL36", "ENT43"], ["ENT114", "REL36", "ENT62"], ["ENT114", "REL36", "ENT83"], ["ENT114", "REL36", "ENT98"], ["ENT114", "REL41", "ENT34"], ["ENT114", "REL41", "ENT36"], ["ENT114", "REL41", "ENT42"], ["ENT114", "REL41", "ENT77"], ["ENT114", "REL41", "ENT85"], ["ENT114", "REL41", "ENT86"], ["ENT114", "REL41", "ENT119"], ["ENT114", "REL41", "ENT122"], ["ENT114", "REL46", "ENT34"], ["ENT114", "REL46", "ENT36"], ["ENT114", "REL46", "ENT42"], ["ENT114", "REL46", "ENT77"], ["ENT114", "REL46", "ENT85"], ["ENT114", "REL46", "ENT86"], ["ENT114", "REL46", "ENT119"], ["ENT114", "REL46", "ENT122"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT98"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL26", "ENT37"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT114"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT37"], ["ENT119", "REL26", "ENT77"], ["ENT122", "REL26", "ENT85"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"], ["ENT129", "REL23", "ENT36"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 3, ENT52 43, ENT75 src, edge_attr, dst 43, REL34, 3 Question: How are ENT52 and ENT75 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT52", "ENT75"], "valid_edges": [["ENT75", "REL34", "ENT52"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 87, ENT14 32, ENT35 51, ENT36 90, ENT37 34, ENT50 3, ENT52 69, ENT61 109, ENT64 17, ENT71 68, ENT100 113, ENT116 8, ENT126 src, edge_attr, dst 10, REL21, 87 10, REL21, 8 10, REL26, 90 10, REL36, 87 10, REL36, 8 10, REL41, 51 10, REL46, 51 87, REL2, 8 87, REL5, 10 87, REL5, 32 87, REL5, 3 87, REL5, 69 87, REL5, 109 87, REL26, 112 87, REL26, 34 32, REL26, 90 3, REL21, 87 3, REL21, 8 3, REL26, 90 3, REL36, 87 3, REL36, 8 3, REL41, 51 3, REL46, 51 69, REL26, 90 109, REL26, 90 17, REL10, 87 17, REL26, 90 68, REL23, 51 113, REL20, 87 113, REL20, 8 113, REL26, 90 8, REL2, 87 8, REL5, 10 8, REL5, 32 8, REL5, 3 8, REL5, 69 8, REL5, 109 8, REL26, 112 8, REL26, 87 8, REL26, 34 Question: How are ENT35 and ENT100 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT35", "ENT100"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL46", "ENT36"], ["ENT14", "REL2", "ENT126"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT35"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL5", "ENT61"], ["ENT14", "REL5", "ENT64"], ["ENT14", "REL26", "ENT2"], ["ENT14", "REL26", "ENT50"], ["ENT35", "REL26", "ENT37"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL46", "ENT36"], ["ENT61", "REL26", "ENT37"], ["ENT64", "REL26", "ENT37"], ["ENT71", "REL10", "ENT14"], ["ENT71", "REL26", "ENT37"], ["ENT100", "REL23", "ENT36"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT126"], ["ENT116", "REL26", "ENT37"], ["ENT126", "REL2", "ENT14"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT35"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL5", "ENT61"], ["ENT126", "REL5", "ENT64"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT14"], ["ENT126", "REL26", "ENT50"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 87, ENT14 67, ENT33 51, ENT36 34, ENT50 3, ENT52 69, ENT61 109, ENT64 113, ENT116 0, ENT120 8, ENT126 src, edge_attr, dst 10, REL21, 87 10, REL21, 8 10, REL36, 87 10, REL36, 8 10, REL41, 51 10, REL46, 51 87, REL2, 8 87, REL5, 10 87, REL5, 3 87, REL5, 69 87, REL5, 109 87, REL26, 112 87, REL26, 34 67, REL23, 51 3, REL21, 87 3, REL21, 8 3, REL36, 87 3, REL36, 8 3, REL41, 51 3, REL46, 51 113, REL20, 87 113, REL20, 8 0, REL21, 87 0, REL21, 8 8, REL2, 87 8, REL5, 10 8, REL5, 3 8, REL5, 69 8, REL5, 109 8, REL26, 112 8, REL26, 87 8, REL26, 34 Question: For what reason are ENT33 and ENT120 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT33", "ENT120"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL46", "ENT36"], ["ENT14", "REL2", "ENT126"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL5", "ENT61"], ["ENT14", "REL5", "ENT64"], ["ENT14", "REL26", "ENT2"], ["ENT14", "REL26", "ENT50"], ["ENT33", "REL23", "ENT36"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL46", "ENT36"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT126"], ["ENT120", "REL21", "ENT14"], ["ENT120", "REL21", "ENT126"], ["ENT126", "REL2", "ENT14"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL5", "ENT61"], ["ENT126", "REL5", "ENT64"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT14"], ["ENT126", "REL26", "ENT50"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 51, ENT36 117, ENT65 src, edge_attr, dst 117, REL23, 51 Question: How are ENT36 and ENT65 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT36", "ENT65"], "valid_edges": [["ENT65", "REL23", "ENT36"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 125, ENT25 108, ENT99 src, edge_attr, dst 125, REL2, 108 Question: In what context are ENT25 and ENT99 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT25", "ENT99"], "valid_edges": [["ENT25", "REL2", "ENT99"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 10, ENT3 87, ENT14 src, edge_attr, dst 10, REL21, 87 10, REL36, 87 87, REL5, 10 Question: For what reason are ENT3 and ENT14 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT3", "ENT14"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL36", "ENT14"], ["ENT14", "REL5", "ENT3"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 103, ENT89 108, ENT99 src, edge_attr, dst 103, REL32, 108 Question: In what context are ENT89 and ENT99 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT89", "ENT99"], "valid_edges": [["ENT89", "REL32", "ENT99"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 87, ENT14 132, ENT34 51, ENT36 90, ENT37 65, ENT39 79, ENT42 62, ENT43 85, ENT46 3, ENT52 101, ENT62 15, ENT63 109, ENT64 7, ENT66 91, ENT77 75, ENT83 46, ENT85 53, ENT86 70, ENT98 18, ENT107 49, ENT110 129, ENT119 27, ENT122 8, ENT126 src, edge_attr, dst 10, REL21, 87 10, REL21, 8 10, REL24, 15 10, REL24, 18 10, REL26, 90 10, REL26, 15 10, REL36, 112 10, REL36, 87 10, REL36, 65 10, REL36, 62 10, REL36, 101 10, REL36, 7 10, REL36, 75 10, REL36, 70 10, REL36, 8 10, REL41, 132 10, REL41, 51 10, REL41, 79 10, REL41, 91 10, REL41, 46 10, REL41, 53 10, REL41, 129 10, REL41, 27 10, REL46, 132 10, REL46, 51 10, REL46, 79 10, REL46, 91 10, REL46, 46 10, REL46, 53 10, REL46, 129 10, REL46, 27 87, REL2, 8 87, REL5, 10 87, REL5, 3 87, REL5, 15 87, REL5, 109 87, REL5, 18 87, REL26, 112 51, REL26, 49 65, REL26, 112 79, REL26, 49 62, REL26, 112 85, REL26, 49 3, REL21, 87 3, REL21, 8 3, REL24, 10 3, REL24, 15 3, REL24, 18 3, REL26, 90 3, REL26, 15 3, REL36, 112 3, REL36, 87 3, REL36, 65 3, REL36, 62 3, REL36, 101 3, REL36, 7 3, REL36, 75 3, REL36, 70 3, REL36, 8 3, REL41, 132 3, REL41, 51 3, REL41, 79 3, REL41, 91 3, REL41, 46 3, REL41, 53 3, REL41, 129 3, REL41, 27 3, REL46, 132 3, REL46, 51 3, REL46, 79 3, REL46, 91 3, REL46, 46 3, REL46, 53 3, REL46, 129 3, REL46, 27 101, REL26, 112 15, REL21, 87 15, REL21, 8 15, REL26, 90 15, REL36, 112 15, REL36, 87 15, REL36, 65 15, REL36, 62 15, REL36, 101 15, REL36, 7 15, REL36, 75 15, REL36, 70 15, REL36, 8 15, REL41, 132 15, REL41, 51 15, REL41, 79 15, REL41, 91 15, REL41, 46 15, REL41, 53 15, REL41, 129 15, REL41, 27 15, REL46, 132 15, REL46, 51 15, REL46, 79 15, REL46, 91 15, REL46, 46 15, REL46, 53 15, REL46, 129 15, REL46, 27 109, REL26, 90 109, REL42, 10 109, REL42, 3 109, REL42, 15 109, REL42, 18 7, REL26, 112 75, REL26, 112 46, REL26, 49 53, REL26, 49 70, REL26, 112 18, REL21, 87 18, REL21, 8 18, REL24, 15 18, REL26, 90 18, REL26, 15 18, REL36, 112 18, REL36, 87 18, REL36, 65 18, REL36, 62 18, REL36, 101 18, REL36, 7 18, REL36, 75 18, REL36, 70 18, REL36, 8 18, REL41, 132 18, REL41, 51 18, REL41, 79 18, REL41, 91 18, REL41, 46 18, REL41, 53 18, REL41, 129 18, REL41, 27 18, REL46, 132 18, REL46, 51 18, REL46, 79 18, REL46, 91 18, REL46, 46 18, REL46, 53 18, REL46, 129 18, REL46, 27 129, REL2, 10 129, REL2, 3 129, REL2, 15 129, REL2, 18 27, REL26, 49 8, REL2, 87 8, REL5, 10 8, REL5, 3 8, REL5, 15 8, REL5, 109 8, REL5, 18 8, REL26, 112 8, REL26, 87 Question: In what context are ENT14 and ENT46 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT14", "ENT46"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL24", "ENT63"], ["ENT3", "REL24", "ENT107"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL26", "ENT63"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT14", "REL2", "ENT126"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL5", "ENT63"], ["ENT14", "REL5", "ENT64"], ["ENT14", "REL5", "ENT107"], ["ENT14", "REL26", "ENT2"], ["ENT36", "REL26", "ENT110"], ["ENT39", "REL26", "ENT2"], ["ENT42", "REL26", "ENT110"], ["ENT43", "REL26", "ENT2"], ["ENT46", "REL26", "ENT110"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL24", "ENT63"], ["ENT52", "REL24", "ENT107"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL26", "ENT63"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT62", "REL26", "ENT2"], ["ENT63", "REL21", "ENT14"], ["ENT63", "REL21", "ENT126"], ["ENT63", "REL26", "ENT37"], ["ENT63", "REL36", "ENT2"], ["ENT63", "REL36", "ENT14"], ["ENT63", "REL36", "ENT39"], ["ENT63", "REL36", "ENT43"], ["ENT63", "REL36", "ENT62"], ["ENT63", "REL36", "ENT66"], ["ENT63", "REL36", "ENT83"], ["ENT63", "REL36", "ENT98"], ["ENT63", "REL36", "ENT126"], ["ENT63", "REL41", "ENT34"], ["ENT63", "REL41", "ENT36"], ["ENT63", "REL41", "ENT42"], ["ENT63", "REL41", "ENT77"], ["ENT63", "REL41", "ENT85"], ["ENT63", "REL41", "ENT86"], ["ENT63", "REL41", "ENT119"], ["ENT63", "REL41", "ENT122"], ["ENT63", "REL46", "ENT34"], ["ENT63", "REL46", "ENT36"], ["ENT63", "REL46", "ENT42"], ["ENT63", "REL46", "ENT77"], ["ENT63", "REL46", "ENT85"], ["ENT63", "REL46", "ENT86"], ["ENT63", "REL46", "ENT119"], ["ENT63", "REL46", "ENT122"], ["ENT64", "REL26", "ENT37"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT64", "REL42", "ENT63"], ["ENT64", "REL42", "ENT107"], ["ENT66", "REL26", "ENT2"], ["ENT83", "REL26", "ENT2"], ["ENT85", "REL26", "ENT110"], ["ENT86", "REL26", "ENT110"], ["ENT98", "REL26", "ENT2"], ["ENT107", "REL21", "ENT14"], ["ENT107", "REL21", "ENT126"], ["ENT107", "REL24", "ENT63"], ["ENT107", "REL26", "ENT37"], ["ENT107", "REL26", "ENT63"], ["ENT107", "REL36", "ENT2"], ["ENT107", "REL36", "ENT14"], ["ENT107", "REL36", "ENT39"], ["ENT107", "REL36", "ENT43"], ["ENT107", "REL36", "ENT62"], ["ENT107", "REL36", "ENT66"], ["ENT107", "REL36", "ENT83"], ["ENT107", "REL36", "ENT98"], ["ENT107", "REL36", "ENT126"], ["ENT107", "REL41", "ENT34"], ["ENT107", "REL41", "ENT36"], ["ENT107", "REL41", "ENT42"], ["ENT107", "REL41", "ENT77"], ["ENT107", "REL41", "ENT85"], ["ENT107", "REL41", "ENT86"], ["ENT107", "REL41", "ENT119"], ["ENT107", "REL41", "ENT122"], ["ENT107", "REL46", "ENT34"], ["ENT107", "REL46", "ENT36"], ["ENT107", "REL46", "ENT42"], ["ENT107", "REL46", "ENT77"], ["ENT107", "REL46", "ENT85"], ["ENT107", "REL46", "ENT86"], ["ENT107", "REL46", "ENT119"], ["ENT107", "REL46", "ENT122"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT119", "REL2", "ENT63"], ["ENT119", "REL2", "ENT107"], ["ENT122", "REL26", "ENT110"], ["ENT126", "REL2", "ENT14"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL5", "ENT63"], ["ENT126", "REL5", "ENT64"], ["ENT126", "REL5", "ENT107"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT14"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 14, ENT4 87, ENT14 132, ENT34 51, ENT36 90, ENT37 65, ENT39 79, ENT42 62, ENT43 3, ENT52 101, ENT62 15, ENT63 109, ENT64 7, ENT66 124, ENT74 91, ENT77 75, ENT83 46, ENT85 53, ENT86 70, ENT98 18, ENT107 49, ENT110 129, ENT119 27, ENT122 8, ENT126 src, edge_attr, dst 10, REL21, 87 10, REL21, 124 10, REL21, 8 10, REL24, 15 10, REL24, 18 10, REL26, 90 10, REL26, 15 10, REL36, 112 10, REL36, 87 10, REL36, 65 10, REL36, 62 10, REL36, 101 10, REL36, 7 10, REL36, 124 10, REL36, 75 10, REL36, 70 10, REL36, 8 10, REL41, 132 10, REL41, 51 10, REL41, 79 10, REL41, 91 10, REL41, 46 10, REL41, 53 10, REL41, 129 10, REL41, 27 10, REL46, 132 10, REL46, 51 10, REL46, 79 10, REL46, 91 10, REL46, 46 10, REL46, 53 10, REL46, 129 10, REL46, 27 14, REL26, 49 87, REL2, 124 87, REL2, 8 87, REL5, 10 87, REL5, 3 87, REL5, 15 87, REL5, 109 87, REL5, 18 87, REL26, 112 51, REL26, 49 65, REL26, 112 79, REL26, 49 62, REL26, 112 3, REL21, 87 3, REL21, 124 3, REL21, 8 3, REL24, 10 3, REL24, 15 3, REL24, 18 3, REL26, 90 3, REL26, 15 3, REL36, 112 3, REL36, 87 3, REL36, 65 3, REL36, 62 3, REL36, 101 3, REL36, 7 3, REL36, 124 3, REL36, 75 3, REL36, 70 3, REL36, 8 3, REL41, 132 3, REL41, 51 3, REL41, 79 3, REL41, 91 3, REL41, 46 3, REL41, 53 3, REL41, 129 3, REL41, 27 3, REL46, 132 3, REL46, 51 3, REL46, 79 3, REL46, 91 3, REL46, 46 3, REL46, 53 3, REL46, 129 3, REL46, 27 101, REL26, 112 15, REL21, 87 15, REL21, 124 15, REL21, 8 15, REL26, 90 15, REL36, 112 15, REL36, 87 15, REL36, 65 15, REL36, 62 15, REL36, 101 15, REL36, 7 15, REL36, 124 15, REL36, 75 15, REL36, 70 15, REL36, 8 15, REL41, 132 15, REL41, 51 15, REL41, 79 15, REL41, 91 15, REL41, 46 15, REL41, 53 15, REL41, 129 15, REL41, 27 15, REL46, 132 15, REL46, 51 15, REL46, 79 15, REL46, 91 15, REL46, 46 15, REL46, 53 15, REL46, 129 15, REL46, 27 109, REL26, 90 109, REL42, 10 109, REL42, 3 109, REL42, 15 109, REL42, 18 7, REL26, 112 124, REL2, 87 124, REL2, 8 124, REL5, 10 124, REL5, 3 124, REL5, 15 124, REL5, 109 124, REL5, 18 124, REL26, 112 124, REL26, 87 124, REL40, 8 75, REL26, 112 46, REL26, 49 53, REL26, 49 70, REL26, 112 18, REL21, 87 18, REL21, 124 18, REL21, 8 18, REL24, 15 18, REL26, 90 18, REL26, 15 18, REL36, 112 18, REL36, 87 18, REL36, 65 18, REL36, 62 18, REL36, 101 18, REL36, 7 18, REL36, 124 18, REL36, 75 18, REL36, 70 18, REL36, 8 18, REL41, 132 18, REL41, 51 18, REL41, 79 18, REL41, 91 18, REL41, 46 18, REL41, 53 18, REL41, 129 18, REL41, 27 18, REL46, 132 18, REL46, 51 18, REL46, 79 18, REL46, 91 18, REL46, 46 18, REL46, 53 18, REL46, 129 18, REL46, 27 129, REL2, 10 129, REL2, 3 129, REL2, 15 129, REL2, 18 27, REL26, 49 8, REL2, 87 8, REL2, 124 8, REL5, 10 8, REL5, 3 8, REL5, 15 8, REL5, 109 8, REL5, 18 8, REL26, 112 8, REL26, 87 Question: In what context are ENT4 and ENT74 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT4", "ENT74"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT74"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL24", "ENT63"], ["ENT3", "REL24", "ENT107"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL26", "ENT63"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT74"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT4", "REL26", "ENT110"], ["ENT14", "REL2", "ENT74"], ["ENT14", "REL2", "ENT126"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL5", "ENT63"], ["ENT14", "REL5", "ENT64"], ["ENT14", "REL5", "ENT107"], ["ENT14", "REL26", "ENT2"], ["ENT36", "REL26", "ENT110"], ["ENT39", "REL26", "ENT2"], ["ENT42", "REL26", "ENT110"], ["ENT43", "REL26", "ENT2"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT74"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL24", "ENT63"], ["ENT52", "REL24", "ENT107"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL26", "ENT63"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT74"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT62", "REL26", "ENT2"], ["ENT63", "REL21", "ENT14"], ["ENT63", "REL21", "ENT74"], ["ENT63", "REL21", "ENT126"], ["ENT63", "REL26", "ENT37"], ["ENT63", "REL36", "ENT2"], ["ENT63", "REL36", "ENT14"], ["ENT63", "REL36", "ENT39"], ["ENT63", "REL36", "ENT43"], ["ENT63", "REL36", "ENT62"], ["ENT63", "REL36", "ENT66"], ["ENT63", "REL36", "ENT74"], ["ENT63", "REL36", "ENT83"], ["ENT63", "REL36", "ENT98"], ["ENT63", "REL36", "ENT126"], ["ENT63", "REL41", "ENT34"], ["ENT63", "REL41", "ENT36"], ["ENT63", "REL41", "ENT42"], ["ENT63", "REL41", "ENT77"], ["ENT63", "REL41", "ENT85"], ["ENT63", "REL41", "ENT86"], ["ENT63", "REL41", "ENT119"], ["ENT63", "REL41", "ENT122"], ["ENT63", "REL46", "ENT34"], ["ENT63", "REL46", "ENT36"], ["ENT63", "REL46", "ENT42"], ["ENT63", "REL46", "ENT77"], ["ENT63", "REL46", "ENT85"], ["ENT63", "REL46", "ENT86"], ["ENT63", "REL46", "ENT119"], ["ENT63", "REL46", "ENT122"], ["ENT64", "REL26", "ENT37"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT64", "REL42", "ENT63"], ["ENT64", "REL42", "ENT107"], ["ENT66", "REL26", "ENT2"], ["ENT74", "REL2", "ENT14"], ["ENT74", "REL2", "ENT126"], ["ENT74", "REL5", "ENT3"], ["ENT74", "REL5", "ENT52"], ["ENT74", "REL5", "ENT63"], ["ENT74", "REL5", "ENT64"], ["ENT74", "REL5", "ENT107"], ["ENT74", "REL26", "ENT2"], ["ENT74", "REL26", "ENT14"], ["ENT74", "REL40", "ENT126"], ["ENT83", "REL26", "ENT2"], ["ENT85", "REL26", "ENT110"], ["ENT86", "REL26", "ENT110"], ["ENT98", "REL26", "ENT2"], ["ENT107", "REL21", "ENT14"], ["ENT107", "REL21", "ENT74"], ["ENT107", "REL21", "ENT126"], ["ENT107", "REL24", "ENT63"], ["ENT107", "REL26", "ENT37"], ["ENT107", "REL26", "ENT63"], ["ENT107", "REL36", "ENT2"], ["ENT107", "REL36", "ENT14"], ["ENT107", "REL36", "ENT39"], ["ENT107", "REL36", "ENT43"], ["ENT107", "REL36", "ENT62"], ["ENT107", "REL36", "ENT66"], ["ENT107", "REL36", "ENT74"], ["ENT107", "REL36", "ENT83"], ["ENT107", "REL36", "ENT98"], ["ENT107", "REL36", "ENT126"], ["ENT107", "REL41", "ENT34"], ["ENT107", "REL41", "ENT36"], ["ENT107", "REL41", "ENT42"], ["ENT107", "REL41", "ENT77"], ["ENT107", "REL41", "ENT85"], ["ENT107", "REL41", "ENT86"], ["ENT107", "REL41", "ENT119"], ["ENT107", "REL41", "ENT122"], ["ENT107", "REL46", "ENT34"], ["ENT107", "REL46", "ENT36"], ["ENT107", "REL46", "ENT42"], ["ENT107", "REL46", "ENT77"], ["ENT107", "REL46", "ENT85"], ["ENT107", "REL46", "ENT86"], ["ENT107", "REL46", "ENT119"], ["ENT107", "REL46", "ENT122"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT119", "REL2", "ENT63"], ["ENT119", "REL2", "ENT107"], ["ENT122", "REL26", "ENT110"], ["ENT126", "REL2", "ENT14"], ["ENT126", "REL2", "ENT74"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL5", "ENT63"], ["ENT126", "REL5", "ENT64"], ["ENT126", "REL5", "ENT107"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT14"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 122, ENT97 114, ENT111 src, edge_attr, dst 114, REL27, 122 Question: For what reason are ENT97 and ENT111 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT97", "ENT111"], "valid_edges": [["ENT111", "REL27", "ENT97"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 87, ENT14 132, ENT34 51, ENT36 90, ENT37 65, ENT39 79, ENT42 62, ENT43 34, ENT50 3, ENT52 30, ENT55 69, ENT61 101, ENT62 109, ENT64 7, ENT66 17, ENT71 124, ENT74 91, ENT77 75, ENT83 46, ENT85 53, ENT86 70, ENT98 113, ENT116 129, ENT119 27, ENT122 8, ENT126 59, ENT129 src, edge_attr, dst 112, REL26, 34 10, REL21, 87 10, REL21, 124 10, REL21, 8 10, REL26, 90 10, REL36, 112 10, REL36, 87 10, REL36, 65 10, REL36, 62 10, REL36, 101 10, REL36, 7 10, REL36, 124 10, REL36, 75 10, REL36, 70 10, REL36, 8 10, REL41, 132 10, REL41, 51 10, REL41, 79 10, REL41, 91 10, REL41, 46 10, REL41, 53 10, REL41, 129 10, REL41, 27 10, REL46, 132 10, REL46, 51 10, REL46, 79 10, REL46, 91 10, REL46, 46 10, REL46, 53 10, REL46, 129 10, REL46, 27 87, REL2, 124 87, REL2, 8 87, REL5, 10 87, REL5, 3 87, REL5, 69 87, REL5, 109 87, REL26, 112 87, REL26, 34 51, REL26, 46 65, REL26, 112 65, REL26, 34 79, REL14, 51 62, REL26, 112 62, REL26, 34 3, REL21, 87 3, REL21, 124 3, REL21, 8 3, REL24, 10 3, REL26, 90 3, REL36, 112 3, REL36, 87 3, REL36, 65 3, REL36, 62 3, REL36, 101 3, REL36, 7 3, REL36, 124 3, REL36, 75 3, REL36, 70 3, REL36, 8 3, REL41, 132 3, REL41, 51 3, REL41, 79 3, REL41, 91 3, REL41, 46 3, REL41, 53 3, REL41, 129 3, REL41, 27 3, REL46, 132 3, REL46, 51 3, REL46, 79 3, REL46, 91 3, REL46, 46 3, REL46, 53 3, REL46, 129 3, REL46, 27 30, REL23, 51 30, REL26, 59 69, REL26, 90 69, REL26, 17 101, REL26, 112 101, REL26, 34 109, REL26, 90 109, REL42, 10 109, REL42, 3 7, REL26, 112 7, REL26, 34 17, REL10, 87 17, REL26, 90 124, REL2, 87 124, REL2, 8 124, REL5, 10 124, REL5, 3 124, REL5, 69 124, REL5, 109 124, REL11, 17 124, REL26, 112 124, REL26, 87 124, REL26, 34 124, REL40, 8 75, REL26, 112 75, REL26, 34 70, REL26, 112 70, REL26, 34 113, REL20, 112 113, REL20, 87 113, REL20, 65 113, REL20, 62 113, REL20, 101 113, REL20, 7 113, REL20, 124 113, REL20, 75 113, REL20, 70 113, REL20, 8 113, REL26, 90 113, REL26, 17 129, REL2, 10 129, REL2, 3 8, REL2, 87 8, REL2, 124 8, REL5, 10 8, REL5, 3 8, REL5, 69 8, REL5, 109 8, REL26, 112 8, REL26, 87 8, REL26, 34 59, REL23, 51 Question: How are ENT55 and ENT74 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT55", "ENT74"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT74"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT74"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT14", "REL2", "ENT74"], ["ENT14", "REL2", "ENT126"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL5", "ENT61"], ["ENT14", "REL5", "ENT64"], ["ENT14", "REL26", "ENT2"], ["ENT14", "REL26", "ENT50"], ["ENT36", "REL26", "ENT85"], ["ENT39", "REL26", "ENT2"], ["ENT39", "REL26", "ENT50"], ["ENT42", "REL14", "ENT36"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT74"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT74"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT129"], ["ENT61", "REL26", "ENT37"], ["ENT61", "REL26", "ENT71"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT64", "REL26", "ENT37"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT66", "REL26", "ENT2"], ["ENT66", "REL26", "ENT50"], ["ENT71", "REL10", "ENT14"], ["ENT71", "REL26", "ENT37"], ["ENT74", "REL2", "ENT14"], ["ENT74", "REL2", "ENT126"], ["ENT74", "REL5", "ENT3"], ["ENT74", "REL5", "ENT52"], ["ENT74", "REL5", "ENT61"], ["ENT74", "REL5", "ENT64"], ["ENT74", "REL11", "ENT71"], ["ENT74", "REL26", "ENT2"], ["ENT74", "REL26", "ENT14"], ["ENT74", "REL26", "ENT50"], ["ENT74", "REL40", "ENT126"], ["ENT83", "REL26", "ENT2"], ["ENT83", "REL26", "ENT50"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT66"], ["ENT116", "REL20", "ENT74"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL20", "ENT126"], ["ENT116", "REL26", "ENT37"], ["ENT116", "REL26", "ENT71"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT126", "REL2", "ENT14"], ["ENT126", "REL2", "ENT74"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL5", "ENT61"], ["ENT126", "REL5", "ENT64"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT14"], ["ENT126", "REL26", "ENT50"], ["ENT129", "REL23", "ENT36"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 60, ENT45 103, ENT89 src, edge_attr, dst 103, REL32, 60 Question: For what reason are ENT45 and ENT89 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT45", "ENT89"], "valid_edges": [["ENT89", "REL32", "ENT45"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 128, ENT6 33, ENT20 37, ENT22 111, ENT23 4, ENT24 45, ENT26 90, ENT37 85, ENT46 61, ENT57 69, ENT61 17, ENT71 130, ENT91 1, ENT96 113, ENT116 94, ENT117 76, ENT127 36, ENT130 src, edge_attr, dst 128, REL26, 90 128, REL26, 17 128, REL26, 130 128, REL26, 76 33, REL26, 90 33, REL26, 17 33, REL26, 76 37, REL14, 111 37, REL26, 90 37, REL26, 17 37, REL26, 76 37, REL28, 111 111, REL10, 4 111, REL44, 85 4, REL26, 90 4, REL26, 17 45, REL26, 90 45, REL26, 17 45, REL26, 130 45, REL26, 76 85, REL14, 111 61, REL26, 90 61, REL26, 17 69, REL26, 90 69, REL26, 17 69, REL26, 76 17, REL26, 90 130, REL26, 90 130, REL26, 17 130, REL26, 76 1, REL26, 90 1, REL26, 17 1, REL26, 130 1, REL26, 76 113, REL26, 90 113, REL26, 17 94, REL26, 90 94, REL26, 17 94, REL31, 128 94, REL31, 33 94, REL31, 37 94, REL31, 45 94, REL31, 69 94, REL31, 130 94, REL31, 1 94, REL31, 76 76, REL26, 90 76, REL26, 17 36, REL26, 90 36, REL26, 17 Question: In what context are ENT6 and ENT46 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT6", "ENT46"], "valid_edges": [["ENT6", "REL26", "ENT37"], ["ENT6", "REL26", "ENT71"], ["ENT6", "REL26", "ENT91"], ["ENT6", "REL26", "ENT127"], ["ENT20", "REL26", "ENT37"], ["ENT20", "REL26", "ENT71"], ["ENT20", "REL26", "ENT127"], ["ENT22", "REL14", "ENT23"], ["ENT22", "REL26", "ENT37"], ["ENT22", "REL26", "ENT71"], ["ENT22", "REL26", "ENT127"], ["ENT22", "REL28", "ENT23"], ["ENT23", "REL10", "ENT24"], ["ENT23", "REL44", "ENT46"], ["ENT24", "REL26", "ENT37"], ["ENT24", "REL26", "ENT71"], ["ENT26", "REL26", "ENT37"], ["ENT26", "REL26", "ENT71"], ["ENT26", "REL26", "ENT91"], ["ENT26", "REL26", "ENT127"], ["ENT46", "REL14", "ENT23"], ["ENT57", "REL26", "ENT37"], ["ENT57", "REL26", "ENT71"], ["ENT61", "REL26", "ENT37"], ["ENT61", "REL26", "ENT71"], ["ENT61", "REL26", "ENT127"], ["ENT71", "REL26", "ENT37"], ["ENT91", "REL26", "ENT37"], ["ENT91", "REL26", "ENT71"], ["ENT91", "REL26", "ENT127"], ["ENT96", "REL26", "ENT37"], ["ENT96", "REL26", "ENT71"], ["ENT96", "REL26", "ENT91"], ["ENT96", "REL26", "ENT127"], ["ENT116", "REL26", "ENT37"], ["ENT116", "REL26", "ENT71"], ["ENT117", "REL26", "ENT37"], ["ENT117", "REL26", "ENT71"], ["ENT117", "REL31", "ENT6"], ["ENT117", "REL31", "ENT20"], ["ENT117", "REL31", "ENT22"], ["ENT117", "REL31", "ENT26"], ["ENT117", "REL31", "ENT61"], ["ENT117", "REL31", "ENT91"], ["ENT117", "REL31", "ENT96"], ["ENT117", "REL31", "ENT127"], ["ENT127", "REL26", "ENT37"], ["ENT127", "REL26", "ENT71"], ["ENT130", "REL26", "ENT37"], ["ENT130", "REL26", "ENT71"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 54, ENT17 106, ENT54 src, edge_attr, dst 106, REL27, 54 Question: In what context are ENT17 and ENT54 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT17", "ENT54"], "valid_edges": [["ENT54", "REL27", "ENT17"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 80, ENT49 49, ENT110 src, edge_attr, dst 80, REL26, 49 Question: How are ENT49 and ENT110 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT49", "ENT110"], "valid_edges": [["ENT49", "REL26", "ENT110"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 85, ENT46 72, ENT94 src, edge_attr, dst 72, REL19, 85 Question: How are ENT46 and ENT94 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT46", "ENT94"], "valid_edges": [["ENT94", "REL19", "ENT46"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 23, ENT5 20, ENT18 111, ENT23 125, ENT25 96, ENT31 26, ENT32 67, ENT33 51, ENT36 79, ENT42 56, ENT44 60, ENT45 41, ENT48 34, ENT50 3, ENT52 19, ENT56 15, ENT63 29, ENT70 52, ENT73 63, ENT76 12, ENT82 46, ENT85 73, ENT95 70, ENT98 68, ENT100 64, ENT105 18, ENT107 6, ENT109 49, ENT110 134, ENT113 119, ENT114 105, ENT121 27, ENT122 38, ENT128 59, ENT129 src, edge_attr, dst 112, REL26, 34 10, REL36, 105 10, REL41, 51 10, REL46, 51 23, REL23, 51 23, REL24, 20 23, REL24, 125 23, REL24, 96 23, REL24, 26 23, REL24, 56 23, REL24, 60 23, REL24, 52 23, REL24, 63 23, REL24, 12 23, REL24, 38 23, REL26, 96 23, REL26, 67 23, REL26, 68 23, REL26, 49 23, REL26, 59 20, REL23, 51 20, REL24, 96 20, REL24, 52 20, REL26, 96 20, REL26, 26 20, REL26, 49 20, REL26, 59 111, REL13, 23 111, REL13, 125 111, REL13, 56 111, REL13, 12 111, REL13, 73 111, REL13, 68 111, REL13, 64 111, REL13, 38 111, REL23, 51 111, REL26, 49 111, REL26, 59 125, REL23, 51 125, REL24, 20 125, REL24, 96 125, REL24, 26 125, REL24, 56 125, REL24, 60 125, REL24, 52 125, REL24, 63 125, REL24, 12 125, REL24, 38 125, REL26, 96 125, REL26, 67 125, REL26, 68 125, REL26, 49 125, REL26, 59 96, REL23, 51 96, REL26, 49 96, REL26, 59 26, REL23, 51 26, REL24, 20 26, REL24, 96 26, REL24, 52 26, REL26, 96 26, REL26, 49 26, REL26, 59 67, REL23, 51 67, REL24, 23 67, REL24, 20 67, REL24, 125 67, REL24, 96 67, REL24, 26 67, REL24, 56 67, REL24, 60 67, REL24, 52 67, REL24, 63 67, REL24, 12 67, REL24, 73 67, REL24, 68 67, REL24, 64 67, REL24, 38 67, REL26, 96 67, REL26, 49 67, REL26, 59 51, REL26, 46 51, REL26, 49 79, REL14, 51 79, REL26, 49 56, REL23, 51 56, REL24, 20 56, REL24, 96 56, REL24, 26 56, REL24, 60 56, REL24, 52 56, REL24, 63 56, REL26, 96 56, REL26, 67 56, REL26, 12 56, REL26, 68 56, REL26, 49 56, REL26, 59 60, REL23, 51 60, REL24, 20 60, REL24, 96 60, REL24, 26 60, REL24, 52 60, REL24, 63 60, REL26, 96 60, REL26, 67 60, REL26, 49 60, REL26, 59 41, REL26, 34 41, REL26, 29 41, REL26, 6 41, REL43, 29 41, REL43, 6 3, REL36, 105 3, REL41, 51 3, REL46, 51 19, REL26, 49 19, REL41, 23 19, REL41, 125 19, REL41, 56 19, REL41, 12 19, REL41, 73 19, REL41, 68 19, REL41, 64 19, REL41, 38 15, REL36, 105 15, REL41, 51 15, REL46, 51 29, REL26, 34 29, REL26, 6 29, REL43, 41 29, REL43, 6 52, REL23, 51 52, REL24, 96 52, REL26, 96 52, REL26, 26 52, REL26, 49 52, REL26, 59 63, REL23, 51 63, REL24, 20 63, REL24, 96 63, REL24, 26 63, REL24, 52 63, REL26, 96 63, REL26, 67 63, REL26, 49 63, REL26, 59 12, REL23, 51 12, REL24, 20 12, REL24, 96 12, REL24, 26 12, REL24, 56 12, REL24, 60 12, REL24, 52 12, REL24, 63 12, REL24, 38 12, REL26, 96 12, REL26, 67 12, REL26, 68 12, REL26, 49 12, REL26, 59 46, REL26, 49 73, REL23, 51 73, REL24, 23 73, REL24, 20 73, REL24, 125 73, REL24, 96 73, REL24, 26 73, REL24, 56 73, REL24, 60 73, REL24, 52 73, REL24, 63 73, REL24, 12 73, REL24, 64 73, REL24, 38 73, REL26, 96 73, REL26, 67 73, REL26, 68 73, REL26, 49 73, REL26, 59 70, REL26, 34 68, REL23, 51 68, REL24, 23 68, REL24, 20 68, REL24, 125 68, REL24, 96 68, REL24, 26 68, REL24, 56 68, REL24, 60 68, REL24, 52 68, REL24, 63 68, REL24, 12 68, REL24, 73 68, REL24, 64 68, REL24, 38 68, REL26, 96 68, REL26, 67 68, REL26, 49 68, REL26, 59 64, REL23, 51 64, REL24, 23 64, REL24, 20 64, REL24, 125 64, REL24, 96 64, REL24, 26 64, REL24, 56 64, REL24, 60 64, REL24, 52 64, REL24, 63 64, REL24, 12 64, REL24, 38 64, REL26, 96 64, REL26, 67 64, REL26, 68 64, REL26, 49 64, REL26, 59 18, REL36, 105 18, REL41, 51 18, REL46, 51 6, REL26, 34 6, REL43, 41 6, REL43, 29 134, REL36, 105 134, REL41, 51 134, REL46, 51 119, REL36, 105 119, REL41, 51 119, REL46, 51 105, REL26, 112 105, REL26, 34 105, REL26, 70 105, REL32, 23 105, REL32, 20 105, REL32, 111 105, REL32, 125 105, REL32, 96 105, REL32, 26 105, REL32, 67 105, REL32, 56 105, REL32, 60 105, REL32, 52 105, REL32, 63 105, REL32, 12 105, REL32, 73 105, REL32, 68 105, REL32, 64 105, REL32, 38 105, REL46, 27 27, REL26, 49 38, REL23, 51 38, REL24, 20 38, REL24, 96 38, REL24, 26 38, REL24, 56 38, REL24, 60 38, REL24, 52 38, REL24, 63 38, REL26, 96 38, REL26, 67 38, REL26, 12 38, REL26, 68 38, REL26, 49 38, REL26, 59 59, REL23, 51 59, REL26, 49 Question: In what context are ENT31 and ENT48 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT31", "ENT48"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT3", "REL36", "ENT121"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL46", "ENT36"], ["ENT5", "REL23", "ENT36"], ["ENT5", "REL24", "ENT18"], ["ENT5", "REL24", "ENT25"], ["ENT5", "REL24", "ENT31"], ["ENT5", "REL24", "ENT32"], ["ENT5", "REL24", "ENT44"], ["ENT5", "REL24", "ENT45"], ["ENT5", "REL24", "ENT73"], ["ENT5", "REL24", "ENT76"], ["ENT5", "REL24", "ENT82"], ["ENT5", "REL24", "ENT128"], ["ENT5", "REL26", "ENT31"], ["ENT5", "REL26", "ENT33"], ["ENT5", "REL26", "ENT100"], ["ENT5", "REL26", "ENT110"], ["ENT5", "REL26", "ENT129"], ["ENT18", "REL23", "ENT36"], ["ENT18", "REL24", "ENT31"], ["ENT18", "REL24", "ENT73"], ["ENT18", "REL26", "ENT31"], ["ENT18", "REL26", "ENT32"], ["ENT18", "REL26", "ENT110"], ["ENT18", "REL26", "ENT129"], ["ENT23", "REL13", "ENT5"], ["ENT23", "REL13", "ENT25"], ["ENT23", "REL13", "ENT44"], ["ENT23", "REL13", "ENT82"], ["ENT23", "REL13", "ENT95"], ["ENT23", "REL13", "ENT100"], ["ENT23", "REL13", "ENT105"], ["ENT23", "REL13", "ENT128"], ["ENT23", "REL23", "ENT36"], ["ENT23", "REL26", "ENT110"], ["ENT23", "REL26", "ENT129"], ["ENT25", "REL23", "ENT36"], ["ENT25", "REL24", "ENT18"], ["ENT25", "REL24", "ENT31"], ["ENT25", "REL24", "ENT32"], ["ENT25", "REL24", "ENT44"], ["ENT25", "REL24", "ENT45"], ["ENT25", "REL24", "ENT73"], ["ENT25", "REL24", "ENT76"], ["ENT25", "REL24", "ENT82"], ["ENT25", "REL24", "ENT128"], ["ENT25", "REL26", "ENT31"], ["ENT25", "REL26", "ENT33"], ["ENT25", "REL26", "ENT100"], ["ENT25", "REL26", "ENT110"], ["ENT25", "REL26", "ENT129"], ["ENT31", "REL23", "ENT36"], ["ENT31", "REL26", "ENT110"], ["ENT31", "REL26", "ENT129"], ["ENT32", "REL23", "ENT36"], ["ENT32", "REL24", "ENT18"], ["ENT32", "REL24", "ENT31"], ["ENT32", "REL24", "ENT73"], ["ENT32", "REL26", "ENT31"], ["ENT32", "REL26", "ENT110"], ["ENT32", "REL26", "ENT129"], ["ENT33", "REL23", "ENT36"], ["ENT33", "REL24", "ENT5"], ["ENT33", "REL24", "ENT18"], ["ENT33", "REL24", "ENT25"], ["ENT33", "REL24", "ENT31"], ["ENT33", "REL24", "ENT32"], ["ENT33", "REL24", "ENT44"], ["ENT33", "REL24", "ENT45"], ["ENT33", "REL24", "ENT73"], ["ENT33", "REL24", "ENT76"], ["ENT33", "REL24", "ENT82"], ["ENT33", "REL24", "ENT95"], ["ENT33", "REL24", "ENT100"], ["ENT33", "REL24", "ENT105"], ["ENT33", "REL24", "ENT128"], ["ENT33", "REL26", "ENT31"], ["ENT33", "REL26", "ENT110"], ["ENT33", "REL26", "ENT129"], ["ENT36", "REL26", "ENT85"], ["ENT36", "REL26", "ENT110"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT110"], ["ENT44", "REL23", "ENT36"], ["ENT44", "REL24", "ENT18"], ["ENT44", "REL24", "ENT31"], ["ENT44", "REL24", "ENT32"], ["ENT44", "REL24", "ENT45"], ["ENT44", "REL24", "ENT73"], ["ENT44", "REL24", "ENT76"], ["ENT44", "REL26", "ENT31"], ["ENT44", "REL26", "ENT33"], ["ENT44", "REL26", "ENT82"], ["ENT44", "REL26", "ENT100"], ["ENT44", "REL26", "ENT110"], ["ENT44", "REL26", "ENT129"], ["ENT45", "REL23", "ENT36"], ["ENT45", "REL24", "ENT18"], ["ENT45", "REL24", "ENT31"], ["ENT45", "REL24", "ENT32"], ["ENT45", "REL24", "ENT73"], ["ENT45", "REL24", "ENT76"], ["ENT45", "REL26", "ENT31"], ["ENT45", "REL26", "ENT33"], ["ENT45", "REL26", "ENT110"], ["ENT45", "REL26", "ENT129"], ["ENT48", "REL26", "ENT50"], ["ENT48", "REL26", "ENT70"], ["ENT48", "REL26", "ENT109"], ["ENT48", "REL43", "ENT70"], ["ENT48", "REL43", "ENT109"], ["ENT52", "REL36", "ENT121"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL46", "ENT36"], ["ENT56", "REL26", "ENT110"], ["ENT56", "REL41", "ENT5"], ["ENT56", "REL41", "ENT25"], ["ENT56", "REL41", "ENT44"], ["ENT56", "REL41", "ENT82"], ["ENT56", "REL41", "ENT95"], ["ENT56", "REL41", "ENT100"], ["ENT56", "REL41", "ENT105"], ["ENT56", "REL41", "ENT128"], ["ENT63", "REL36", "ENT121"], ["ENT63", "REL41", "ENT36"], ["ENT63", "REL46", "ENT36"], ["ENT70", "REL26", "ENT50"], ["ENT70", "REL26", "ENT109"], ["ENT70", "REL43", "ENT48"], ["ENT70", "REL43", "ENT109"], ["ENT73", "REL23", "ENT36"], ["ENT73", "REL24", "ENT31"], ["ENT73", "REL26", "ENT31"], ["ENT73", "REL26", "ENT32"], ["ENT73", "REL26", "ENT110"], ["ENT73", "REL26", "ENT129"], ["ENT76", "REL23", "ENT36"], ["ENT76", "REL24", "ENT18"], ["ENT76", "REL24", "ENT31"], ["ENT76", "REL24", "ENT32"], ["ENT76", "REL24", "ENT73"], ["ENT76", "REL26", "ENT31"], ["ENT76", "REL26", "ENT33"], ["ENT76", "REL26", "ENT110"], ["ENT76", "REL26", "ENT129"], ["ENT82", "REL23", "ENT36"], ["ENT82", "REL24", "ENT18"], ["ENT82", "REL24", "ENT31"], ["ENT82", "REL24", "ENT32"], ["ENT82", "REL24", "ENT44"], ["ENT82", "REL24", "ENT45"], ["ENT82", "REL24", "ENT73"], ["ENT82", "REL24", "ENT76"], ["ENT82", "REL24", "ENT128"], ["ENT82", "REL26", "ENT31"], ["ENT82", "REL26", "ENT33"], ["ENT82", "REL26", "ENT100"], ["ENT82", "REL26", "ENT110"], ["ENT82", "REL26", "ENT129"], ["ENT85", "REL26", "ENT110"], ["ENT95", "REL23", "ENT36"], ["ENT95", "REL24", "ENT5"], ["ENT95", "REL24", "ENT18"], ["ENT95", "REL24", "ENT25"], ["ENT95", "REL24", "ENT31"], ["ENT95", "REL24", "ENT32"], ["ENT95", "REL24", "ENT44"], ["ENT95", "REL24", "ENT45"], ["ENT95", "REL24", "ENT73"], ["ENT95", "REL24", "ENT76"], ["ENT95", "REL24", "ENT82"], ["ENT95", "REL24", "ENT105"], ["ENT95", "REL24", "ENT128"], ["ENT95", "REL26", "ENT31"], ["ENT95", "REL26", "ENT33"], ["ENT95", "REL26", "ENT100"], ["ENT95", "REL26", "ENT110"], ["ENT95", "REL26", "ENT129"], ["ENT98", "REL26", "ENT50"], ["ENT100", "REL23", "ENT36"], ["ENT100", "REL24", "ENT5"], ["ENT100", "REL24", "ENT18"], ["ENT100", "REL24", "ENT25"], ["ENT100", "REL24", "ENT31"], ["ENT100", "REL24", "ENT32"], ["ENT100", "REL24", "ENT44"], ["ENT100", "REL24", "ENT45"], ["ENT100", "REL24", "ENT73"], ["ENT100", "REL24", "ENT76"], ["ENT100", "REL24", "ENT82"], ["ENT100", "REL24", "ENT95"], ["ENT100", "REL24", "ENT105"], ["ENT100", "REL24", "ENT128"], ["ENT100", "REL26", "ENT31"], ["ENT100", "REL26", "ENT33"], ["ENT100", "REL26", "ENT110"], ["ENT100", "REL26", "ENT129"], ["ENT105", "REL23", "ENT36"], ["ENT105", "REL24", "ENT5"], ["ENT105", "REL24", "ENT18"], ["ENT105", "REL24", "ENT25"], ["ENT105", "REL24", "ENT31"], ["ENT105", "REL24", "ENT32"], ["ENT105", "REL24", "ENT44"], ["ENT105", "REL24", "ENT45"], ["ENT105", "REL24", "ENT73"], ["ENT105", "REL24", "ENT76"], ["ENT105", "REL24", "ENT82"], ["ENT105", "REL24", "ENT128"], ["ENT105", "REL26", "ENT31"], ["ENT105", "REL26", "ENT33"], ["ENT105", "REL26", "ENT100"], ["ENT105", "REL26", "ENT110"], ["ENT105", "REL26", "ENT129"], ["ENT107", "REL36", "ENT121"], ["ENT107", "REL41", "ENT36"], ["ENT107", "REL46", "ENT36"], ["ENT109", "REL26", "ENT50"], ["ENT109", "REL43", "ENT48"], ["ENT109", "REL43", "ENT70"], ["ENT113", "REL36", "ENT121"], ["ENT113", "REL41", "ENT36"], ["ENT113", "REL46", "ENT36"], ["ENT114", "REL36", "ENT121"], ["ENT114", "REL41", "ENT36"], ["ENT114", "REL46", "ENT36"], ["ENT121", "REL26", "ENT2"], ["ENT121", "REL26", "ENT50"], ["ENT121", "REL26", "ENT98"], ["ENT121", "REL32", "ENT5"], ["ENT121", "REL32", "ENT18"], ["ENT121", "REL32", "ENT23"], ["ENT121", "REL32", "ENT25"], ["ENT121", "REL32", "ENT31"], ["ENT121", "REL32", "ENT32"], ["ENT121", "REL32", "ENT33"], ["ENT121", "REL32", "ENT44"], ["ENT121", "REL32", "ENT45"], ["ENT121", "REL32", "ENT73"], ["ENT121", "REL32", "ENT76"], ["ENT121", "REL32", "ENT82"], ["ENT121", "REL32", "ENT95"], ["ENT121", "REL32", "ENT100"], ["ENT121", "REL32", "ENT105"], ["ENT121", "REL32", "ENT128"], ["ENT121", "REL46", "ENT122"], ["ENT122", "REL26", "ENT110"], ["ENT128", "REL23", "ENT36"], ["ENT128", "REL24", "ENT18"], ["ENT128", "REL24", "ENT31"], ["ENT128", "REL24", "ENT32"], ["ENT128", "REL24", "ENT44"], ["ENT128", "REL24", "ENT45"], ["ENT128", "REL24", "ENT73"], ["ENT128", "REL24", "ENT76"], ["ENT128", "REL26", "ENT31"], ["ENT128", "REL26", "ENT33"], ["ENT128", "REL26", "ENT82"], ["ENT128", "REL26", "ENT100"], ["ENT128", "REL26", "ENT110"], ["ENT128", "REL26", "ENT129"], ["ENT129", "REL23", "ENT36"], ["ENT129", "REL26", "ENT110"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 84, ENT41 30, ENT55 src, edge_attr, dst 30, REL2, 84 30, REL7, 84 Question: How are ENT41 and ENT55 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT41", "ENT55"], "valid_edges": [["ENT55", "REL2", "ENT41"], ["ENT55", "REL7", "ENT41"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 74, ENT9 127, ENT12 81, ENT13 51, ENT36 79, ENT42 85, ENT46 30, ENT55 46, ENT85 73, ENT95 49, ENT110 59, ENT129 src, edge_attr, dst 74, REL26, 49 74, REL28, 81 74, REL35, 127 74, REL35, 81 127, REL26, 49 81, REL24, 127 81, REL26, 49 51, REL26, 46 51, REL26, 49 79, REL14, 51 79, REL26, 49 85, REL26, 74 85, REL26, 49 85, REL28, 81 85, REL35, 127 85, REL35, 81 30, REL23, 51 30, REL26, 49 30, REL26, 59 46, REL26, 49 73, REL23, 51 73, REL26, 49 73, REL26, 59 59, REL23, 51 59, REL26, 49 Question: How are ENT13 and ENT95 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT13", "ENT95"], "valid_edges": [["ENT9", "REL26", "ENT110"], ["ENT9", "REL28", "ENT13"], ["ENT9", "REL35", "ENT12"], ["ENT9", "REL35", "ENT13"], ["ENT12", "REL26", "ENT110"], ["ENT13", "REL24", "ENT12"], ["ENT13", "REL26", "ENT110"], ["ENT36", "REL26", "ENT85"], ["ENT36", "REL26", "ENT110"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT110"], ["ENT46", "REL26", "ENT9"], ["ENT46", "REL26", "ENT110"], ["ENT46", "REL28", "ENT13"], ["ENT46", "REL35", "ENT12"], ["ENT46", "REL35", "ENT13"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT110"], ["ENT55", "REL26", "ENT129"], ["ENT85", "REL26", "ENT110"], ["ENT95", "REL23", "ENT36"], ["ENT95", "REL26", "ENT110"], ["ENT95", "REL26", "ENT129"], ["ENT129", "REL23", "ENT36"], ["ENT129", "REL26", "ENT110"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 115, ENT7 74, ENT9 127, ENT12 87, ENT14 126, ENT19 111, ENT23 65, ENT39 62, ENT43 85, ENT46 34, ENT50 3, ENT52 106, ENT54 69, ENT61 101, ENT62 15, ENT63 109, ENT64 7, ENT66 17, ENT71 124, ENT74 75, ENT83 70, ENT98 18, ENT107 49, ENT110 134, ENT113 113, ENT116 0, ENT120 8, ENT126 src, edge_attr, dst 112, REL26, 34 10, REL21, 87 10, REL21, 124 10, REL21, 8 10, REL36, 112 10, REL36, 87 10, REL36, 65 10, REL36, 62 10, REL36, 101 10, REL36, 7 10, REL36, 124 10, REL36, 75 10, REL36, 70 10, REL36, 8 115, REL21, 87 115, REL21, 124 115, REL21, 8 115, REL24, 127 115, REL24, 126 115, REL24, 106 115, REL24, 0 115, REL26, 49 74, REL26, 49 74, REL35, 115 74, REL35, 127 74, REL35, 126 74, REL35, 106 74, REL35, 0 127, REL26, 49 87, REL2, 124 87, REL2, 8 87, REL5, 10 87, REL5, 3 87, REL5, 69 87, REL5, 15 87, REL5, 109 87, REL5, 18 87, REL5, 134 87, REL26, 112 87, REL26, 34 126, REL21, 87 126, REL21, 124 126, REL21, 8 126, REL24, 127 126, REL24, 106 126, REL24, 0 126, REL26, 49 111, REL26, 49 111, REL44, 85 65, REL26, 112 65, REL26, 34 62, REL26, 112 62, REL26, 34 62, REL26, 70 85, REL14, 111 85, REL26, 74 85, REL26, 49 85, REL35, 115 85, REL35, 127 85, REL35, 126 85, REL35, 106 85, REL35, 0 3, REL21, 87 3, REL21, 124 3, REL21, 8 3, REL36, 112 3, REL36, 87 3, REL36, 65 3, REL36, 62 3, REL36, 101 3, REL36, 7 3, REL36, 124 3, REL36, 75 3, REL36, 70 3, REL36, 8 106, REL21, 87 106, REL21, 124 106, REL21, 8 106, REL24, 127 106, REL24, 0 106, REL26, 49 101, REL26, 112 101, REL26, 34 101, REL26, 70 15, REL21, 87 15, REL21, 124 15, REL21, 8 15, REL36, 112 15, REL36, 87 15, REL36, 65 15, REL36, 62 15, REL36, 101 15, REL36, 7 15, REL36, 124 15, REL36, 75 15, REL36, 70 15, REL36, 8 7, REL26, 112 7, REL26, 34 7, REL26, 70 17, REL10, 87 124, REL2, 87 124, REL2, 8 124, REL5, 10 124, REL5, 3 124, REL5, 69 124, REL5, 15 124, REL5, 109 124, REL5, 18 124, REL5, 134 124, REL11, 17 124, REL26, 112 124, REL26, 87 124, REL26, 34 124, REL40, 8 75, REL26, 112 75, REL26, 34 70, REL26, 112 70, REL26, 34 18, REL21, 87 18, REL21, 124 18, REL21, 8 18, REL36, 112 18, REL36, 87 18, REL36, 65 18, REL36, 62 18, REL36, 101 18, REL36, 7 18, REL36, 124 18, REL36, 75 18, REL36, 70 18, REL36, 8 134, REL21, 87 134, REL21, 124 134, REL21, 8 134, REL36, 112 134, REL36, 87 134, REL36, 65 134, REL36, 62 134, REL36, 101 134, REL36, 7 134, REL36, 124 134, REL36, 75 134, REL36, 70 134, REL36, 8 113, REL20, 112 113, REL20, 87 113, REL20, 65 113, REL20, 62 113, REL20, 101 113, REL20, 7 113, REL20, 124 113, REL20, 75 113, REL20, 70 113, REL20, 8 0, REL21, 87 0, REL21, 124 0, REL21, 8 0, REL24, 127 0, REL26, 49 8, REL2, 87 8, REL2, 124 8, REL5, 10 8, REL5, 3 8, REL5, 69 8, REL5, 15 8, REL5, 109 8, REL5, 18 8, REL5, 134 8, REL26, 112 8, REL26, 87 8, REL26, 34 Question: For what reason are ENT12 and ENT50 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT12", "ENT50"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT74"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT74"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT7", "REL21", "ENT14"], ["ENT7", "REL21", "ENT74"], ["ENT7", "REL21", "ENT126"], ["ENT7", "REL24", "ENT12"], ["ENT7", "REL24", "ENT19"], ["ENT7", "REL24", "ENT54"], ["ENT7", "REL24", "ENT120"], ["ENT7", "REL26", "ENT110"], ["ENT9", "REL26", "ENT110"], ["ENT9", "REL35", "ENT7"], ["ENT9", "REL35", "ENT12"], ["ENT9", "REL35", "ENT19"], ["ENT9", "REL35", "ENT54"], ["ENT9", "REL35", "ENT120"], ["ENT12", "REL26", "ENT110"], ["ENT14", "REL2", "ENT74"], ["ENT14", "REL2", "ENT126"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL5", "ENT61"], ["ENT14", "REL5", "ENT63"], ["ENT14", "REL5", "ENT64"], ["ENT14", "REL5", "ENT107"], ["ENT14", "REL5", "ENT113"], ["ENT14", "REL26", "ENT2"], ["ENT14", "REL26", "ENT50"], ["ENT19", "REL21", "ENT14"], ["ENT19", "REL21", "ENT74"], ["ENT19", "REL21", "ENT126"], ["ENT19", "REL24", "ENT12"], ["ENT19", "REL24", "ENT54"], ["ENT19", "REL24", "ENT120"], ["ENT19", "REL26", "ENT110"], ["ENT23", "REL26", "ENT110"], ["ENT23", "REL44", "ENT46"], ["ENT39", "REL26", "ENT2"], ["ENT39", "REL26", "ENT50"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT43", "REL26", "ENT98"], ["ENT46", "REL14", "ENT23"], ["ENT46", "REL26", "ENT9"], ["ENT46", "REL26", "ENT110"], ["ENT46", "REL35", "ENT7"], ["ENT46", "REL35", "ENT12"], ["ENT46", "REL35", "ENT19"], ["ENT46", "REL35", "ENT54"], ["ENT46", "REL35", "ENT120"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT74"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT74"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT54", "REL21", "ENT14"], ["ENT54", "REL21", "ENT74"], ["ENT54", "REL21", "ENT126"], ["ENT54", "REL24", "ENT12"], ["ENT54", "REL24", "ENT120"], ["ENT54", "REL26", "ENT110"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT62", "REL26", "ENT98"], ["ENT63", "REL21", "ENT14"], ["ENT63", "REL21", "ENT74"], ["ENT63", "REL21", "ENT126"], ["ENT63", "REL36", "ENT2"], ["ENT63", "REL36", "ENT14"], ["ENT63", "REL36", "ENT39"], ["ENT63", "REL36", "ENT43"], ["ENT63", "REL36", "ENT62"], ["ENT63", "REL36", "ENT66"], ["ENT63", "REL36", "ENT74"], ["ENT63", "REL36", "ENT83"], ["ENT63", "REL36", "ENT98"], ["ENT63", "REL36", "ENT126"], ["ENT66", "REL26", "ENT2"], ["ENT66", "REL26", "ENT50"], ["ENT66", "REL26", "ENT98"], ["ENT71", "REL10", "ENT14"], ["ENT74", "REL2", "ENT14"], ["ENT74", "REL2", "ENT126"], ["ENT74", "REL5", "ENT3"], ["ENT74", "REL5", "ENT52"], ["ENT74", "REL5", "ENT61"], ["ENT74", "REL5", "ENT63"], ["ENT74", "REL5", "ENT64"], ["ENT74", "REL5", "ENT107"], ["ENT74", "REL5", "ENT113"], ["ENT74", "REL11", "ENT71"], ["ENT74", "REL26", "ENT2"], ["ENT74", "REL26", "ENT14"], ["ENT74", "REL26", "ENT50"], ["ENT74", "REL40", "ENT126"], ["ENT83", "REL26", "ENT2"], ["ENT83", "REL26", "ENT50"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT107", "REL21", "ENT14"], ["ENT107", "REL21", "ENT74"], ["ENT107", "REL21", "ENT126"], ["ENT107", "REL36", "ENT2"], ["ENT107", "REL36", "ENT14"], ["ENT107", "REL36", "ENT39"], ["ENT107", "REL36", "ENT43"], ["ENT107", "REL36", "ENT62"], ["ENT107", "REL36", "ENT66"], ["ENT107", "REL36", "ENT74"], ["ENT107", "REL36", "ENT83"], ["ENT107", "REL36", "ENT98"], ["ENT107", "REL36", "ENT126"], ["ENT113", "REL21", "ENT14"], ["ENT113", "REL21", "ENT74"], ["ENT113", "REL21", "ENT126"], ["ENT113", "REL36", "ENT2"], ["ENT113", "REL36", "ENT14"], ["ENT113", "REL36", "ENT39"], ["ENT113", "REL36", "ENT43"], ["ENT113", "REL36", "ENT62"], ["ENT113", "REL36", "ENT66"], ["ENT113", "REL36", "ENT74"], ["ENT113", "REL36", "ENT83"], ["ENT113", "REL36", "ENT98"], ["ENT113", "REL36", "ENT126"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT66"], ["ENT116", "REL20", "ENT74"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL20", "ENT126"], ["ENT120", "REL21", "ENT14"], ["ENT120", "REL21", "ENT74"], ["ENT120", "REL21", "ENT126"], ["ENT120", "REL24", "ENT12"], ["ENT120", "REL26", "ENT110"], ["ENT126", "REL2", "ENT14"], ["ENT126", "REL2", "ENT74"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL5", "ENT61"], ["ENT126", "REL5", "ENT63"], ["ENT126", "REL5", "ENT64"], ["ENT126", "REL5", "ENT107"], ["ENT126", "REL5", "ENT113"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT14"], ["ENT126", "REL26", "ENT50"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 10, ENT3 51, ENT36 90, ENT37 3, ENT52 30, ENT55 13, ENT81 src, edge_attr, dst 10, REL26, 90 10, REL41, 51 10, REL46, 51 3, REL26, 90 3, REL41, 51 3, REL46, 51 30, REL23, 51 13, REL26, 90 Question: For what reason are ENT55 and ENT81 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT55", "ENT81"], "valid_edges": [["ENT3", "REL26", "ENT37"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL46", "ENT36"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL46", "ENT36"], ["ENT55", "REL23", "ENT36"], ["ENT81", "REL26", "ENT37"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 10, ENT3 74, ENT9 127, ENT12 51, ENT36 90, ENT37 79, ENT42 85, ENT46 3, ENT52 15, ENT63 46, ENT85 53, ENT86 18, ENT107 49, ENT110 89, ENT125 src, edge_attr, dst 10, REL26, 90 10, REL41, 79 10, REL41, 53 10, REL46, 79 10, REL46, 53 74, REL26, 49 74, REL35, 127 127, REL26, 49 51, REL26, 49 79, REL14, 51 79, REL26, 46 79, REL26, 53 79, REL26, 49 79, REL45, 89 85, REL26, 74 85, REL26, 49 85, REL35, 127 3, REL26, 90 3, REL41, 79 3, REL41, 53 3, REL46, 79 3, REL46, 53 15, REL26, 90 15, REL41, 79 15, REL41, 53 15, REL46, 79 15, REL46, 53 46, REL26, 49 53, REL26, 46 53, REL26, 49 53, REL45, 89 18, REL26, 90 18, REL41, 79 18, REL41, 53 18, REL46, 79 18, REL46, 53 89, REL26, 90 Question: In what context are ENT12 and ENT125 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT12", "ENT125"], "valid_edges": [["ENT3", "REL26", "ENT37"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT86"], ["ENT9", "REL26", "ENT110"], ["ENT9", "REL35", "ENT12"], ["ENT12", "REL26", "ENT110"], ["ENT36", "REL26", "ENT110"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT85"], ["ENT42", "REL26", "ENT86"], ["ENT42", "REL26", "ENT110"], ["ENT42", "REL45", "ENT125"], ["ENT46", "REL26", "ENT9"], ["ENT46", "REL26", "ENT110"], ["ENT46", "REL35", "ENT12"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT86"], ["ENT63", "REL26", "ENT37"], ["ENT63", "REL41", "ENT42"], ["ENT63", "REL41", "ENT86"], ["ENT63", "REL46", "ENT42"], ["ENT63", "REL46", "ENT86"], ["ENT85", "REL26", "ENT110"], ["ENT86", "REL26", "ENT85"], ["ENT86", "REL26", "ENT110"], ["ENT86", "REL45", "ENT125"], ["ENT107", "REL26", "ENT37"], ["ENT107", "REL41", "ENT42"], ["ENT107", "REL41", "ENT86"], ["ENT107", "REL46", "ENT42"], ["ENT107", "REL46", "ENT86"], ["ENT125", "REL26", "ENT37"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 24, ENT15 11, ENT90 src, edge_attr, dst 24, REL2, 11 24, REL40, 11 24, REL43, 11 11, REL2, 24 11, REL26, 24 11, REL40, 24 11, REL43, 24 Question: How are ENT15 and ENT90 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT15", "ENT90"], "valid_edges": [["ENT15", "REL2", "ENT90"], ["ENT15", "REL40", "ENT90"], ["ENT15", "REL43", "ENT90"], ["ENT90", "REL2", "ENT15"], ["ENT90", "REL26", "ENT15"], ["ENT90", "REL40", "ENT15"], ["ENT90", "REL43", "ENT15"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 87, ENT14 132, ENT34 51, ENT36 90, ENT37 65, ENT39 79, ENT42 62, ENT43 60, ENT45 34, ENT50 3, ENT52 30, ENT55 101, ENT62 109, ENT64 7, ENT66 100, ENT67 91, ENT77 75, ENT83 46, ENT85 53, ENT86 70, ENT98 44, ENT104 93, ENT115 113, ENT116 129, ENT119 27, ENT122 104, ENT124 8, ENT126 59, ENT129 src, edge_attr, dst 112, REL26, 34 10, REL21, 87 10, REL21, 8 10, REL26, 90 10, REL36, 112 10, REL36, 87 10, REL36, 65 10, REL36, 62 10, REL36, 101 10, REL36, 7 10, REL36, 75 10, REL36, 70 10, REL36, 8 10, REL41, 132 10, REL41, 51 10, REL41, 79 10, REL41, 91 10, REL41, 46 10, REL41, 53 10, REL41, 129 10, REL41, 27 10, REL46, 132 10, REL46, 51 10, REL46, 79 10, REL46, 91 10, REL46, 46 10, REL46, 53 10, REL46, 129 10, REL46, 27 87, REL5, 10 87, REL5, 3 87, REL26, 112 87, REL26, 34 51, REL26, 46 65, REL26, 112 65, REL26, 34 79, REL14, 51 62, REL26, 112 62, REL26, 34 62, REL26, 70 60, REL23, 51 60, REL26, 59 3, REL21, 87 3, REL21, 8 3, REL24, 10 3, REL26, 90 3, REL36, 112 3, REL36, 87 3, REL36, 65 3, REL36, 62 3, REL36, 101 3, REL36, 7 3, REL36, 75 3, REL36, 70 3, REL36, 8 3, REL41, 132 3, REL41, 51 3, REL41, 79 3, REL41, 91 3, REL41, 46 3, REL41, 53 3, REL41, 129 3, REL41, 27 3, REL46, 132 3, REL46, 51 3, REL46, 79 3, REL46, 91 3, REL46, 46 3, REL46, 53 3, REL46, 129 3, REL46, 27 30, REL23, 51 30, REL26, 59 101, REL26, 112 101, REL26, 34 101, REL26, 70 109, REL42, 10 109, REL42, 3 7, REL26, 112 7, REL26, 34 7, REL26, 70 100, REL6, 62 100, REL6, 101 100, REL6, 7 100, REL6, 70 100, REL26, 90 100, REL26, 44 100, REL28, 62 100, REL28, 101 100, REL28, 7 100, REL28, 70 100, REL41, 132 100, REL41, 91 100, REL41, 129 75, REL26, 112 75, REL26, 34 70, REL26, 112 70, REL26, 34 44, REL6, 62 44, REL6, 101 44, REL6, 7 44, REL6, 70 44, REL26, 90 44, REL28, 62 44, REL28, 101 44, REL28, 7 44, REL28, 70 44, REL41, 132 44, REL41, 91 44, REL41, 129 93, REL6, 62 93, REL6, 101 93, REL6, 7 93, REL6, 70 93, REL26, 90 93, REL26, 44 93, REL28, 62 93, REL28, 101 93, REL28, 7 93, REL28, 70 93, REL41, 132 93, REL41, 91 93, REL41, 129 113, REL20, 112 113, REL20, 87 113, REL20, 65 113, REL20, 62 113, REL20, 101 113, REL20, 7 113, REL20, 75 113, REL20, 70 113, REL20, 8 113, REL26, 90 129, REL2, 10 129, REL2, 3 129, REL2, 100 129, REL2, 44 129, REL2, 93 129, REL2, 104 104, REL6, 62 104, REL6, 101 104, REL6, 7 104, REL6, 70 104, REL26, 90 104, REL26, 44 104, REL28, 62 104, REL28, 101 104, REL28, 7 104, REL28, 70 104, REL41, 132 104, REL41, 91 104, REL41, 129 8, REL5, 10 8, REL5, 3 8, REL26, 112 8, REL26, 34 59, REL23, 51 Question: For what reason are ENT45 and ENT62 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT45", "ENT62"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL26", "ENT2"], ["ENT14", "REL26", "ENT50"], ["ENT36", "REL26", "ENT85"], ["ENT39", "REL26", "ENT2"], ["ENT39", "REL26", "ENT50"], ["ENT42", "REL14", "ENT36"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT43", "REL26", "ENT98"], ["ENT45", "REL23", "ENT36"], ["ENT45", "REL26", "ENT129"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT129"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT62", "REL26", "ENT98"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT66", "REL26", "ENT2"], ["ENT66", "REL26", "ENT50"], ["ENT66", "REL26", "ENT98"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT66"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT66"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT83", "REL26", "ENT2"], ["ENT83", "REL26", "ENT50"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT66"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT66"], ["ENT104", "REL28", "ENT98"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT66"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT66"], ["ENT115", "REL28", "ENT98"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT66"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL20", "ENT126"], ["ENT116", "REL26", "ENT37"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT66"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT66"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT50"], ["ENT129", "REL23", "ENT36"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 128, ENT6 87, ENT14 33, ENT20 37, ENT22 4, ENT24 45, ENT26 132, ENT34 51, ENT36 90, ENT37 65, ENT39 79, ENT42 62, ENT43 3, ENT52 61, ENT57 69, ENT61 101, ENT62 109, ENT64 7, ENT66 17, ENT71 91, ENT77 75, ENT83 46, ENT85 53, ENT86 130, ENT91 1, ENT96 70, ENT98 113, ENT116 94, ENT117 129, ENT119 27, ENT122 8, ENT126 76, ENT127 36, ENT130 src, edge_attr, dst 10, REL21, 87 10, REL21, 8 10, REL26, 90 10, REL36, 112 10, REL36, 87 10, REL36, 65 10, REL36, 62 10, REL36, 101 10, REL36, 7 10, REL36, 75 10, REL36, 70 10, REL36, 8 10, REL41, 132 10, REL41, 51 10, REL41, 79 10, REL41, 91 10, REL41, 46 10, REL41, 53 10, REL41, 129 10, REL41, 27 10, REL46, 132 10, REL46, 51 10, REL46, 79 10, REL46, 91 10, REL46, 46 10, REL46, 53 10, REL46, 129 10, REL46, 27 128, REL26, 90 128, REL26, 17 128, REL26, 76 87, REL5, 10 87, REL5, 3 33, REL1, 37 33, REL10, 4 33, REL26, 90 33, REL26, 17 33, REL26, 76 37, REL10, 4 37, REL26, 90 37, REL26, 17 37, REL26, 76 4, REL26, 90 4, REL26, 61 4, REL26, 17 45, REL26, 90 45, REL26, 17 45, REL26, 76 132, REL26, 90 51, REL26, 46 79, REL14, 51 79, REL26, 46 79, REL26, 53 3, REL21, 87 3, REL21, 8 3, REL24, 10 3, REL26, 90 3, REL36, 112 3, REL36, 87 3, REL36, 65 3, REL36, 62 3, REL36, 101 3, REL36, 7 3, REL36, 75 3, REL36, 70 3, REL36, 8 3, REL41, 132 3, REL41, 51 3, REL41, 79 3, REL41, 91 3, REL41, 46 3, REL41, 53 3, REL41, 129 3, REL41, 27 3, REL46, 132 3, REL46, 51 3, REL46, 79 3, REL46, 91 3, REL46, 46 3, REL46, 53 3, REL46, 129 3, REL46, 27 61, REL26, 90 61, REL26, 17 69, REL26, 90 69, REL26, 17 69, REL26, 76 109, REL26, 90 109, REL42, 10 109, REL42, 3 17, REL10, 87 17, REL26, 90 91, REL26, 90 53, REL26, 46 130, REL26, 90 130, REL26, 17 130, REL26, 76 1, REL26, 90 1, REL26, 17 1, REL26, 76 113, REL26, 90 113, REL26, 17 94, REL26, 90 94, REL26, 17 94, REL31, 128 94, REL31, 33 94, REL31, 37 94, REL31, 45 94, REL31, 69 94, REL31, 130 94, REL31, 1 94, REL31, 76 129, REL2, 10 129, REL2, 3 129, REL26, 90 27, REL26, 46 8, REL5, 10 8, REL5, 3 76, REL26, 90 76, REL26, 17 36, REL26, 90 36, REL26, 17 Question: In what context are ENT20 and ENT86 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT20", "ENT86"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT6", "REL26", "ENT37"], ["ENT6", "REL26", "ENT71"], ["ENT6", "REL26", "ENT127"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT20", "REL1", "ENT22"], ["ENT20", "REL10", "ENT24"], ["ENT20", "REL26", "ENT37"], ["ENT20", "REL26", "ENT71"], ["ENT20", "REL26", "ENT127"], ["ENT22", "REL10", "ENT24"], ["ENT22", "REL26", "ENT37"], ["ENT22", "REL26", "ENT71"], ["ENT22", "REL26", "ENT127"], ["ENT24", "REL26", "ENT37"], ["ENT24", "REL26", "ENT57"], ["ENT24", "REL26", "ENT71"], ["ENT26", "REL26", "ENT37"], ["ENT26", "REL26", "ENT71"], ["ENT26", "REL26", "ENT127"], ["ENT34", "REL26", "ENT37"], ["ENT36", "REL26", "ENT85"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT85"], ["ENT42", "REL26", "ENT86"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT57", "REL26", "ENT37"], ["ENT57", "REL26", "ENT71"], ["ENT61", "REL26", "ENT37"], ["ENT61", "REL26", "ENT71"], ["ENT61", "REL26", "ENT127"], ["ENT64", "REL26", "ENT37"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT71", "REL10", "ENT14"], ["ENT71", "REL26", "ENT37"], ["ENT77", "REL26", "ENT37"], ["ENT86", "REL26", "ENT85"], ["ENT91", "REL26", "ENT37"], ["ENT91", "REL26", "ENT71"], ["ENT91", "REL26", "ENT127"], ["ENT96", "REL26", "ENT37"], ["ENT96", "REL26", "ENT71"], ["ENT96", "REL26", "ENT127"], ["ENT116", "REL26", "ENT37"], ["ENT116", "REL26", "ENT71"], ["ENT117", "REL26", "ENT37"], ["ENT117", "REL26", "ENT71"], ["ENT117", "REL31", "ENT6"], ["ENT117", "REL31", "ENT20"], ["ENT117", "REL31", "ENT22"], ["ENT117", "REL31", "ENT26"], ["ENT117", "REL31", "ENT61"], ["ENT117", "REL31", "ENT91"], ["ENT117", "REL31", "ENT96"], ["ENT117", "REL31", "ENT127"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT119", "REL26", "ENT37"], ["ENT122", "REL26", "ENT85"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT127", "REL26", "ENT37"], ["ENT127", "REL26", "ENT71"], ["ENT130", "REL26", "ENT37"], ["ENT130", "REL26", "ENT71"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 81, ENT13 110, ENT68 src, edge_attr, dst 81, REL28, 110 Question: In what context are ENT13 and ENT68 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT13", "ENT68"], "valid_edges": [["ENT13", "REL28", "ENT68"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 9, ENT30 120, ENT134 src, edge_attr, dst 9, REL2, 120 9, REL40, 120 120, REL7, 9 Question: In what context are ENT30 and ENT134 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT30", "ENT134"], "valid_edges": [["ENT30", "REL2", "ENT134"], ["ENT30", "REL40", "ENT134"], ["ENT134", "REL7", "ENT30"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 74, ENT9 127, ENT12 33, ENT20 37, ENT22 111, ENT23 4, ENT24 90, ENT37 85, ENT46 17, ENT71 49, ENT110 95, ENT112 src, edge_attr, dst 74, REL26, 49 74, REL35, 127 74, REL35, 95 127, REL26, 49 33, REL1, 37 33, REL10, 4 33, REL26, 90 33, REL26, 17 37, REL10, 4 37, REL14, 111 37, REL26, 90 37, REL26, 17 37, REL28, 111 111, REL10, 4 111, REL26, 49 111, REL44, 85 4, REL26, 90 4, REL26, 17 85, REL14, 111 85, REL26, 74 85, REL26, 49 85, REL35, 127 85, REL35, 95 17, REL26, 90 95, REL24, 127 95, REL26, 49 Question: For what reason are ENT71 and ENT112 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT71", "ENT112"], "valid_edges": [["ENT9", "REL26", "ENT110"], ["ENT9", "REL35", "ENT12"], ["ENT9", "REL35", "ENT112"], ["ENT12", "REL26", "ENT110"], ["ENT20", "REL1", "ENT22"], ["ENT20", "REL10", "ENT24"], ["ENT20", "REL26", "ENT37"], ["ENT20", "REL26", "ENT71"], ["ENT22", "REL10", "ENT24"], ["ENT22", "REL14", "ENT23"], ["ENT22", "REL26", "ENT37"], ["ENT22", "REL26", "ENT71"], ["ENT22", "REL28", "ENT23"], ["ENT23", "REL10", "ENT24"], ["ENT23", "REL26", "ENT110"], ["ENT23", "REL44", "ENT46"], ["ENT24", "REL26", "ENT37"], ["ENT24", "REL26", "ENT71"], ["ENT46", "REL14", "ENT23"], ["ENT46", "REL26", "ENT9"], ["ENT46", "REL26", "ENT110"], ["ENT46", "REL35", "ENT12"], ["ENT46", "REL35", "ENT112"], ["ENT71", "REL26", "ENT37"], ["ENT112", "REL24", "ENT12"], ["ENT112", "REL26", "ENT110"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 87, ENT14 132, ENT34 51, ENT36 90, ENT37 65, ENT39 79, ENT42 62, ENT43 3, ENT52 101, ENT62 15, ENT63 109, ENT64 7, ENT66 91, ENT77 75, ENT83 46, ENT85 53, ENT86 70, ENT98 18, ENT107 49, ENT110 95, ENT112 129, ENT119 27, ENT122 8, ENT126 src, edge_attr, dst 10, REL21, 87 10, REL21, 8 10, REL24, 15 10, REL24, 18 10, REL26, 90 10, REL26, 15 10, REL36, 112 10, REL36, 87 10, REL36, 65 10, REL36, 62 10, REL36, 101 10, REL36, 7 10, REL36, 75 10, REL36, 70 10, REL36, 8 10, REL41, 132 10, REL41, 51 10, REL41, 79 10, REL41, 91 10, REL41, 46 10, REL41, 53 10, REL41, 129 10, REL41, 27 10, REL46, 132 10, REL46, 51 10, REL46, 79 10, REL46, 91 10, REL46, 46 10, REL46, 53 10, REL46, 129 10, REL46, 27 87, REL5, 10 87, REL5, 3 87, REL5, 15 87, REL5, 18 87, REL26, 112 51, REL26, 49 65, REL26, 112 79, REL26, 49 62, REL26, 112 62, REL26, 70 3, REL21, 87 3, REL21, 8 3, REL24, 10 3, REL24, 15 3, REL24, 18 3, REL26, 90 3, REL26, 15 3, REL36, 112 3, REL36, 87 3, REL36, 65 3, REL36, 62 3, REL36, 101 3, REL36, 7 3, REL36, 75 3, REL36, 70 3, REL36, 8 3, REL41, 132 3, REL41, 51 3, REL41, 79 3, REL41, 91 3, REL41, 46 3, REL41, 53 3, REL41, 129 3, REL41, 27 3, REL46, 132 3, REL46, 51 3, REL46, 79 3, REL46, 91 3, REL46, 46 3, REL46, 53 3, REL46, 129 3, REL46, 27 101, REL26, 112 101, REL26, 70 15, REL21, 87 15, REL21, 8 15, REL26, 90 15, REL36, 112 15, REL36, 87 15, REL36, 65 15, REL36, 62 15, REL36, 101 15, REL36, 7 15, REL36, 75 15, REL36, 70 15, REL36, 8 15, REL41, 132 15, REL41, 51 15, REL41, 79 15, REL41, 91 15, REL41, 46 15, REL41, 53 15, REL41, 129 15, REL41, 27 15, REL46, 132 15, REL46, 51 15, REL46, 79 15, REL46, 91 15, REL46, 46 15, REL46, 53 15, REL46, 129 15, REL46, 27 109, REL42, 10 109, REL42, 3 109, REL42, 15 109, REL42, 18 7, REL26, 112 7, REL26, 70 75, REL26, 112 46, REL26, 49 53, REL26, 49 70, REL26, 112 18, REL21, 87 18, REL21, 8 18, REL24, 15 18, REL26, 90 18, REL26, 15 18, REL36, 112 18, REL36, 87 18, REL36, 65 18, REL36, 62 18, REL36, 101 18, REL36, 7 18, REL36, 75 18, REL36, 70 18, REL36, 8 18, REL41, 132 18, REL41, 51 18, REL41, 79 18, REL41, 91 18, REL41, 46 18, REL41, 53 18, REL41, 129 18, REL41, 27 18, REL46, 132 18, REL46, 51 18, REL46, 79 18, REL46, 91 18, REL46, 46 18, REL46, 53 18, REL46, 129 18, REL46, 27 95, REL26, 49 129, REL2, 10 129, REL2, 3 129, REL2, 15 129, REL2, 18 27, REL26, 49 8, REL5, 10 8, REL5, 3 8, REL5, 15 8, REL5, 18 8, REL26, 112 Question: In what context are ENT98 and ENT112 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT98", "ENT112"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL24", "ENT63"], ["ENT3", "REL24", "ENT107"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL26", "ENT63"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL5", "ENT63"], ["ENT14", "REL5", "ENT107"], ["ENT14", "REL26", "ENT2"], ["ENT36", "REL26", "ENT110"], ["ENT39", "REL26", "ENT2"], ["ENT42", "REL26", "ENT110"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT98"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL24", "ENT63"], ["ENT52", "REL24", "ENT107"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL26", "ENT63"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT98"], ["ENT63", "REL21", "ENT14"], ["ENT63", "REL21", "ENT126"], ["ENT63", "REL26", "ENT37"], ["ENT63", "REL36", "ENT2"], ["ENT63", "REL36", "ENT14"], ["ENT63", "REL36", "ENT39"], ["ENT63", "REL36", "ENT43"], ["ENT63", "REL36", "ENT62"], ["ENT63", "REL36", "ENT66"], ["ENT63", "REL36", "ENT83"], ["ENT63", "REL36", "ENT98"], ["ENT63", "REL36", "ENT126"], ["ENT63", "REL41", "ENT34"], ["ENT63", "REL41", "ENT36"], ["ENT63", "REL41", "ENT42"], ["ENT63", "REL41", "ENT77"], ["ENT63", "REL41", "ENT85"], ["ENT63", "REL41", "ENT86"], ["ENT63", "REL41", "ENT119"], ["ENT63", "REL41", "ENT122"], ["ENT63", "REL46", "ENT34"], ["ENT63", "REL46", "ENT36"], ["ENT63", "REL46", "ENT42"], ["ENT63", "REL46", "ENT77"], ["ENT63", "REL46", "ENT85"], ["ENT63", "REL46", "ENT86"], ["ENT63", "REL46", "ENT119"], ["ENT63", "REL46", "ENT122"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT64", "REL42", "ENT63"], ["ENT64", "REL42", "ENT107"], ["ENT66", "REL26", "ENT2"], ["ENT66", "REL26", "ENT98"], ["ENT83", "REL26", "ENT2"], ["ENT85", "REL26", "ENT110"], ["ENT86", "REL26", "ENT110"], ["ENT98", "REL26", "ENT2"], ["ENT107", "REL21", "ENT14"], ["ENT107", "REL21", "ENT126"], ["ENT107", "REL24", "ENT63"], ["ENT107", "REL26", "ENT37"], ["ENT107", "REL26", "ENT63"], ["ENT107", "REL36", "ENT2"], ["ENT107", "REL36", "ENT14"], ["ENT107", "REL36", "ENT39"], ["ENT107", "REL36", "ENT43"], ["ENT107", "REL36", "ENT62"], ["ENT107", "REL36", "ENT66"], ["ENT107", "REL36", "ENT83"], ["ENT107", "REL36", "ENT98"], ["ENT107", "REL36", "ENT126"], ["ENT107", "REL41", "ENT34"], ["ENT107", "REL41", "ENT36"], ["ENT107", "REL41", "ENT42"], ["ENT107", "REL41", "ENT77"], ["ENT107", "REL41", "ENT85"], ["ENT107", "REL41", "ENT86"], ["ENT107", "REL41", "ENT119"], ["ENT107", "REL41", "ENT122"], ["ENT107", "REL46", "ENT34"], ["ENT107", "REL46", "ENT36"], ["ENT107", "REL46", "ENT42"], ["ENT107", "REL46", "ENT77"], ["ENT107", "REL46", "ENT85"], ["ENT107", "REL46", "ENT86"], ["ENT107", "REL46", "ENT119"], ["ENT107", "REL46", "ENT122"], ["ENT112", "REL26", "ENT110"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT119", "REL2", "ENT63"], ["ENT119", "REL2", "ENT107"], ["ENT122", "REL26", "ENT110"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL5", "ENT63"], ["ENT126", "REL5", "ENT107"], ["ENT126", "REL26", "ENT2"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 125, ENT25 12, ENT82 src, edge_attr, dst 125, REL24, 12 Question: For what reason are ENT25 and ENT82 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT25", "ENT82"], "valid_edges": [["ENT25", "REL24", "ENT82"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 87, ENT14 51, ENT36 60, ENT45 34, ENT50 3, ENT52 69, ENT61 109, ENT64 113, ENT116 0, ENT120 8, ENT126 src, edge_attr, dst 10, REL21, 87 10, REL21, 8 10, REL36, 87 10, REL36, 8 10, REL41, 51 10, REL46, 51 87, REL2, 8 87, REL5, 10 87, REL5, 3 87, REL5, 69 87, REL5, 109 87, REL26, 112 87, REL26, 34 60, REL23, 51 3, REL21, 87 3, REL21, 8 3, REL36, 87 3, REL36, 8 3, REL41, 51 3, REL46, 51 113, REL20, 87 113, REL20, 8 0, REL21, 87 0, REL21, 8 8, REL2, 87 8, REL5, 10 8, REL5, 3 8, REL5, 69 8, REL5, 109 8, REL26, 112 8, REL26, 87 8, REL26, 34 Question: How are ENT45 and ENT120 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT45", "ENT120"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL46", "ENT36"], ["ENT14", "REL2", "ENT126"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL5", "ENT61"], ["ENT14", "REL5", "ENT64"], ["ENT14", "REL26", "ENT2"], ["ENT14", "REL26", "ENT50"], ["ENT45", "REL23", "ENT36"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL46", "ENT36"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT126"], ["ENT120", "REL21", "ENT14"], ["ENT120", "REL21", "ENT126"], ["ENT126", "REL2", "ENT14"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL5", "ENT61"], ["ENT126", "REL5", "ENT64"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT14"], ["ENT126", "REL26", "ENT50"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 62, ENT43 69, ENT61 101, ENT62 100, ENT67 17, ENT71 44, ENT104 93, ENT115 113, ENT116 104, ENT124 src, edge_attr, dst 62, REL26, 112 69, REL26, 17 101, REL26, 112 100, REL6, 62 100, REL6, 101 100, REL26, 44 100, REL28, 62 100, REL28, 101 44, REL6, 62 44, REL6, 101 44, REL28, 62 44, REL28, 101 93, REL6, 62 93, REL6, 101 93, REL26, 44 93, REL28, 62 93, REL28, 101 113, REL20, 62 113, REL20, 101 113, REL26, 17 104, REL6, 62 104, REL6, 101 104, REL26, 44 104, REL28, 62 104, REL28, 101 Question: In what context are ENT61 and ENT67 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT61", "ENT67"], "valid_edges": [["ENT43", "REL26", "ENT2"], ["ENT61", "REL26", "ENT71"], ["ENT62", "REL26", "ENT2"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL26", "ENT71"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 87, ENT14 132, ENT34 51, ENT36 90, ENT37 65, ENT39 79, ENT42 62, ENT43 34, ENT50 3, ENT52 101, ENT62 109, ENT64 7, ENT66 100, ENT67 91, ENT77 75, ENT83 46, ENT85 53, ENT86 70, ENT98 44, ENT104 93, ENT115 113, ENT116 129, ENT119 27, ENT122 104, ENT124 8, ENT126 src, edge_attr, dst 10, REL21, 87 10, REL21, 8 10, REL26, 90 10, REL36, 112 10, REL36, 87 10, REL36, 65 10, REL36, 62 10, REL36, 101 10, REL36, 7 10, REL36, 75 10, REL36, 70 10, REL36, 8 10, REL41, 132 10, REL41, 51 10, REL41, 79 10, REL41, 91 10, REL41, 46 10, REL41, 53 10, REL41, 129 10, REL41, 27 10, REL46, 132 10, REL46, 51 10, REL46, 79 10, REL46, 91 10, REL46, 46 10, REL46, 53 10, REL46, 129 10, REL46, 27 87, REL5, 10 87, REL5, 3 132, REL26, 90 132, REL26, 91 51, REL26, 46 79, REL26, 46 62, REL26, 112 62, REL26, 34 62, REL26, 70 3, REL21, 87 3, REL21, 8 3, REL24, 10 3, REL26, 90 3, REL36, 112 3, REL36, 87 3, REL36, 65 3, REL36, 62 3, REL36, 101 3, REL36, 7 3, REL36, 75 3, REL36, 70 3, REL36, 8 3, REL41, 132 3, REL41, 51 3, REL41, 79 3, REL41, 91 3, REL41, 46 3, REL41, 53 3, REL41, 129 3, REL41, 27 3, REL46, 132 3, REL46, 51 3, REL46, 79 3, REL46, 91 3, REL46, 46 3, REL46, 53 3, REL46, 129 3, REL46, 27 101, REL26, 112 101, REL26, 34 101, REL26, 70 109, REL26, 90 109, REL42, 10 109, REL42, 3 7, REL26, 112 7, REL26, 34 7, REL26, 70 100, REL6, 62 100, REL6, 101 100, REL6, 7 100, REL6, 70 100, REL26, 90 100, REL26, 44 100, REL28, 62 100, REL28, 101 100, REL28, 7 100, REL28, 70 100, REL41, 132 100, REL41, 91 100, REL41, 129 91, REL26, 90 53, REL26, 46 70, REL26, 112 70, REL26, 34 44, REL6, 62 44, REL6, 101 44, REL6, 7 44, REL6, 70 44, REL26, 90 44, REL28, 62 44, REL28, 101 44, REL28, 7 44, REL28, 70 44, REL41, 132 44, REL41, 91 44, REL41, 129 93, REL6, 62 93, REL6, 101 93, REL6, 7 93, REL6, 70 93, REL26, 90 93, REL26, 44 93, REL28, 62 93, REL28, 101 93, REL28, 7 93, REL28, 70 93, REL41, 132 93, REL41, 91 93, REL41, 129 113, REL20, 62 113, REL20, 101 113, REL20, 7 113, REL20, 70 113, REL26, 90 129, REL2, 10 129, REL2, 3 129, REL2, 100 129, REL2, 44 129, REL2, 93 129, REL2, 104 129, REL26, 90 129, REL26, 91 27, REL26, 46 104, REL6, 62 104, REL6, 101 104, REL6, 7 104, REL6, 70 104, REL26, 90 104, REL26, 44 104, REL28, 62 104, REL28, 101 104, REL28, 7 104, REL28, 70 104, REL41, 132 104, REL41, 91 104, REL41, 129 8, REL5, 10 8, REL5, 3 Question: For what reason are ENT115 and ENT122 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT115", "ENT122"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT34", "REL26", "ENT37"], ["ENT34", "REL26", "ENT77"], ["ENT36", "REL26", "ENT85"], ["ENT42", "REL26", "ENT85"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT43", "REL26", "ENT98"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT62", "REL26", "ENT98"], ["ENT64", "REL26", "ENT37"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT66", "REL26", "ENT2"], ["ENT66", "REL26", "ENT50"], ["ENT66", "REL26", "ENT98"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT66"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT66"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT77", "REL26", "ENT37"], ["ENT86", "REL26", "ENT85"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT66"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT66"], ["ENT104", "REL28", "ENT98"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT66"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT66"], ["ENT115", "REL28", "ENT98"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT66"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL26", "ENT37"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT37"], ["ENT119", "REL26", "ENT77"], ["ENT122", "REL26", "ENT85"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT66"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT66"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 90, ENT37 65, ENT39 62, ENT43 34, ENT50 101, ENT62 100, ENT67 75, ENT83 70, ENT98 44, ENT104 93, ENT115 113, ENT116 104, ENT124 89, ENT125 src, edge_attr, dst 112, REL26, 34 65, REL26, 112 65, REL26, 34 62, REL26, 112 62, REL26, 34 62, REL26, 70 101, REL26, 112 101, REL26, 34 101, REL26, 70 100, REL6, 62 100, REL6, 101 100, REL6, 70 100, REL26, 90 100, REL28, 62 100, REL28, 101 100, REL28, 70 75, REL26, 112 75, REL26, 34 70, REL26, 112 70, REL26, 34 44, REL6, 62 44, REL6, 101 44, REL6, 70 44, REL26, 90 44, REL28, 62 44, REL28, 101 44, REL28, 70 93, REL6, 62 93, REL6, 101 93, REL6, 70 93, REL26, 90 93, REL28, 62 93, REL28, 101 93, REL28, 70 113, REL20, 112 113, REL20, 65 113, REL20, 62 113, REL20, 101 113, REL20, 75 113, REL20, 70 113, REL26, 90 104, REL6, 62 104, REL6, 101 104, REL6, 70 104, REL26, 90 104, REL28, 62 104, REL28, 101 104, REL28, 70 89, REL26, 90 Question: In what context are ENT50 and ENT125 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT50", "ENT125"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT39", "REL26", "ENT2"], ["ENT39", "REL26", "ENT50"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT43", "REL26", "ENT98"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT62", "REL26", "ENT98"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT98"], ["ENT83", "REL26", "ENT2"], ["ENT83", "REL26", "ENT50"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT98"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT98"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL26", "ENT37"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT98"], ["ENT125", "REL26", "ENT37"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 128, ENT6 87, ENT14 33, ENT20 37, ENT22 4, ENT24 45, ENT26 90, ENT37 34, ENT50 61, ENT57 69, ENT61 109, ENT64 17, ENT71 130, ENT91 1, ENT96 113, ENT116 94, ENT117 0, ENT120 8, ENT126 76, ENT127 36, ENT130 src, edge_attr, dst 128, REL26, 90 128, REL26, 17 128, REL26, 130 128, REL26, 76 87, REL2, 8 87, REL5, 69 87, REL5, 109 87, REL26, 112 87, REL26, 34 33, REL1, 37 33, REL10, 4 33, REL26, 90 33, REL26, 17 33, REL26, 76 37, REL10, 4 37, REL26, 90 37, REL26, 17 37, REL26, 76 4, REL26, 90 4, REL26, 17 45, REL26, 90 45, REL26, 17 45, REL26, 130 45, REL26, 76 61, REL26, 90 61, REL26, 17 69, REL26, 90 69, REL26, 17 69, REL26, 76 109, REL26, 90 17, REL10, 87 17, REL26, 90 130, REL26, 90 130, REL26, 17 130, REL26, 76 1, REL26, 90 1, REL26, 17 1, REL26, 130 1, REL26, 76 113, REL20, 87 113, REL20, 8 113, REL26, 90 113, REL26, 17 94, REL26, 90 94, REL26, 17 94, REL31, 128 94, REL31, 33 94, REL31, 37 94, REL31, 45 94, REL31, 69 94, REL31, 130 94, REL31, 1 94, REL31, 76 0, REL21, 87 0, REL21, 8 8, REL2, 87 8, REL5, 69 8, REL5, 109 8, REL26, 112 8, REL26, 87 8, REL26, 34 76, REL26, 90 76, REL26, 17 36, REL26, 90 36, REL26, 17 Question: In what context are ENT120 and ENT127 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT120", "ENT127"], "valid_edges": [["ENT6", "REL26", "ENT37"], ["ENT6", "REL26", "ENT71"], ["ENT6", "REL26", "ENT91"], ["ENT6", "REL26", "ENT127"], ["ENT14", "REL2", "ENT126"], ["ENT14", "REL5", "ENT61"], ["ENT14", "REL5", "ENT64"], ["ENT14", "REL26", "ENT2"], ["ENT14", "REL26", "ENT50"], ["ENT20", "REL1", "ENT22"], ["ENT20", "REL10", "ENT24"], ["ENT20", "REL26", "ENT37"], ["ENT20", "REL26", "ENT71"], ["ENT20", "REL26", "ENT127"], ["ENT22", "REL10", "ENT24"], ["ENT22", "REL26", "ENT37"], ["ENT22", "REL26", "ENT71"], ["ENT22", "REL26", "ENT127"], ["ENT24", "REL26", "ENT37"], ["ENT24", "REL26", "ENT71"], ["ENT26", "REL26", "ENT37"], ["ENT26", "REL26", "ENT71"], ["ENT26", "REL26", "ENT91"], ["ENT26", "REL26", "ENT127"], ["ENT57", "REL26", "ENT37"], ["ENT57", "REL26", "ENT71"], ["ENT61", "REL26", "ENT37"], ["ENT61", "REL26", "ENT71"], ["ENT61", "REL26", "ENT127"], ["ENT64", "REL26", "ENT37"], ["ENT71", "REL10", "ENT14"], ["ENT71", "REL26", "ENT37"], ["ENT91", "REL26", "ENT37"], ["ENT91", "REL26", "ENT71"], ["ENT91", "REL26", "ENT127"], ["ENT96", "REL26", "ENT37"], ["ENT96", "REL26", "ENT71"], ["ENT96", "REL26", "ENT91"], ["ENT96", "REL26", "ENT127"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT126"], ["ENT116", "REL26", "ENT37"], ["ENT116", "REL26", "ENT71"], ["ENT117", "REL26", "ENT37"], ["ENT117", "REL26", "ENT71"], ["ENT117", "REL31", "ENT6"], ["ENT117", "REL31", "ENT20"], ["ENT117", "REL31", "ENT22"], ["ENT117", "REL31", "ENT26"], ["ENT117", "REL31", "ENT61"], ["ENT117", "REL31", "ENT91"], ["ENT117", "REL31", "ENT96"], ["ENT117", "REL31", "ENT127"], ["ENT120", "REL21", "ENT14"], ["ENT120", "REL21", "ENT126"], ["ENT126", "REL2", "ENT14"], ["ENT126", "REL5", "ENT61"], ["ENT126", "REL5", "ENT64"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT14"], ["ENT126", "REL26", "ENT50"], ["ENT127", "REL26", "ENT37"], ["ENT127", "REL26", "ENT71"], ["ENT130", "REL26", "ENT37"], ["ENT130", "REL26", "ENT71"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 87, ENT14 90, ENT37 62, ENT43 34, ENT50 69, ENT61 101, ENT62 109, ENT64 7, ENT66 100, ENT67 83, ENT69 17, ENT71 70, ENT98 44, ENT104 93, ENT115 113, ENT116 104, ENT124 8, ENT126 src, edge_attr, dst 87, REL2, 8 87, REL5, 69 87, REL5, 109 87, REL26, 112 87, REL26, 34 62, REL26, 112 62, REL26, 34 62, REL26, 70 69, REL26, 90 101, REL26, 112 101, REL26, 34 101, REL26, 70 109, REL26, 90 7, REL26, 112 7, REL26, 34 7, REL26, 70 100, REL6, 62 100, REL6, 101 100, REL6, 7 100, REL6, 70 100, REL26, 90 100, REL26, 44 100, REL28, 62 100, REL28, 101 100, REL28, 7 100, REL28, 70 83, REL21, 87 83, REL21, 8 17, REL10, 87 17, REL26, 90 70, REL26, 112 70, REL26, 34 44, REL6, 62 44, REL6, 101 44, REL6, 7 44, REL6, 70 44, REL26, 90 44, REL28, 62 44, REL28, 101 44, REL28, 7 44, REL28, 70 93, REL6, 62 93, REL6, 101 93, REL6, 7 93, REL6, 70 93, REL26, 90 93, REL26, 44 93, REL28, 62 93, REL28, 101 93, REL28, 7 93, REL28, 70 113, REL20, 87 113, REL20, 62 113, REL20, 101 113, REL20, 7 113, REL20, 70 113, REL20, 8 113, REL26, 90 104, REL6, 62 104, REL6, 101 104, REL6, 7 104, REL6, 70 104, REL26, 90 104, REL26, 44 104, REL28, 62 104, REL28, 101 104, REL28, 7 104, REL28, 70 8, REL2, 87 8, REL5, 69 8, REL5, 109 8, REL26, 112 8, REL26, 87 8, REL26, 34 Question: How are ENT69 and ENT124 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT69", "ENT124"], "valid_edges": [["ENT14", "REL2", "ENT126"], ["ENT14", "REL5", "ENT61"], ["ENT14", "REL5", "ENT64"], ["ENT14", "REL26", "ENT2"], ["ENT14", "REL26", "ENT50"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT43", "REL26", "ENT98"], ["ENT61", "REL26", "ENT37"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT62", "REL26", "ENT98"], ["ENT64", "REL26", "ENT37"], ["ENT66", "REL26", "ENT2"], ["ENT66", "REL26", "ENT50"], ["ENT66", "REL26", "ENT98"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT66"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT66"], ["ENT67", "REL28", "ENT98"], ["ENT69", "REL21", "ENT14"], ["ENT69", "REL21", "ENT126"], ["ENT71", "REL10", "ENT14"], ["ENT71", "REL26", "ENT37"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT66"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT66"], ["ENT104", "REL28", "ENT98"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT66"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT66"], ["ENT115", "REL28", "ENT98"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT66"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL20", "ENT126"], ["ENT116", "REL26", "ENT37"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT66"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT66"], ["ENT124", "REL28", "ENT98"], ["ENT126", "REL2", "ENT14"], ["ENT126", "REL5", "ENT61"], ["ENT126", "REL5", "ENT64"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT14"], ["ENT126", "REL26", "ENT50"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 23, ENT5 20, ENT18 111, ENT23 125, ENT25 26, ENT32 67, ENT33 51, ENT36 79, ENT42 56, ENT44 60, ENT45 41, ENT48 34, ENT50 3, ENT52 19, ENT56 15, ENT63 29, ENT70 52, ENT73 63, ENT76 12, ENT82 46, ENT85 73, ENT95 70, ENT98 68, ENT100 64, ENT105 18, ENT107 6, ENT109 49, ENT110 134, ENT113 119, ENT114 105, ENT121 27, ENT122 38, ENT128 59, ENT129 src, edge_attr, dst 112, REL26, 34 10, REL36, 105 10, REL41, 51 10, REL46, 51 23, REL23, 51 23, REL24, 20 23, REL24, 125 23, REL24, 26 23, REL24, 56 23, REL24, 60 23, REL24, 52 23, REL24, 63 23, REL24, 12 23, REL24, 38 23, REL26, 67 23, REL26, 68 23, REL26, 49 23, REL26, 59 20, REL23, 51 20, REL24, 52 20, REL26, 26 20, REL26, 49 20, REL26, 59 111, REL13, 23 111, REL13, 125 111, REL13, 56 111, REL13, 12 111, REL13, 73 111, REL13, 68 111, REL13, 64 111, REL13, 38 111, REL23, 51 111, REL26, 49 111, REL26, 59 125, REL23, 51 125, REL24, 20 125, REL24, 26 125, REL24, 56 125, REL24, 60 125, REL24, 52 125, REL24, 63 125, REL24, 12 125, REL24, 38 125, REL26, 67 125, REL26, 68 125, REL26, 49 125, REL26, 59 26, REL23, 51 26, REL24, 20 26, REL24, 52 26, REL26, 49 26, REL26, 59 67, REL23, 51 67, REL24, 23 67, REL24, 20 67, REL24, 125 67, REL24, 26 67, REL24, 56 67, REL24, 60 67, REL24, 52 67, REL24, 63 67, REL24, 12 67, REL24, 73 67, REL24, 68 67, REL24, 64 67, REL24, 38 67, REL26, 49 67, REL26, 59 51, REL26, 46 51, REL26, 49 79, REL14, 51 79, REL26, 49 56, REL23, 51 56, REL24, 20 56, REL24, 26 56, REL24, 60 56, REL24, 52 56, REL24, 63 56, REL26, 67 56, REL26, 12 56, REL26, 68 56, REL26, 49 56, REL26, 59 60, REL23, 51 60, REL24, 20 60, REL24, 26 60, REL24, 52 60, REL24, 63 60, REL26, 67 60, REL26, 49 60, REL26, 59 41, REL26, 34 41, REL26, 29 41, REL26, 6 41, REL43, 29 41, REL43, 6 3, REL36, 105 3, REL41, 51 3, REL46, 51 19, REL26, 49 19, REL41, 23 19, REL41, 125 19, REL41, 56 19, REL41, 12 19, REL41, 73 19, REL41, 68 19, REL41, 64 19, REL41, 38 15, REL36, 105 15, REL41, 51 15, REL46, 51 29, REL26, 34 29, REL26, 6 29, REL43, 41 29, REL43, 6 52, REL23, 51 52, REL26, 26 52, REL26, 49 52, REL26, 59 63, REL23, 51 63, REL24, 20 63, REL24, 26 63, REL24, 52 63, REL26, 67 63, REL26, 49 63, REL26, 59 12, REL23, 51 12, REL24, 20 12, REL24, 26 12, REL24, 56 12, REL24, 60 12, REL24, 52 12, REL24, 63 12, REL24, 38 12, REL26, 67 12, REL26, 68 12, REL26, 49 12, REL26, 59 46, REL26, 49 73, REL23, 51 73, REL24, 23 73, REL24, 20 73, REL24, 125 73, REL24, 26 73, REL24, 56 73, REL24, 60 73, REL24, 52 73, REL24, 63 73, REL24, 12 73, REL24, 64 73, REL24, 38 73, REL26, 67 73, REL26, 68 73, REL26, 49 73, REL26, 59 70, REL26, 34 68, REL23, 51 68, REL24, 23 68, REL24, 20 68, REL24, 125 68, REL24, 26 68, REL24, 56 68, REL24, 60 68, REL24, 52 68, REL24, 63 68, REL24, 12 68, REL24, 73 68, REL24, 64 68, REL24, 38 68, REL26, 67 68, REL26, 49 68, REL26, 59 64, REL23, 51 64, REL24, 23 64, REL24, 20 64, REL24, 125 64, REL24, 26 64, REL24, 56 64, REL24, 60 64, REL24, 52 64, REL24, 63 64, REL24, 12 64, REL24, 38 64, REL26, 67 64, REL26, 68 64, REL26, 49 64, REL26, 59 18, REL36, 105 18, REL41, 51 18, REL46, 51 6, REL26, 34 6, REL43, 41 6, REL43, 29 134, REL36, 105 134, REL41, 51 134, REL46, 51 119, REL36, 105 119, REL41, 51 119, REL46, 51 105, REL26, 112 105, REL26, 34 105, REL26, 70 105, REL32, 23 105, REL32, 20 105, REL32, 111 105, REL32, 125 105, REL32, 26 105, REL32, 67 105, REL32, 56 105, REL32, 60 105, REL32, 52 105, REL32, 63 105, REL32, 12 105, REL32, 73 105, REL32, 68 105, REL32, 64 105, REL32, 38 105, REL46, 27 27, REL26, 49 38, REL23, 51 38, REL24, 20 38, REL24, 26 38, REL24, 56 38, REL24, 60 38, REL24, 52 38, REL24, 63 38, REL26, 67 38, REL26, 12 38, REL26, 68 38, REL26, 49 38, REL26, 59 59, REL23, 51 59, REL26, 49 Question: In what context are ENT73 and ENT109 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT73", "ENT109"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT3", "REL36", "ENT121"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL46", "ENT36"], ["ENT5", "REL23", "ENT36"], ["ENT5", "REL24", "ENT18"], ["ENT5", "REL24", "ENT25"], ["ENT5", "REL24", "ENT32"], ["ENT5", "REL24", "ENT44"], ["ENT5", "REL24", "ENT45"], ["ENT5", "REL24", "ENT73"], ["ENT5", "REL24", "ENT76"], ["ENT5", "REL24", "ENT82"], ["ENT5", "REL24", "ENT128"], ["ENT5", "REL26", "ENT33"], ["ENT5", "REL26", "ENT100"], ["ENT5", "REL26", "ENT110"], ["ENT5", "REL26", "ENT129"], ["ENT18", "REL23", "ENT36"], ["ENT18", "REL24", "ENT73"], ["ENT18", "REL26", "ENT32"], ["ENT18", "REL26", "ENT110"], ["ENT18", "REL26", "ENT129"], ["ENT23", "REL13", "ENT5"], ["ENT23", "REL13", "ENT25"], ["ENT23", "REL13", "ENT44"], ["ENT23", "REL13", "ENT82"], ["ENT23", "REL13", "ENT95"], ["ENT23", "REL13", "ENT100"], ["ENT23", "REL13", "ENT105"], ["ENT23", "REL13", "ENT128"], ["ENT23", "REL23", "ENT36"], ["ENT23", "REL26", "ENT110"], ["ENT23", "REL26", "ENT129"], ["ENT25", "REL23", "ENT36"], ["ENT25", "REL24", "ENT18"], ["ENT25", "REL24", "ENT32"], ["ENT25", "REL24", "ENT44"], ["ENT25", "REL24", "ENT45"], ["ENT25", "REL24", "ENT73"], ["ENT25", "REL24", "ENT76"], ["ENT25", "REL24", "ENT82"], ["ENT25", "REL24", "ENT128"], ["ENT25", "REL26", "ENT33"], ["ENT25", "REL26", "ENT100"], ["ENT25", "REL26", "ENT110"], ["ENT25", "REL26", "ENT129"], ["ENT32", "REL23", "ENT36"], ["ENT32", "REL24", "ENT18"], ["ENT32", "REL24", "ENT73"], ["ENT32", "REL26", "ENT110"], ["ENT32", "REL26", "ENT129"], ["ENT33", "REL23", "ENT36"], ["ENT33", "REL24", "ENT5"], ["ENT33", "REL24", "ENT18"], ["ENT33", "REL24", "ENT25"], ["ENT33", "REL24", "ENT32"], ["ENT33", "REL24", "ENT44"], ["ENT33", "REL24", "ENT45"], ["ENT33", "REL24", "ENT73"], ["ENT33", "REL24", "ENT76"], ["ENT33", "REL24", "ENT82"], ["ENT33", "REL24", "ENT95"], ["ENT33", "REL24", "ENT100"], ["ENT33", "REL24", "ENT105"], ["ENT33", "REL24", "ENT128"], ["ENT33", "REL26", "ENT110"], ["ENT33", "REL26", "ENT129"], ["ENT36", "REL26", "ENT85"], ["ENT36", "REL26", "ENT110"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT110"], ["ENT44", "REL23", "ENT36"], ["ENT44", "REL24", "ENT18"], ["ENT44", "REL24", "ENT32"], ["ENT44", "REL24", "ENT45"], ["ENT44", "REL24", "ENT73"], ["ENT44", "REL24", "ENT76"], ["ENT44", "REL26", "ENT33"], ["ENT44", "REL26", "ENT82"], ["ENT44", "REL26", "ENT100"], ["ENT44", "REL26", "ENT110"], ["ENT44", "REL26", "ENT129"], ["ENT45", "REL23", "ENT36"], ["ENT45", "REL24", "ENT18"], ["ENT45", "REL24", "ENT32"], ["ENT45", "REL24", "ENT73"], ["ENT45", "REL24", "ENT76"], ["ENT45", "REL26", "ENT33"], ["ENT45", "REL26", "ENT110"], ["ENT45", "REL26", "ENT129"], ["ENT48", "REL26", "ENT50"], ["ENT48", "REL26", "ENT70"], ["ENT48", "REL26", "ENT109"], ["ENT48", "REL43", "ENT70"], ["ENT48", "REL43", "ENT109"], ["ENT52", "REL36", "ENT121"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL46", "ENT36"], ["ENT56", "REL26", "ENT110"], ["ENT56", "REL41", "ENT5"], ["ENT56", "REL41", "ENT25"], ["ENT56", "REL41", "ENT44"], ["ENT56", "REL41", "ENT82"], ["ENT56", "REL41", "ENT95"], ["ENT56", "REL41", "ENT100"], ["ENT56", "REL41", "ENT105"], ["ENT56", "REL41", "ENT128"], ["ENT63", "REL36", "ENT121"], ["ENT63", "REL41", "ENT36"], ["ENT63", "REL46", "ENT36"], ["ENT70", "REL26", "ENT50"], ["ENT70", "REL26", "ENT109"], ["ENT70", "REL43", "ENT48"], ["ENT70", "REL43", "ENT109"], ["ENT73", "REL23", "ENT36"], ["ENT73", "REL26", "ENT32"], ["ENT73", "REL26", "ENT110"], ["ENT73", "REL26", "ENT129"], ["ENT76", "REL23", "ENT36"], ["ENT76", "REL24", "ENT18"], ["ENT76", "REL24", "ENT32"], ["ENT76", "REL24", "ENT73"], ["ENT76", "REL26", "ENT33"], ["ENT76", "REL26", "ENT110"], ["ENT76", "REL26", "ENT129"], ["ENT82", "REL23", "ENT36"], ["ENT82", "REL24", "ENT18"], ["ENT82", "REL24", "ENT32"], ["ENT82", "REL24", "ENT44"], ["ENT82", "REL24", "ENT45"], ["ENT82", "REL24", "ENT73"], ["ENT82", "REL24", "ENT76"], ["ENT82", "REL24", "ENT128"], ["ENT82", "REL26", "ENT33"], ["ENT82", "REL26", "ENT100"], ["ENT82", "REL26", "ENT110"], ["ENT82", "REL26", "ENT129"], ["ENT85", "REL26", "ENT110"], ["ENT95", "REL23", "ENT36"], ["ENT95", "REL24", "ENT5"], ["ENT95", "REL24", "ENT18"], ["ENT95", "REL24", "ENT25"], ["ENT95", "REL24", "ENT32"], ["ENT95", "REL24", "ENT44"], ["ENT95", "REL24", "ENT45"], ["ENT95", "REL24", "ENT73"], ["ENT95", "REL24", "ENT76"], ["ENT95", "REL24", "ENT82"], ["ENT95", "REL24", "ENT105"], ["ENT95", "REL24", "ENT128"], ["ENT95", "REL26", "ENT33"], ["ENT95", "REL26", "ENT100"], ["ENT95", "REL26", "ENT110"], ["ENT95", "REL26", "ENT129"], ["ENT98", "REL26", "ENT50"], ["ENT100", "REL23", "ENT36"], ["ENT100", "REL24", "ENT5"], ["ENT100", "REL24", "ENT18"], ["ENT100", "REL24", "ENT25"], ["ENT100", "REL24", "ENT32"], ["ENT100", "REL24", "ENT44"], ["ENT100", "REL24", "ENT45"], ["ENT100", "REL24", "ENT73"], ["ENT100", "REL24", "ENT76"], ["ENT100", "REL24", "ENT82"], ["ENT100", "REL24", "ENT95"], ["ENT100", "REL24", "ENT105"], ["ENT100", "REL24", "ENT128"], ["ENT100", "REL26", "ENT33"], ["ENT100", "REL26", "ENT110"], ["ENT100", "REL26", "ENT129"], ["ENT105", "REL23", "ENT36"], ["ENT105", "REL24", "ENT5"], ["ENT105", "REL24", "ENT18"], ["ENT105", "REL24", "ENT25"], ["ENT105", "REL24", "ENT32"], ["ENT105", "REL24", "ENT44"], ["ENT105", "REL24", "ENT45"], ["ENT105", "REL24", "ENT73"], ["ENT105", "REL24", "ENT76"], ["ENT105", "REL24", "ENT82"], ["ENT105", "REL24", "ENT128"], ["ENT105", "REL26", "ENT33"], ["ENT105", "REL26", "ENT100"], ["ENT105", "REL26", "ENT110"], ["ENT105", "REL26", "ENT129"], ["ENT107", "REL36", "ENT121"], ["ENT107", "REL41", "ENT36"], ["ENT107", "REL46", "ENT36"], ["ENT109", "REL26", "ENT50"], ["ENT109", "REL43", "ENT48"], ["ENT109", "REL43", "ENT70"], ["ENT113", "REL36", "ENT121"], ["ENT113", "REL41", "ENT36"], ["ENT113", "REL46", "ENT36"], ["ENT114", "REL36", "ENT121"], ["ENT114", "REL41", "ENT36"], ["ENT114", "REL46", "ENT36"], ["ENT121", "REL26", "ENT2"], ["ENT121", "REL26", "ENT50"], ["ENT121", "REL26", "ENT98"], ["ENT121", "REL32", "ENT5"], ["ENT121", "REL32", "ENT18"], ["ENT121", "REL32", "ENT23"], ["ENT121", "REL32", "ENT25"], ["ENT121", "REL32", "ENT32"], ["ENT121", "REL32", "ENT33"], ["ENT121", "REL32", "ENT44"], ["ENT121", "REL32", "ENT45"], ["ENT121", "REL32", "ENT73"], ["ENT121", "REL32", "ENT76"], ["ENT121", "REL32", "ENT82"], ["ENT121", "REL32", "ENT95"], ["ENT121", "REL32", "ENT100"], ["ENT121", "REL32", "ENT105"], ["ENT121", "REL32", "ENT128"], ["ENT121", "REL46", "ENT122"], ["ENT122", "REL26", "ENT110"], ["ENT128", "REL23", "ENT36"], ["ENT128", "REL24", "ENT18"], ["ENT128", "REL24", "ENT32"], ["ENT128", "REL24", "ENT44"], ["ENT128", "REL24", "ENT45"], ["ENT128", "REL24", "ENT73"], ["ENT128", "REL24", "ENT76"], ["ENT128", "REL26", "ENT33"], ["ENT128", "REL26", "ENT82"], ["ENT128", "REL26", "ENT100"], ["ENT128", "REL26", "ENT110"], ["ENT128", "REL26", "ENT129"], ["ENT129", "REL23", "ENT36"], ["ENT129", "REL26", "ENT110"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 132, ENT34 65, ENT39 3, ENT52 75, ENT83 93, ENT115 113, ENT116 src, edge_attr, dst 3, REL36, 65 3, REL36, 75 3, REL41, 132 3, REL46, 132 93, REL41, 132 113, REL20, 65 113, REL20, 75 Question: How are ENT52 and ENT115 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT52", "ENT115"], "valid_edges": [["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL46", "ENT34"], ["ENT115", "REL41", "ENT34"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT83"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 74, ENT9 127, ENT12 86, ENT21 26, ENT32 51, ENT36 79, ENT42 85, ENT46 30, ENT55 46, ENT85 49, ENT110 59, ENT129 src, edge_attr, dst 74, REL26, 49 74, REL35, 127 127, REL26, 49 86, REL26, 74 86, REL26, 49 86, REL35, 127 26, REL23, 51 26, REL26, 49 26, REL26, 59 51, REL26, 46 51, REL26, 49 79, REL14, 51 79, REL26, 49 85, REL17, 86 85, REL26, 74 85, REL26, 49 85, REL35, 127 30, REL23, 51 30, REL26, 49 30, REL26, 59 46, REL26, 49 59, REL23, 51 59, REL26, 49 Question: How are ENT21 and ENT32 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT21", "ENT32"], "valid_edges": [["ENT9", "REL26", "ENT110"], ["ENT9", "REL35", "ENT12"], ["ENT12", "REL26", "ENT110"], ["ENT21", "REL26", "ENT9"], ["ENT21", "REL26", "ENT110"], ["ENT21", "REL35", "ENT12"], ["ENT32", "REL23", "ENT36"], ["ENT32", "REL26", "ENT110"], ["ENT32", "REL26", "ENT129"], ["ENT36", "REL26", "ENT85"], ["ENT36", "REL26", "ENT110"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT110"], ["ENT46", "REL17", "ENT21"], ["ENT46", "REL26", "ENT9"], ["ENT46", "REL26", "ENT110"], ["ENT46", "REL35", "ENT12"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT110"], ["ENT55", "REL26", "ENT129"], ["ENT85", "REL26", "ENT110"], ["ENT129", "REL23", "ENT36"], ["ENT129", "REL26", "ENT110"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 10, ENT3 51, ENT36 90, ENT37 3, ENT52 61, ENT57 69, ENT61 17, ENT71 113, ENT116 92, ENT118 src, edge_attr, dst 10, REL26, 90 10, REL41, 51 10, REL46, 51 3, REL26, 90 3, REL41, 51 3, REL46, 51 61, REL26, 90 61, REL26, 17 69, REL26, 90 69, REL26, 17 17, REL26, 90 113, REL26, 90 113, REL26, 17 92, REL23, 51 Question: For what reason are ENT57 and ENT118 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT57", "ENT118"], "valid_edges": [["ENT3", "REL26", "ENT37"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL46", "ENT36"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL46", "ENT36"], ["ENT57", "REL26", "ENT37"], ["ENT57", "REL26", "ENT71"], ["ENT61", "REL26", "ENT37"], ["ENT61", "REL26", "ENT71"], ["ENT71", "REL26", "ENT37"], ["ENT116", "REL26", "ENT37"], ["ENT116", "REL26", "ENT71"], ["ENT118", "REL23", "ENT36"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 28, ENT10 118, ENT106 src, edge_attr, dst 118, REL2, 28 118, REL40, 28 Question: In what context are ENT10 and ENT106 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT10", "ENT106"], "valid_edges": [["ENT106", "REL2", "ENT10"], ["ENT106", "REL40", "ENT10"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 50, ENT11 67, ENT33 src, edge_attr, dst 67, REL24, 50 Question: In what context are ENT11 and ENT33 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT11", "ENT33"], "valid_edges": [["ENT33", "REL24", "ENT11"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 96, ENT31 92, ENT118 src, edge_attr, dst 92, REL24, 96 92, REL26, 96 Question: For what reason are ENT31 and ENT118 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT31", "ENT118"], "valid_edges": [["ENT118", "REL24", "ENT31"], ["ENT118", "REL26", "ENT31"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 132, ENT34 62, ENT43 34, ENT50 101, ENT62 100, ENT67 91, ENT77 108, ENT99 44, ENT104 93, ENT115 113, ENT116 129, ENT119 104, ENT124 src, edge_attr, dst 112, REL26, 34 132, REL26, 91 62, REL26, 112 62, REL26, 34 101, REL26, 112 101, REL26, 34 100, REL6, 62 100, REL6, 101 100, REL26, 44 100, REL28, 62 100, REL28, 101 100, REL41, 132 100, REL41, 91 100, REL41, 129 108, REL26, 34 44, REL6, 62 44, REL6, 101 44, REL28, 62 44, REL28, 101 44, REL41, 132 44, REL41, 91 44, REL41, 129 93, REL6, 62 93, REL6, 101 93, REL26, 44 93, REL28, 62 93, REL28, 101 93, REL41, 132 93, REL41, 91 93, REL41, 129 113, REL20, 62 113, REL20, 101 129, REL2, 100 129, REL2, 44 129, REL2, 93 129, REL2, 104 129, REL26, 91 104, REL6, 62 104, REL6, 101 104, REL26, 44 104, REL28, 62 104, REL28, 101 104, REL41, 132 104, REL41, 91 104, REL41, 129 Question: In what context are ENT99 and ENT124 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT99", "ENT124"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT34", "REL26", "ENT77"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT99", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT77"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 33, ENT20 4, ENT24 132, ENT34 90, ENT37 65, ENT39 62, ENT43 19, ENT56 61, ENT57 101, ENT62 15, ENT63 109, ENT64 100, ENT67 17, ENT71 91, ENT77 75, ENT83 70, ENT98 44, ENT104 93, ENT115 113, ENT116 94, ENT117 129, ENT119 104, ENT124 76, ENT127 src, edge_attr, dst 33, REL10, 4 33, REL10, 19 33, REL26, 90 33, REL26, 17 33, REL26, 76 4, REL10, 19 4, REL26, 90 4, REL26, 61 4, REL26, 17 132, REL26, 90 132, REL26, 91 65, REL26, 112 62, REL26, 112 62, REL26, 70 61, REL26, 90 101, REL26, 112 101, REL26, 70 15, REL26, 90 15, REL36, 112 15, REL36, 65 15, REL36, 62 15, REL36, 101 15, REL36, 75 15, REL36, 70 15, REL41, 132 15, REL41, 91 15, REL41, 129 15, REL46, 132 15, REL46, 91 15, REL46, 129 109, REL26, 90 109, REL42, 15 100, REL6, 62 100, REL6, 101 100, REL6, 70 100, REL26, 90 100, REL28, 62 100, REL28, 101 100, REL28, 70 100, REL41, 132 100, REL41, 91 100, REL41, 129 17, REL26, 90 91, REL26, 90 75, REL26, 112 70, REL26, 112 44, REL6, 62 44, REL6, 101 44, REL6, 70 44, REL26, 90 44, REL28, 62 44, REL28, 101 44, REL28, 70 44, REL41, 132 44, REL41, 91 44, REL41, 129 93, REL6, 62 93, REL6, 101 93, REL6, 70 93, REL26, 90 93, REL28, 62 93, REL28, 101 93, REL28, 70 93, REL41, 132 93, REL41, 91 93, REL41, 129 113, REL20, 112 113, REL20, 65 113, REL20, 62 113, REL20, 101 113, REL20, 75 113, REL20, 70 113, REL26, 90 94, REL26, 90 94, REL31, 33 129, REL2, 15 129, REL2, 100 129, REL2, 44 129, REL2, 93 129, REL2, 104 129, REL26, 90 129, REL26, 91 104, REL6, 62 104, REL6, 101 104, REL6, 70 104, REL26, 90 104, REL28, 62 104, REL28, 101 104, REL28, 70 104, REL41, 132 104, REL41, 91 104, REL41, 129 76, REL26, 90 Question: For what reason are ENT56 and ENT63 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT56", "ENT63"], "valid_edges": [["ENT20", "REL10", "ENT24"], ["ENT20", "REL10", "ENT56"], ["ENT20", "REL26", "ENT37"], ["ENT20", "REL26", "ENT71"], ["ENT20", "REL26", "ENT127"], ["ENT24", "REL10", "ENT56"], ["ENT24", "REL26", "ENT37"], ["ENT24", "REL26", "ENT57"], ["ENT24", "REL26", "ENT71"], ["ENT34", "REL26", "ENT37"], ["ENT34", "REL26", "ENT77"], ["ENT39", "REL26", "ENT2"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT98"], ["ENT57", "REL26", "ENT37"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT98"], ["ENT63", "REL26", "ENT37"], ["ENT63", "REL36", "ENT2"], ["ENT63", "REL36", "ENT39"], ["ENT63", "REL36", "ENT43"], ["ENT63", "REL36", "ENT62"], ["ENT63", "REL36", "ENT83"], ["ENT63", "REL36", "ENT98"], ["ENT63", "REL41", "ENT34"], ["ENT63", "REL41", "ENT77"], ["ENT63", "REL41", "ENT119"], ["ENT63", "REL46", "ENT34"], ["ENT63", "REL46", "ENT77"], ["ENT63", "REL46", "ENT119"], ["ENT64", "REL26", "ENT37"], ["ENT64", "REL42", "ENT63"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT71", "REL26", "ENT37"], ["ENT77", "REL26", "ENT37"], ["ENT83", "REL26", "ENT2"], ["ENT98", "REL26", "ENT2"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT98"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT98"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL26", "ENT37"], ["ENT117", "REL26", "ENT37"], ["ENT117", "REL31", "ENT20"], ["ENT119", "REL2", "ENT63"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT37"], ["ENT119", "REL26", "ENT77"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"], ["ENT127", "REL26", "ENT37"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 74, ENT9 51, ENT36 85, ENT46 30, ENT55 25, ENT78 47, ENT108 59, ENT129 src, edge_attr, dst 74, REL35, 25 85, REL26, 74 85, REL35, 25 30, REL23, 51 30, REL26, 59 47, REL19, 85 47, REL23, 51 47, REL26, 59 59, REL23, 51 Question: In what context are ENT78 and ENT108 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT78", "ENT108"], "valid_edges": [["ENT9", "REL35", "ENT78"], ["ENT46", "REL26", "ENT9"], ["ENT46", "REL35", "ENT78"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT129"], ["ENT108", "REL19", "ENT46"], ["ENT108", "REL23", "ENT36"], ["ENT108", "REL26", "ENT129"], ["ENT129", "REL23", "ENT36"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 128, ENT6 45, ENT26 69, ENT61 17, ENT71 130, ENT91 1, ENT96 114, ENT111 76, ENT127 36, ENT130 src, edge_attr, dst 128, REL26, 17 128, REL26, 130 128, REL26, 76 45, REL26, 17 45, REL26, 130 45, REL26, 76 69, REL26, 17 69, REL26, 76 130, REL26, 17 130, REL26, 76 1, REL26, 17 1, REL26, 130 1, REL26, 76 114, REL34, 36 76, REL26, 17 36, REL26, 17 Question: How are ENT91 and ENT111 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT91", "ENT111"], "valid_edges": [["ENT6", "REL26", "ENT71"], ["ENT6", "REL26", "ENT91"], ["ENT6", "REL26", "ENT127"], ["ENT26", "REL26", "ENT71"], ["ENT26", "REL26", "ENT91"], ["ENT26", "REL26", "ENT127"], ["ENT61", "REL26", "ENT71"], ["ENT61", "REL26", "ENT127"], ["ENT91", "REL26", "ENT71"], ["ENT91", "REL26", "ENT127"], ["ENT96", "REL26", "ENT71"], ["ENT96", "REL26", "ENT91"], ["ENT96", "REL26", "ENT127"], ["ENT111", "REL34", "ENT130"], ["ENT127", "REL26", "ENT71"], ["ENT130", "REL26", "ENT71"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 42, ENT28 71, ENT84 src, edge_attr, dst 42, REL35, 71 Question: How are ENT28 and ENT84 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT28", "ENT84"], "valid_edges": [["ENT28", "REL35", "ENT84"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 87, ENT14 132, ENT34 51, ENT36 90, ENT37 65, ENT39 79, ENT42 62, ENT43 34, ENT50 3, ENT52 69, ENT61 101, ENT62 109, ENT64 7, ENT66 100, ENT67 91, ENT77 75, ENT83 46, ENT85 53, ENT86 70, ENT98 44, ENT104 93, ENT115 113, ENT116 129, ENT119 27, ENT122 104, ENT124 8, ENT126 src, edge_attr, dst 112, REL26, 34 10, REL21, 87 10, REL21, 8 10, REL26, 90 10, REL36, 112 10, REL36, 87 10, REL36, 65 10, REL36, 62 10, REL36, 101 10, REL36, 7 10, REL36, 75 10, REL36, 70 10, REL36, 8 10, REL41, 132 10, REL41, 51 10, REL41, 79 10, REL41, 91 10, REL41, 46 10, REL41, 53 10, REL41, 129 10, REL41, 27 10, REL46, 132 10, REL46, 51 10, REL46, 79 10, REL46, 91 10, REL46, 46 10, REL46, 53 10, REL46, 129 10, REL46, 27 87, REL2, 8 87, REL5, 10 87, REL5, 3 87, REL5, 69 87, REL5, 109 87, REL26, 112 87, REL26, 34 51, REL26, 46 65, REL26, 112 65, REL26, 34 79, REL14, 51 79, REL26, 46 79, REL26, 53 62, REL26, 112 62, REL26, 34 62, REL26, 70 3, REL21, 87 3, REL21, 8 3, REL24, 10 3, REL26, 90 3, REL36, 112 3, REL36, 87 3, REL36, 65 3, REL36, 62 3, REL36, 101 3, REL36, 7 3, REL36, 75 3, REL36, 70 3, REL36, 8 3, REL41, 132 3, REL41, 51 3, REL41, 79 3, REL41, 91 3, REL41, 46 3, REL41, 53 3, REL41, 129 3, REL41, 27 3, REL46, 132 3, REL46, 51 3, REL46, 79 3, REL46, 91 3, REL46, 46 3, REL46, 53 3, REL46, 129 3, REL46, 27 101, REL26, 112 101, REL26, 34 101, REL26, 70 109, REL42, 10 109, REL42, 3 7, REL26, 112 7, REL26, 34 7, REL26, 70 100, REL6, 62 100, REL6, 101 100, REL6, 7 100, REL6, 70 100, REL28, 62 100, REL28, 101 100, REL28, 7 100, REL28, 70 75, REL26, 112 75, REL26, 34 53, REL26, 46 70, REL26, 112 70, REL26, 34 44, REL6, 62 44, REL6, 101 44, REL6, 7 44, REL6, 70 44, REL28, 62 44, REL28, 101 44, REL28, 7 44, REL28, 70 93, REL6, 62 93, REL6, 101 93, REL6, 7 93, REL6, 70 93, REL28, 62 93, REL28, 101 93, REL28, 7 93, REL28, 70 113, REL20, 112 113, REL20, 87 113, REL20, 65 113, REL20, 62 113, REL20, 101 113, REL20, 7 113, REL20, 75 113, REL20, 70 113, REL20, 8 129, REL2, 10 129, REL2, 3 27, REL26, 46 104, REL6, 62 104, REL6, 101 104, REL6, 7 104, REL6, 70 104, REL28, 62 104, REL28, 101 104, REL28, 7 104, REL28, 70 8, REL2, 87 8, REL5, 10 8, REL5, 3 8, REL5, 69 8, REL5, 109 8, REL26, 112 8, REL26, 87 8, REL26, 34 Question: In what context are ENT42 and ENT50 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT42", "ENT50"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT14", "REL2", "ENT126"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL5", "ENT61"], ["ENT14", "REL5", "ENT64"], ["ENT14", "REL26", "ENT2"], ["ENT14", "REL26", "ENT50"], ["ENT36", "REL26", "ENT85"], ["ENT39", "REL26", "ENT2"], ["ENT39", "REL26", "ENT50"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT85"], ["ENT42", "REL26", "ENT86"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT43", "REL26", "ENT98"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT62", "REL26", "ENT98"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT66", "REL26", "ENT2"], ["ENT66", "REL26", "ENT50"], ["ENT66", "REL26", "ENT98"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT66"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT66"], ["ENT67", "REL28", "ENT98"], ["ENT83", "REL26", "ENT2"], ["ENT83", "REL26", "ENT50"], ["ENT86", "REL26", "ENT85"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT66"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT66"], ["ENT104", "REL28", "ENT98"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT66"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT66"], ["ENT115", "REL28", "ENT98"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT66"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL20", "ENT126"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT122", "REL26", "ENT85"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT66"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT66"], ["ENT124", "REL28", "ENT98"], ["ENT126", "REL2", "ENT14"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL5", "ENT61"], ["ENT126", "REL5", "ENT64"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT14"], ["ENT126", "REL26", "ENT50"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 87, ENT14 90, ENT37 62, ENT43 34, ENT50 106, ENT54 69, ENT61 101, ENT62 109, ENT64 7, ENT66 100, ENT67 17, ENT71 70, ENT98 44, ENT104 93, ENT115 113, ENT116 104, ENT124 8, ENT126 src, edge_attr, dst 87, REL2, 8 87, REL5, 69 87, REL5, 109 87, REL26, 112 87, REL26, 34 62, REL26, 112 62, REL26, 34 62, REL26, 70 106, REL21, 87 106, REL21, 8 69, REL26, 90 101, REL26, 112 101, REL26, 34 101, REL26, 70 109, REL26, 90 7, REL26, 112 7, REL26, 34 7, REL26, 70 100, REL6, 62 100, REL6, 101 100, REL6, 7 100, REL6, 70 100, REL26, 90 100, REL26, 44 100, REL28, 62 100, REL28, 101 100, REL28, 7 100, REL28, 70 17, REL10, 87 17, REL26, 90 70, REL26, 112 70, REL26, 34 44, REL6, 62 44, REL6, 101 44, REL6, 7 44, REL6, 70 44, REL26, 90 44, REL28, 62 44, REL28, 101 44, REL28, 7 44, REL28, 70 93, REL6, 62 93, REL6, 101 93, REL6, 7 93, REL6, 70 93, REL26, 90 93, REL26, 44 93, REL28, 62 93, REL28, 101 93, REL28, 7 93, REL28, 70 113, REL20, 87 113, REL20, 62 113, REL20, 101 113, REL20, 7 113, REL20, 70 113, REL20, 8 113, REL26, 90 104, REL6, 62 104, REL6, 101 104, REL6, 7 104, REL6, 70 104, REL26, 90 104, REL26, 44 104, REL28, 62 104, REL28, 101 104, REL28, 7 104, REL28, 70 8, REL2, 87 8, REL5, 69 8, REL5, 109 8, REL26, 112 8, REL26, 87 8, REL26, 34 Question: How are ENT54 and ENT115 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT54", "ENT115"], "valid_edges": [["ENT14", "REL2", "ENT126"], ["ENT14", "REL5", "ENT61"], ["ENT14", "REL5", "ENT64"], ["ENT14", "REL26", "ENT2"], ["ENT14", "REL26", "ENT50"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT43", "REL26", "ENT98"], ["ENT54", "REL21", "ENT14"], ["ENT54", "REL21", "ENT126"], ["ENT61", "REL26", "ENT37"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT62", "REL26", "ENT98"], ["ENT64", "REL26", "ENT37"], ["ENT66", "REL26", "ENT2"], ["ENT66", "REL26", "ENT50"], ["ENT66", "REL26", "ENT98"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT66"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT66"], ["ENT67", "REL28", "ENT98"], ["ENT71", "REL10", "ENT14"], ["ENT71", "REL26", "ENT37"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT66"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT66"], ["ENT104", "REL28", "ENT98"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT66"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT66"], ["ENT115", "REL28", "ENT98"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT66"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL20", "ENT126"], ["ENT116", "REL26", "ENT37"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT66"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT66"], ["ENT124", "REL28", "ENT98"], ["ENT126", "REL2", "ENT14"], ["ENT126", "REL5", "ENT61"], ["ENT126", "REL5", "ENT64"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT14"], ["ENT126", "REL26", "ENT50"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 100, ENT67 70, ENT98 src, edge_attr, dst 100, REL6, 70 100, REL28, 70 Question: How are ENT67 and ENT98 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT67", "ENT98"], "valid_edges": [["ENT67", "REL6", "ENT98"], ["ENT67", "REL28", "ENT98"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 50, ENT11 77, ENT60 src, edge_attr, dst 50, REL2, 77 50, REL9, 77 50, REL19, 77 Question: For what reason are ENT11 and ENT60 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT11", "ENT60"], "valid_edges": [["ENT11", "REL2", "ENT60"], ["ENT11", "REL9", "ENT60"], ["ENT11", "REL19", "ENT60"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 14, ENT4 87, ENT14 132, ENT34 51, ENT36 90, ENT37 65, ENT39 79, ENT42 62, ENT43 3, ENT52 101, ENT62 15, ENT63 109, ENT64 7, ENT66 91, ENT77 75, ENT83 46, ENT85 53, ENT86 70, ENT98 18, ENT107 49, ENT110 129, ENT119 27, ENT122 8, ENT126 src, edge_attr, dst 10, REL21, 87 10, REL21, 8 10, REL24, 15 10, REL24, 18 10, REL26, 90 10, REL26, 15 10, REL36, 112 10, REL36, 87 10, REL36, 65 10, REL36, 62 10, REL36, 101 10, REL36, 7 10, REL36, 75 10, REL36, 70 10, REL36, 8 10, REL41, 132 10, REL41, 51 10, REL41, 79 10, REL41, 91 10, REL41, 46 10, REL41, 53 10, REL41, 129 10, REL41, 27 10, REL46, 132 10, REL46, 51 10, REL46, 79 10, REL46, 91 10, REL46, 46 10, REL46, 53 10, REL46, 129 10, REL46, 27 14, REL26, 49 87, REL5, 10 87, REL5, 3 87, REL5, 15 87, REL5, 18 132, REL26, 90 132, REL26, 91 51, REL26, 49 79, REL26, 49 3, REL21, 87 3, REL21, 8 3, REL24, 10 3, REL24, 15 3, REL24, 18 3, REL26, 90 3, REL26, 15 3, REL36, 112 3, REL36, 87 3, REL36, 65 3, REL36, 62 3, REL36, 101 3, REL36, 7 3, REL36, 75 3, REL36, 70 3, REL36, 8 3, REL41, 132 3, REL41, 51 3, REL41, 79 3, REL41, 91 3, REL41, 46 3, REL41, 53 3, REL41, 129 3, REL41, 27 3, REL46, 132 3, REL46, 51 3, REL46, 79 3, REL46, 91 3, REL46, 46 3, REL46, 53 3, REL46, 129 3, REL46, 27 15, REL21, 87 15, REL21, 8 15, REL26, 90 15, REL36, 112 15, REL36, 87 15, REL36, 65 15, REL36, 62 15, REL36, 101 15, REL36, 7 15, REL36, 75 15, REL36, 70 15, REL36, 8 15, REL41, 132 15, REL41, 51 15, REL41, 79 15, REL41, 91 15, REL41, 46 15, REL41, 53 15, REL41, 129 15, REL41, 27 15, REL46, 132 15, REL46, 51 15, REL46, 79 15, REL46, 91 15, REL46, 46 15, REL46, 53 15, REL46, 129 15, REL46, 27 109, REL26, 90 109, REL42, 10 109, REL42, 3 109, REL42, 15 109, REL42, 18 91, REL26, 90 46, REL26, 49 53, REL26, 49 18, REL21, 87 18, REL21, 8 18, REL24, 15 18, REL26, 90 18, REL26, 15 18, REL36, 112 18, REL36, 87 18, REL36, 65 18, REL36, 62 18, REL36, 101 18, REL36, 7 18, REL36, 75 18, REL36, 70 18, REL36, 8 18, REL41, 132 18, REL41, 51 18, REL41, 79 18, REL41, 91 18, REL41, 46 18, REL41, 53 18, REL41, 129 18, REL41, 27 18, REL46, 132 18, REL46, 51 18, REL46, 79 18, REL46, 91 18, REL46, 46 18, REL46, 53 18, REL46, 129 18, REL46, 27 129, REL2, 10 129, REL2, 3 129, REL2, 15 129, REL2, 18 129, REL26, 90 129, REL26, 91 27, REL26, 49 8, REL5, 10 8, REL5, 3 8, REL5, 15 8, REL5, 18 Question: In what context are ENT4 and ENT119 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT4", "ENT119"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL24", "ENT63"], ["ENT3", "REL24", "ENT107"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL26", "ENT63"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT4", "REL26", "ENT110"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL5", "ENT63"], ["ENT14", "REL5", "ENT107"], ["ENT34", "REL26", "ENT37"], ["ENT34", "REL26", "ENT77"], ["ENT36", "REL26", "ENT110"], ["ENT42", "REL26", "ENT110"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL24", "ENT63"], ["ENT52", "REL24", "ENT107"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL26", "ENT63"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT63", "REL21", "ENT14"], ["ENT63", "REL21", "ENT126"], ["ENT63", "REL26", "ENT37"], ["ENT63", "REL36", "ENT2"], ["ENT63", "REL36", "ENT14"], ["ENT63", "REL36", "ENT39"], ["ENT63", "REL36", "ENT43"], ["ENT63", "REL36", "ENT62"], ["ENT63", "REL36", "ENT66"], ["ENT63", "REL36", "ENT83"], ["ENT63", "REL36", "ENT98"], ["ENT63", "REL36", "ENT126"], ["ENT63", "REL41", "ENT34"], ["ENT63", "REL41", "ENT36"], ["ENT63", "REL41", "ENT42"], ["ENT63", "REL41", "ENT77"], ["ENT63", "REL41", "ENT85"], ["ENT63", "REL41", "ENT86"], ["ENT63", "REL41", "ENT119"], ["ENT63", "REL41", "ENT122"], ["ENT63", "REL46", "ENT34"], ["ENT63", "REL46", "ENT36"], ["ENT63", "REL46", "ENT42"], ["ENT63", "REL46", "ENT77"], ["ENT63", "REL46", "ENT85"], ["ENT63", "REL46", "ENT86"], ["ENT63", "REL46", "ENT119"], ["ENT63", "REL46", "ENT122"], ["ENT64", "REL26", "ENT37"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT64", "REL42", "ENT63"], ["ENT64", "REL42", "ENT107"], ["ENT77", "REL26", "ENT37"], ["ENT85", "REL26", "ENT110"], ["ENT86", "REL26", "ENT110"], ["ENT107", "REL21", "ENT14"], ["ENT107", "REL21", "ENT126"], ["ENT107", "REL24", "ENT63"], ["ENT107", "REL26", "ENT37"], ["ENT107", "REL26", "ENT63"], ["ENT107", "REL36", "ENT2"], ["ENT107", "REL36", "ENT14"], ["ENT107", "REL36", "ENT39"], ["ENT107", "REL36", "ENT43"], ["ENT107", "REL36", "ENT62"], ["ENT107", "REL36", "ENT66"], ["ENT107", "REL36", "ENT83"], ["ENT107", "REL36", "ENT98"], ["ENT107", "REL36", "ENT126"], ["ENT107", "REL41", "ENT34"], ["ENT107", "REL41", "ENT36"], ["ENT107", "REL41", "ENT42"], ["ENT107", "REL41", "ENT77"], ["ENT107", "REL41", "ENT85"], ["ENT107", "REL41", "ENT86"], ["ENT107", "REL41", "ENT119"], ["ENT107", "REL41", "ENT122"], ["ENT107", "REL46", "ENT34"], ["ENT107", "REL46", "ENT36"], ["ENT107", "REL46", "ENT42"], ["ENT107", "REL46", "ENT77"], ["ENT107", "REL46", "ENT85"], ["ENT107", "REL46", "ENT86"], ["ENT107", "REL46", "ENT119"], ["ENT107", "REL46", "ENT122"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT119", "REL2", "ENT63"], ["ENT119", "REL2", "ENT107"], ["ENT119", "REL26", "ENT37"], ["ENT119", "REL26", "ENT77"], ["ENT122", "REL26", "ENT110"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL5", "ENT63"], ["ENT126", "REL5", "ENT107"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 84, ENT41 95, ENT112 src, edge_attr, dst 84, REL2, 95 84, REL40, 95 Question: For what reason are ENT41 and ENT112 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT41", "ENT112"], "valid_edges": [["ENT41", "REL2", "ENT112"], ["ENT41", "REL40", "ENT112"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 48, ENT8 31, ENT72 src, edge_attr, dst 31, REL7, 48 31, REL9, 48 Question: How are ENT8 and ENT72 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT8", "ENT72"], "valid_edges": [["ENT72", "REL7", "ENT8"], ["ENT72", "REL9", "ENT8"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 87, ENT14 58, ENT16 51, ENT36 90, ENT37 3, ENT52 69, ENT61 109, ENT64 17, ENT71 113, ENT116 8, ENT126 src, edge_attr, dst 10, REL21, 87 10, REL26, 90 10, REL36, 87 10, REL41, 51 10, REL46, 51 87, REL2, 8 87, REL5, 10 87, REL5, 3 87, REL5, 69 87, REL5, 109 87, REL26, 112 58, REL23, 51 3, REL21, 87 3, REL26, 90 3, REL36, 87 3, REL41, 51 3, REL46, 51 69, REL26, 90 69, REL26, 17 109, REL26, 90 17, REL10, 87 17, REL26, 90 113, REL20, 112 113, REL20, 87 113, REL20, 8 113, REL26, 90 113, REL26, 17 8, REL2, 87 8, REL5, 69 8, REL26, 87 Question: How are ENT16 and ENT71 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT16", "ENT71"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL46", "ENT36"], ["ENT14", "REL2", "ENT126"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL5", "ENT61"], ["ENT14", "REL5", "ENT64"], ["ENT14", "REL26", "ENT2"], ["ENT16", "REL23", "ENT36"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL46", "ENT36"], ["ENT61", "REL26", "ENT37"], ["ENT61", "REL26", "ENT71"], ["ENT64", "REL26", "ENT37"], ["ENT71", "REL10", "ENT14"], ["ENT71", "REL26", "ENT37"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT126"], ["ENT116", "REL26", "ENT37"], ["ENT116", "REL26", "ENT71"], ["ENT126", "REL2", "ENT14"], ["ENT126", "REL5", "ENT61"], ["ENT126", "REL26", "ENT14"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 132, ENT34 51, ENT36 90, ENT37 65, ENT39 79, ENT42 62, ENT43 34, ENT50 30, ENT55 101, ENT62 109, ENT64 100, ENT67 63, ENT76 91, ENT77 75, ENT83 46, ENT85 53, ENT86 70, ENT98 44, ENT104 134, ENT113 93, ENT115 113, ENT116 129, ENT119 27, ENT122 104, ENT124 59, ENT129 src, edge_attr, dst 112, REL26, 34 132, REL26, 90 132, REL26, 91 51, REL26, 46 65, REL26, 112 65, REL26, 34 79, REL14, 51 79, REL26, 46 79, REL26, 53 62, REL26, 112 62, REL26, 34 62, REL26, 70 30, REL23, 51 30, REL26, 59 101, REL26, 112 101, REL26, 34 101, REL26, 70 109, REL26, 90 109, REL42, 134 100, REL6, 62 100, REL6, 101 100, REL6, 70 100, REL26, 90 100, REL28, 62 100, REL28, 101 100, REL28, 70 100, REL41, 132 100, REL41, 91 100, REL41, 129 63, REL23, 51 63, REL26, 59 91, REL26, 90 75, REL26, 112 75, REL26, 34 53, REL26, 46 70, REL26, 112 70, REL26, 34 44, REL6, 62 44, REL6, 101 44, REL6, 70 44, REL26, 90 44, REL28, 62 44, REL28, 101 44, REL28, 70 44, REL41, 132 44, REL41, 91 44, REL41, 129 134, REL26, 90 134, REL36, 112 134, REL36, 65 134, REL36, 62 134, REL36, 101 134, REL36, 75 134, REL36, 70 134, REL41, 132 134, REL41, 51 134, REL41, 79 134, REL41, 91 134, REL41, 46 134, REL41, 53 134, REL41, 129 134, REL41, 27 134, REL46, 132 134, REL46, 51 134, REL46, 79 134, REL46, 91 134, REL46, 46 134, REL46, 53 134, REL46, 129 134, REL46, 27 93, REL6, 62 93, REL6, 101 93, REL6, 70 93, REL26, 90 93, REL28, 62 93, REL28, 101 93, REL28, 70 93, REL41, 132 93, REL41, 91 93, REL41, 129 113, REL20, 112 113, REL20, 65 113, REL20, 62 113, REL20, 101 113, REL20, 75 113, REL20, 70 113, REL26, 90 129, REL2, 100 129, REL2, 44 129, REL2, 134 129, REL2, 93 129, REL2, 104 129, REL26, 90 129, REL26, 91 27, REL26, 46 104, REL6, 62 104, REL6, 101 104, REL6, 70 104, REL26, 90 104, REL28, 62 104, REL28, 101 104, REL28, 70 104, REL41, 132 104, REL41, 91 104, REL41, 129 59, REL23, 51 Question: In what context are ENT76 and ENT113 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT76", "ENT113"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT34", "REL26", "ENT37"], ["ENT34", "REL26", "ENT77"], ["ENT36", "REL26", "ENT85"], ["ENT39", "REL26", "ENT2"], ["ENT39", "REL26", "ENT50"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT85"], ["ENT42", "REL26", "ENT86"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT43", "REL26", "ENT98"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT129"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT62", "REL26", "ENT98"], ["ENT64", "REL26", "ENT37"], ["ENT64", "REL42", "ENT113"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT76", "REL23", "ENT36"], ["ENT76", "REL26", "ENT129"], ["ENT77", "REL26", "ENT37"], ["ENT83", "REL26", "ENT2"], ["ENT83", "REL26", "ENT50"], ["ENT86", "REL26", "ENT85"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT98"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT113", "REL26", "ENT37"], ["ENT113", "REL36", "ENT2"], ["ENT113", "REL36", "ENT39"], ["ENT113", "REL36", "ENT43"], ["ENT113", "REL36", "ENT62"], ["ENT113", "REL36", "ENT83"], ["ENT113", "REL36", "ENT98"], ["ENT113", "REL41", "ENT34"], ["ENT113", "REL41", "ENT36"], ["ENT113", "REL41", "ENT42"], ["ENT113", "REL41", "ENT77"], ["ENT113", "REL41", "ENT85"], ["ENT113", "REL41", "ENT86"], ["ENT113", "REL41", "ENT119"], ["ENT113", "REL41", "ENT122"], ["ENT113", "REL46", "ENT34"], ["ENT113", "REL46", "ENT36"], ["ENT113", "REL46", "ENT42"], ["ENT113", "REL46", "ENT77"], ["ENT113", "REL46", "ENT85"], ["ENT113", "REL46", "ENT86"], ["ENT113", "REL46", "ENT119"], ["ENT113", "REL46", "ENT122"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT98"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL26", "ENT37"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT113"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT37"], ["ENT119", "REL26", "ENT77"], ["ENT122", "REL26", "ENT85"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"], ["ENT129", "REL23", "ENT36"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 74, ENT9 127, ENT12 87, ENT14 132, ENT34 51, ENT36 90, ENT37 65, ENT39 79, ENT42 62, ENT43 85, ENT46 3, ENT52 30, ENT55 101, ENT62 15, ENT63 109, ENT64 7, ENT66 91, ENT77 75, ENT83 46, ENT85 53, ENT86 70, ENT98 18, ENT107 49, ENT110 129, ENT119 27, ENT122 82, ENT123 8, ENT126 59, ENT129 src, edge_attr, dst 10, REL21, 87 10, REL21, 8 10, REL24, 15 10, REL24, 18 10, REL26, 90 10, REL26, 15 10, REL36, 112 10, REL36, 87 10, REL36, 65 10, REL36, 62 10, REL36, 101 10, REL36, 7 10, REL36, 75 10, REL36, 70 10, REL36, 8 10, REL41, 132 10, REL41, 51 10, REL41, 79 10, REL41, 91 10, REL41, 46 10, REL41, 53 10, REL41, 129 10, REL41, 27 10, REL46, 132 10, REL46, 51 10, REL46, 79 10, REL46, 91 10, REL46, 46 10, REL46, 53 10, REL46, 129 10, REL46, 27 74, REL26, 49 74, REL28, 82 74, REL35, 127 74, REL35, 82 127, REL26, 49 87, REL5, 10 87, REL5, 3 87, REL5, 15 87, REL5, 18 51, REL26, 46 51, REL26, 49 79, REL14, 51 79, REL26, 46 79, REL26, 53 79, REL26, 49 85, REL26, 74 85, REL26, 49 85, REL28, 82 85, REL35, 127 85, REL35, 82 3, REL21, 87 3, REL21, 8 3, REL24, 10 3, REL24, 15 3, REL24, 18 3, REL26, 90 3, REL26, 15 3, REL36, 112 3, REL36, 87 3, REL36, 65 3, REL36, 62 3, REL36, 101 3, REL36, 7 3, REL36, 75 3, REL36, 70 3, REL36, 8 3, REL41, 132 3, REL41, 51 3, REL41, 79 3, REL41, 91 3, REL41, 46 3, REL41, 53 3, REL41, 129 3, REL41, 27 3, REL46, 132 3, REL46, 51 3, REL46, 79 3, REL46, 91 3, REL46, 46 3, REL46, 53 3, REL46, 129 3, REL46, 27 30, REL23, 51 30, REL26, 49 30, REL26, 59 15, REL21, 87 15, REL21, 8 15, REL26, 90 15, REL36, 112 15, REL36, 87 15, REL36, 65 15, REL36, 62 15, REL36, 101 15, REL36, 7 15, REL36, 75 15, REL36, 70 15, REL36, 8 15, REL41, 132 15, REL41, 51 15, REL41, 79 15, REL41, 91 15, REL41, 46 15, REL41, 53 15, REL41, 129 15, REL41, 27 15, REL46, 132 15, REL46, 51 15, REL46, 79 15, REL46, 91 15, REL46, 46 15, REL46, 53 15, REL46, 129 15, REL46, 27 109, REL42, 10 109, REL42, 3 109, REL42, 15 109, REL42, 18 46, REL26, 49 53, REL26, 46 53, REL26, 49 18, REL21, 87 18, REL21, 8 18, REL24, 15 18, REL26, 90 18, REL26, 15 18, REL36, 112 18, REL36, 87 18, REL36, 65 18, REL36, 62 18, REL36, 101 18, REL36, 7 18, REL36, 75 18, REL36, 70 18, REL36, 8 18, REL41, 132 18, REL41, 51 18, REL41, 79 18, REL41, 91 18, REL41, 46 18, REL41, 53 18, REL41, 129 18, REL41, 27 18, REL46, 132 18, REL46, 51 18, REL46, 79 18, REL46, 91 18, REL46, 46 18, REL46, 53 18, REL46, 129 18, REL46, 27 129, REL2, 10 129, REL2, 3 129, REL2, 15 129, REL2, 18 27, REL26, 46 27, REL26, 49 82, REL24, 127 82, REL26, 49 8, REL5, 10 8, REL5, 3 8, REL5, 15 8, REL5, 18 59, REL23, 51 59, REL26, 49 Question: In what context are ENT36 and ENT123 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT36", "ENT123"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL24", "ENT63"], ["ENT3", "REL24", "ENT107"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL26", "ENT63"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT9", "REL26", "ENT110"], ["ENT9", "REL28", "ENT123"], ["ENT9", "REL35", "ENT12"], ["ENT9", "REL35", "ENT123"], ["ENT12", "REL26", "ENT110"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL5", "ENT63"], ["ENT14", "REL5", "ENT107"], ["ENT36", "REL26", "ENT85"], ["ENT36", "REL26", "ENT110"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT85"], ["ENT42", "REL26", "ENT86"], ["ENT42", "REL26", "ENT110"], ["ENT46", "REL26", "ENT9"], ["ENT46", "REL26", "ENT110"], ["ENT46", "REL28", "ENT123"], ["ENT46", "REL35", "ENT12"], ["ENT46", "REL35", "ENT123"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL24", "ENT63"], ["ENT52", "REL24", "ENT107"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL26", "ENT63"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT110"], ["ENT55", "REL26", "ENT129"], ["ENT63", "REL21", "ENT14"], ["ENT63", "REL21", "ENT126"], ["ENT63", "REL26", "ENT37"], ["ENT63", "REL36", "ENT2"], ["ENT63", "REL36", "ENT14"], ["ENT63", "REL36", "ENT39"], ["ENT63", "REL36", "ENT43"], ["ENT63", "REL36", "ENT62"], ["ENT63", "REL36", "ENT66"], ["ENT63", "REL36", "ENT83"], ["ENT63", "REL36", "ENT98"], ["ENT63", "REL36", "ENT126"], ["ENT63", "REL41", "ENT34"], ["ENT63", "REL41", "ENT36"], ["ENT63", "REL41", "ENT42"], ["ENT63", "REL41", "ENT77"], ["ENT63", "REL41", "ENT85"], ["ENT63", "REL41", "ENT86"], ["ENT63", "REL41", "ENT119"], ["ENT63", "REL41", "ENT122"], ["ENT63", "REL46", "ENT34"], ["ENT63", "REL46", "ENT36"], ["ENT63", "REL46", "ENT42"], ["ENT63", "REL46", "ENT77"], ["ENT63", "REL46", "ENT85"], ["ENT63", "REL46", "ENT86"], ["ENT63", "REL46", "ENT119"], ["ENT63", "REL46", "ENT122"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT64", "REL42", "ENT63"], ["ENT64", "REL42", "ENT107"], ["ENT85", "REL26", "ENT110"], ["ENT86", "REL26", "ENT85"], ["ENT86", "REL26", "ENT110"], ["ENT107", "REL21", "ENT14"], ["ENT107", "REL21", "ENT126"], ["ENT107", "REL24", "ENT63"], ["ENT107", "REL26", "ENT37"], ["ENT107", "REL26", "ENT63"], ["ENT107", "REL36", "ENT2"], ["ENT107", "REL36", "ENT14"], ["ENT107", "REL36", "ENT39"], ["ENT107", "REL36", "ENT43"], ["ENT107", "REL36", "ENT62"], ["ENT107", "REL36", "ENT66"], ["ENT107", "REL36", "ENT83"], ["ENT107", "REL36", "ENT98"], ["ENT107", "REL36", "ENT126"], ["ENT107", "REL41", "ENT34"], ["ENT107", "REL41", "ENT36"], ["ENT107", "REL41", "ENT42"], ["ENT107", "REL41", "ENT77"], ["ENT107", "REL41", "ENT85"], ["ENT107", "REL41", "ENT86"], ["ENT107", "REL41", "ENT119"], ["ENT107", "REL41", "ENT122"], ["ENT107", "REL46", "ENT34"], ["ENT107", "REL46", "ENT36"], ["ENT107", "REL46", "ENT42"], ["ENT107", "REL46", "ENT77"], ["ENT107", "REL46", "ENT85"], ["ENT107", "REL46", "ENT86"], ["ENT107", "REL46", "ENT119"], ["ENT107", "REL46", "ENT122"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT119", "REL2", "ENT63"], ["ENT119", "REL2", "ENT107"], ["ENT122", "REL26", "ENT85"], ["ENT122", "REL26", "ENT110"], ["ENT123", "REL24", "ENT12"], ["ENT123", "REL26", "ENT110"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL5", "ENT63"], ["ENT126", "REL5", "ENT107"], ["ENT129", "REL23", "ENT36"], ["ENT129", "REL26", "ENT110"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 96, ENT31 51, ENT36 79, ENT42 30, ENT55 46, ENT85 53, ENT86 59, ENT129 src, edge_attr, dst 96, REL23, 51 96, REL26, 59 51, REL26, 46 79, REL14, 51 79, REL26, 46 79, REL26, 53 30, REL23, 51 30, REL26, 59 53, REL26, 46 59, REL23, 51 Question: For what reason are ENT31 and ENT42 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT31", "ENT42"], "valid_edges": [["ENT31", "REL23", "ENT36"], ["ENT31", "REL26", "ENT129"], ["ENT36", "REL26", "ENT85"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT85"], ["ENT42", "REL26", "ENT86"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT129"], ["ENT86", "REL26", "ENT85"], ["ENT129", "REL23", "ENT36"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 45, ENT26 65, ENT39 3, ENT52 17, ENT71 75, ENT83 113, ENT116 src, edge_attr, dst 45, REL26, 17 3, REL36, 65 3, REL36, 75 113, REL20, 65 113, REL20, 75 113, REL26, 17 Question: For what reason are ENT26 and ENT52 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT26", "ENT52"], "valid_edges": [["ENT26", "REL26", "ENT71"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT83"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL26", "ENT71"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 128, ENT6 33, ENT20 45, ENT26 132, ENT34 90, ENT37 65, ENT39 62, ENT43 34, ENT50 69, ENT61 101, ENT62 109, ENT64 100, ENT67 17, ENT71 91, ENT77 131, ENT80 75, ENT83 130, ENT91 1, ENT96 70, ENT98 44, ENT104 93, ENT115 113, ENT116 94, ENT117 129, ENT119 104, ENT124 76, ENT127 36, ENT130 src, edge_attr, dst 112, REL26, 34 128, REL26, 90 33, REL26, 90 45, REL26, 90 132, REL26, 90 65, REL26, 112 65, REL26, 34 62, REL26, 112 62, REL26, 34 62, REL26, 70 69, REL26, 90 101, REL26, 112 101, REL26, 34 101, REL26, 70 109, REL26, 90 100, REL6, 62 100, REL6, 101 100, REL6, 131 100, REL6, 70 100, REL26, 90 100, REL26, 44 100, REL28, 62 100, REL28, 101 100, REL28, 131 100, REL28, 70 100, REL41, 132 100, REL41, 91 100, REL41, 129 17, REL26, 90 91, REL26, 90 131, REL26, 112 131, REL26, 34 131, REL26, 70 131, REL32, 94 131, REL32, 36 75, REL26, 112 75, REL26, 34 75, REL33, 131 130, REL26, 90 1, REL26, 90 70, REL26, 112 70, REL26, 34 44, REL6, 62 44, REL6, 101 44, REL6, 131 44, REL6, 70 44, REL26, 90 44, REL28, 62 44, REL28, 101 44, REL28, 131 44, REL28, 70 44, REL41, 132 44, REL41, 91 44, REL41, 129 93, REL6, 62 93, REL6, 101 93, REL6, 131 93, REL6, 70 93, REL26, 90 93, REL26, 44 93, REL28, 62 93, REL28, 101 93, REL28, 131 93, REL28, 70 93, REL41, 132 93, REL41, 91 93, REL41, 129 113, REL20, 112 113, REL20, 65 113, REL20, 62 113, REL20, 101 113, REL20, 131 113, REL20, 75 113, REL20, 70 113, REL26, 90 113, REL26, 17 94, REL26, 90 94, REL26, 17 94, REL31, 128 94, REL31, 33 94, REL31, 45 94, REL31, 69 94, REL31, 130 94, REL31, 1 94, REL31, 76 129, REL2, 100 129, REL2, 44 129, REL2, 93 129, REL2, 104 129, REL26, 90 104, REL6, 62 104, REL6, 101 104, REL6, 131 104, REL6, 70 104, REL26, 90 104, REL26, 44 104, REL28, 62 104, REL28, 101 104, REL28, 131 104, REL28, 70 104, REL41, 132 104, REL41, 91 104, REL41, 129 76, REL26, 90 36, REL26, 90 36, REL26, 17 Question: How are ENT64 and ENT80 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT64", "ENT80"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT6", "REL26", "ENT37"], ["ENT20", "REL26", "ENT37"], ["ENT26", "REL26", "ENT37"], ["ENT34", "REL26", "ENT37"], ["ENT39", "REL26", "ENT2"], ["ENT39", "REL26", "ENT50"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT43", "REL26", "ENT98"], ["ENT61", "REL26", "ENT37"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT62", "REL26", "ENT98"], ["ENT64", "REL26", "ENT37"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT80"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT80"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT71", "REL26", "ENT37"], ["ENT77", "REL26", "ENT37"], ["ENT80", "REL26", "ENT2"], ["ENT80", "REL26", "ENT50"], ["ENT80", "REL26", "ENT98"], ["ENT80", "REL32", "ENT117"], ["ENT80", "REL32", "ENT130"], ["ENT83", "REL26", "ENT2"], ["ENT83", "REL26", "ENT50"], ["ENT83", "REL33", "ENT80"], ["ENT91", "REL26", "ENT37"], ["ENT96", "REL26", "ENT37"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT80"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT80"], ["ENT104", "REL28", "ENT98"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT80"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT80"], ["ENT115", "REL28", "ENT98"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT80"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL26", "ENT37"], ["ENT116", "REL26", "ENT71"], ["ENT117", "REL26", "ENT37"], ["ENT117", "REL26", "ENT71"], ["ENT117", "REL31", "ENT6"], ["ENT117", "REL31", "ENT20"], ["ENT117", "REL31", "ENT26"], ["ENT117", "REL31", "ENT61"], ["ENT117", "REL31", "ENT91"], ["ENT117", "REL31", "ENT96"], ["ENT117", "REL31", "ENT127"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT37"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT80"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT80"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"], ["ENT127", "REL26", "ENT37"], ["ENT130", "REL26", "ENT37"], ["ENT130", "REL26", "ENT71"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 87, ENT14 126, ENT19 132, ENT34 51, ENT36 90, ENT37 65, ENT39 79, ENT42 62, ENT43 34, ENT50 3, ENT52 69, ENT61 101, ENT62 109, ENT64 7, ENT66 91, ENT77 75, ENT83 46, ENT85 53, ENT86 70, ENT98 113, ENT116 129, ENT119 27, ENT122 8, ENT126 src, edge_attr, dst 10, REL21, 87 10, REL21, 8 10, REL26, 90 10, REL36, 112 10, REL36, 87 10, REL36, 65 10, REL36, 62 10, REL36, 101 10, REL36, 7 10, REL36, 75 10, REL36, 70 10, REL36, 8 10, REL41, 132 10, REL41, 51 10, REL41, 79 10, REL41, 91 10, REL41, 46 10, REL41, 53 10, REL41, 129 10, REL41, 27 10, REL46, 132 10, REL46, 51 10, REL46, 79 10, REL46, 91 10, REL46, 46 10, REL46, 53 10, REL46, 129 10, REL46, 27 87, REL2, 8 87, REL5, 10 87, REL5, 3 87, REL5, 69 87, REL5, 109 87, REL26, 112 87, REL26, 34 126, REL21, 87 126, REL21, 8 51, REL26, 46 79, REL14, 51 79, REL26, 46 79, REL26, 53 3, REL21, 87 3, REL21, 8 3, REL24, 10 3, REL26, 90 3, REL36, 112 3, REL36, 87 3, REL36, 65 3, REL36, 62 3, REL36, 101 3, REL36, 7 3, REL36, 75 3, REL36, 70 3, REL36, 8 3, REL41, 132 3, REL41, 51 3, REL41, 79 3, REL41, 91 3, REL41, 46 3, REL41, 53 3, REL41, 129 3, REL41, 27 3, REL46, 132 3, REL46, 51 3, REL46, 79 3, REL46, 91 3, REL46, 46 3, REL46, 53 3, REL46, 129 3, REL46, 27 109, REL42, 10 109, REL42, 3 53, REL26, 46 113, REL20, 87 113, REL20, 8 129, REL2, 10 129, REL2, 3 27, REL26, 46 8, REL2, 87 8, REL5, 10 8, REL5, 3 8, REL5, 69 8, REL5, 109 8, REL26, 112 8, REL26, 87 8, REL26, 34 Question: For what reason are ENT19 and ENT85 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT19", "ENT85"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT14", "REL2", "ENT126"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL5", "ENT61"], ["ENT14", "REL5", "ENT64"], ["ENT14", "REL26", "ENT2"], ["ENT14", "REL26", "ENT50"], ["ENT19", "REL21", "ENT14"], ["ENT19", "REL21", "ENT126"], ["ENT36", "REL26", "ENT85"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT85"], ["ENT42", "REL26", "ENT86"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT86", "REL26", "ENT85"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT126"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT122", "REL26", "ENT85"], ["ENT126", "REL2", "ENT14"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL5", "ENT61"], ["ENT126", "REL5", "ENT64"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT14"], ["ENT126", "REL26", "ENT50"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 132, ENT34 90, ENT37 65, ENT39 62, ENT43 34, ENT50 101, ENT62 109, ENT64 100, ENT67 17, ENT71 91, ENT77 75, ENT83 70, ENT98 44, ENT104 93, ENT115 113, ENT116 129, ENT119 104, ENT124 src, edge_attr, dst 112, REL26, 34 132, REL26, 90 65, REL26, 112 65, REL26, 34 62, REL26, 112 62, REL26, 34 62, REL26, 70 101, REL26, 112 101, REL26, 34 101, REL26, 70 109, REL26, 90 100, REL6, 62 100, REL6, 101 100, REL6, 70 100, REL26, 90 100, REL26, 44 100, REL28, 62 100, REL28, 101 100, REL28, 70 100, REL41, 132 100, REL41, 91 100, REL41, 129 17, REL26, 90 91, REL26, 90 75, REL26, 112 75, REL26, 34 70, REL26, 112 70, REL26, 34 44, REL6, 62 44, REL6, 101 44, REL6, 70 44, REL26, 90 44, REL28, 62 44, REL28, 101 44, REL28, 70 44, REL41, 132 44, REL41, 91 44, REL41, 129 93, REL6, 62 93, REL6, 101 93, REL6, 70 93, REL26, 90 93, REL26, 44 93, REL28, 62 93, REL28, 101 93, REL28, 70 93, REL41, 132 93, REL41, 91 93, REL41, 129 113, REL20, 112 113, REL20, 65 113, REL20, 62 113, REL20, 101 113, REL20, 75 113, REL20, 70 113, REL26, 90 113, REL26, 17 129, REL2, 100 129, REL2, 44 129, REL2, 93 129, REL2, 104 129, REL26, 90 104, REL6, 62 104, REL6, 101 104, REL6, 70 104, REL26, 90 104, REL26, 44 104, REL28, 62 104, REL28, 101 104, REL28, 70 104, REL41, 132 104, REL41, 91 104, REL41, 129 Question: How are ENT43 and ENT64 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT43", "ENT64"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT34", "REL26", "ENT37"], ["ENT39", "REL26", "ENT2"], ["ENT39", "REL26", "ENT50"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT43", "REL26", "ENT98"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT62", "REL26", "ENT98"], ["ENT64", "REL26", "ENT37"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT71", "REL26", "ENT37"], ["ENT77", "REL26", "ENT37"], ["ENT83", "REL26", "ENT2"], ["ENT83", "REL26", "ENT50"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT98"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT98"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL26", "ENT37"], ["ENT116", "REL26", "ENT71"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT37"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 10, ENT3 3, ENT52 src, edge_attr, dst 3, REL24, 10 Question: In what context are ENT3 and ENT52 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT3", "ENT52"], "valid_edges": [["ENT52", "REL24", "ENT3"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 33, ENT20 132, ENT34 65, ENT39 107, ENT40 62, ENT43 34, ENT50 101, ENT62 100, ENT67 17, ENT71 91, ENT77 75, ENT83 46, ENT85 44, ENT104 6, ENT109 93, ENT115 113, ENT116 94, ENT117 129, ENT119 27, ENT122 104, ENT124 76, ENT127 36, ENT130 src, edge_attr, dst 112, REL26, 34 33, REL26, 17 33, REL26, 76 33, REL28, 107 132, REL26, 91 65, REL26, 112 65, REL26, 34 107, REL26, 112 107, REL26, 34 107, REL32, 94 107, REL32, 36 107, REL46, 46 107, REL46, 27 62, REL26, 112 62, REL26, 34 101, REL26, 112 101, REL26, 34 100, REL6, 107 100, REL6, 62 100, REL6, 101 100, REL26, 44 100, REL28, 107 100, REL28, 62 100, REL28, 101 100, REL41, 132 100, REL41, 91 100, REL41, 129 91, REL10, 107 75, REL26, 112 75, REL26, 34 75, REL33, 107 44, REL6, 107 44, REL6, 62 44, REL6, 101 44, REL28, 107 44, REL28, 62 44, REL28, 101 44, REL41, 132 44, REL41, 91 44, REL41, 129 6, REL26, 34 93, REL6, 107 93, REL6, 62 93, REL6, 101 93, REL26, 44 93, REL28, 107 93, REL28, 62 93, REL28, 101 93, REL41, 132 93, REL41, 91 93, REL41, 129 113, REL20, 112 113, REL20, 65 113, REL20, 107 113, REL20, 62 113, REL20, 101 113, REL20, 75 113, REL26, 17 94, REL26, 17 94, REL31, 33 94, REL31, 76 129, REL2, 100 129, REL2, 44 129, REL2, 93 129, REL2, 104 129, REL26, 91 27, REL26, 46 104, REL6, 107 104, REL6, 62 104, REL6, 101 104, REL26, 44 104, REL28, 107 104, REL28, 62 104, REL28, 101 104, REL41, 132 104, REL41, 91 104, REL41, 129 36, REL26, 17 Question: For what reason are ENT40 and ENT109 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT40", "ENT109"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT20", "REL26", "ENT71"], ["ENT20", "REL26", "ENT127"], ["ENT20", "REL28", "ENT40"], ["ENT34", "REL26", "ENT77"], ["ENT39", "REL26", "ENT2"], ["ENT39", "REL26", "ENT50"], ["ENT40", "REL26", "ENT2"], ["ENT40", "REL26", "ENT50"], ["ENT40", "REL32", "ENT117"], ["ENT40", "REL32", "ENT130"], ["ENT40", "REL46", "ENT85"], ["ENT40", "REL46", "ENT122"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT67", "REL6", "ENT40"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT40"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT77", "REL10", "ENT40"], ["ENT83", "REL26", "ENT2"], ["ENT83", "REL26", "ENT50"], ["ENT83", "REL33", "ENT40"], ["ENT104", "REL6", "ENT40"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL28", "ENT40"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT109", "REL26", "ENT50"], ["ENT115", "REL6", "ENT40"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT40"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT40"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL26", "ENT71"], ["ENT117", "REL26", "ENT71"], ["ENT117", "REL31", "ENT20"], ["ENT117", "REL31", "ENT127"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT77"], ["ENT122", "REL26", "ENT85"], ["ENT124", "REL6", "ENT40"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT40"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"], ["ENT130", "REL26", "ENT71"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 74, ENT9 33, ENT20 37, ENT22 4, ENT24 51, ENT36 90, ENT37 65, ENT39 79, ENT42 62, ENT43 85, ENT46 41, ENT48 34, ENT50 123, ENT53 30, ENT55 69, ENT61 101, ENT62 100, ENT67 29, ENT70 17, ENT71 46, ENT85 53, ENT86 66, ENT87 70, ENT98 44, ENT104 93, ENT115 113, ENT116 94, ENT117 27, ENT122 104, ENT124 76, ENT127 59, ENT129 src, edge_attr, dst 112, REL26, 34 33, REL1, 37 33, REL10, 4 33, REL26, 90 33, REL26, 17 33, REL26, 76 33, REL28, 66 37, REL10, 4 37, REL26, 90 37, REL26, 17 37, REL26, 76 37, REL28, 66 51, REL7, 66 51, REL26, 46 65, REL5, 66 65, REL26, 112 65, REL26, 34 79, REL7, 66 79, REL14, 51 79, REL26, 46 79, REL26, 53 79, REL39, 66 79, REL45, 66 62, REL5, 66 62, REL26, 112 62, REL26, 34 62, REL26, 70 85, REL26, 74 85, REL28, 66 41, REL26, 34 41, REL26, 29 41, REL43, 29 41, REL43, 66 123, REL5, 66 123, REL20, 66 123, REL26, 90 123, REL30, 66 30, REL2, 66 30, REL7, 66 30, REL23, 51 30, REL26, 59 69, REL5, 66 69, REL26, 90 69, REL26, 17 69, REL26, 76 101, REL5, 66 101, REL26, 112 101, REL26, 34 101, REL26, 70 100, REL6, 62 100, REL6, 101 100, REL6, 70 100, REL28, 62 100, REL28, 101 100, REL28, 70 29, REL26, 34 29, REL43, 41 29, REL43, 66 46, REL7, 66 53, REL7, 66 53, REL26, 46 53, REL39, 66 53, REL45, 66 66, REL26, 34 66, REL43, 41 66, REL43, 29 70, REL5, 66 70, REL26, 112 70, REL26, 34 44, REL6, 62 44, REL6, 101 44, REL6, 70 44, REL28, 62 44, REL28, 101 44, REL28, 70 93, REL6, 62 93, REL6, 101 93, REL6, 70 93, REL28, 62 93, REL28, 101 93, REL28, 70 113, REL20, 65 113, REL20, 62 113, REL20, 101 113, REL20, 70 94, REL31, 33 94, REL31, 37 94, REL31, 69 27, REL7, 66 27, REL26, 46 104, REL6, 62 104, REL6, 101 104, REL6, 70 104, REL28, 62 104, REL28, 101 104, REL28, 70 59, REL7, 66 59, REL23, 51 Question: In what context are ENT9 and ENT87 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT9", "ENT87"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT20", "REL1", "ENT22"], ["ENT20", "REL10", "ENT24"], ["ENT20", "REL26", "ENT37"], ["ENT20", "REL26", "ENT71"], ["ENT20", "REL26", "ENT127"], ["ENT20", "REL28", "ENT87"], ["ENT22", "REL10", "ENT24"], ["ENT22", "REL26", "ENT37"], ["ENT22", "REL26", "ENT71"], ["ENT22", "REL26", "ENT127"], ["ENT22", "REL28", "ENT87"], ["ENT36", "REL7", "ENT87"], ["ENT36", "REL26", "ENT85"], ["ENT39", "REL5", "ENT87"], ["ENT39", "REL26", "ENT2"], ["ENT39", "REL26", "ENT50"], ["ENT42", "REL7", "ENT87"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT85"], ["ENT42", "REL26", "ENT86"], ["ENT42", "REL39", "ENT87"], ["ENT42", "REL45", "ENT87"], ["ENT43", "REL5", "ENT87"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT43", "REL26", "ENT98"], ["ENT46", "REL26", "ENT9"], ["ENT46", "REL28", "ENT87"], ["ENT48", "REL26", "ENT50"], ["ENT48", "REL26", "ENT70"], ["ENT48", "REL43", "ENT70"], ["ENT48", "REL43", "ENT87"], ["ENT53", "REL5", "ENT87"], ["ENT53", "REL20", "ENT87"], ["ENT53", "REL26", "ENT37"], ["ENT53", "REL30", "ENT87"], ["ENT55", "REL2", "ENT87"], ["ENT55", "REL7", "ENT87"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT129"], ["ENT61", "REL5", "ENT87"], ["ENT61", "REL26", "ENT37"], ["ENT61", "REL26", "ENT71"], ["ENT61", "REL26", "ENT127"], ["ENT62", "REL5", "ENT87"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT62", "REL26", "ENT98"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT98"], ["ENT70", "REL26", "ENT50"], ["ENT70", "REL43", "ENT48"], ["ENT70", "REL43", "ENT87"], ["ENT85", "REL7", "ENT87"], ["ENT86", "REL7", "ENT87"], ["ENT86", "REL26", "ENT85"], ["ENT86", "REL39", "ENT87"], ["ENT86", "REL45", "ENT87"], ["ENT87", "REL26", "ENT50"], ["ENT87", "REL43", "ENT48"], ["ENT87", "REL43", "ENT70"], ["ENT98", "REL5", "ENT87"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT98"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT98"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT98"], ["ENT117", "REL31", "ENT20"], ["ENT117", "REL31", "ENT22"], ["ENT117", "REL31", "ENT61"], ["ENT122", "REL7", "ENT87"], ["ENT122", "REL26", "ENT85"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT98"], ["ENT129", "REL7", "ENT87"], ["ENT129", "REL23", "ENT36"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 74, ENT9 51, ENT36 85, ENT46 106, ENT54 30, ENT55 110, ENT68 59, ENT129 src, edge_attr, dst 74, REL35, 106 85, REL26, 74 85, REL35, 106 30, REL23, 51 30, REL26, 59 110, REL19, 85 110, REL23, 51 110, REL26, 59 59, REL23, 51 Question: In what context are ENT54 and ENT68 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT54", "ENT68"], "valid_edges": [["ENT9", "REL35", "ENT54"], ["ENT46", "REL26", "ENT9"], ["ENT46", "REL35", "ENT54"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT129"], ["ENT68", "REL19", "ENT46"], ["ENT68", "REL23", "ENT36"], ["ENT68", "REL26", "ENT129"], ["ENT129", "REL23", "ENT36"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 14, ENT4 115, ENT7 74, ENT9 127, ENT12 87, ENT14 126, ENT19 85, ENT46 34, ENT50 106, ENT54 124, ENT74 6, ENT109 49, ENT110 0, ENT120 8, ENT126 src, edge_attr, dst 14, REL24, 115 14, REL24, 127 14, REL24, 126 14, REL24, 106 14, REL24, 0 14, REL26, 49 115, REL21, 87 115, REL21, 124 115, REL21, 8 115, REL24, 127 115, REL24, 126 115, REL24, 106 115, REL24, 0 115, REL26, 49 74, REL26, 49 74, REL35, 14 74, REL35, 115 74, REL35, 127 74, REL35, 126 74, REL35, 106 74, REL35, 0 127, REL26, 49 87, REL26, 34 126, REL21, 87 126, REL21, 124 126, REL21, 8 126, REL24, 127 126, REL24, 106 126, REL24, 0 126, REL26, 49 85, REL26, 74 85, REL26, 49 85, REL35, 14 85, REL35, 115 85, REL35, 127 85, REL35, 126 85, REL35, 106 85, REL35, 0 106, REL21, 87 106, REL21, 124 106, REL21, 8 106, REL24, 127 106, REL24, 0 106, REL26, 49 124, REL26, 34 6, REL26, 34 0, REL21, 87 0, REL21, 124 0, REL21, 8 0, REL24, 127 0, REL26, 49 8, REL26, 34 Question: For what reason are ENT4 and ENT109 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT4", "ENT109"], "valid_edges": [["ENT4", "REL24", "ENT7"], ["ENT4", "REL24", "ENT12"], ["ENT4", "REL24", "ENT19"], ["ENT4", "REL24", "ENT54"], ["ENT4", "REL24", "ENT120"], ["ENT4", "REL26", "ENT110"], ["ENT7", "REL21", "ENT14"], ["ENT7", "REL21", "ENT74"], ["ENT7", "REL21", "ENT126"], ["ENT7", "REL24", "ENT12"], ["ENT7", "REL24", "ENT19"], ["ENT7", "REL24", "ENT54"], ["ENT7", "REL24", "ENT120"], ["ENT7", "REL26", "ENT110"], ["ENT9", "REL26", "ENT110"], ["ENT9", "REL35", "ENT4"], ["ENT9", "REL35", "ENT7"], ["ENT9", "REL35", "ENT12"], ["ENT9", "REL35", "ENT19"], ["ENT9", "REL35", "ENT54"], ["ENT9", "REL35", "ENT120"], ["ENT12", "REL26", "ENT110"], ["ENT14", "REL26", "ENT50"], ["ENT19", "REL21", "ENT14"], ["ENT19", "REL21", "ENT74"], ["ENT19", "REL21", "ENT126"], ["ENT19", "REL24", "ENT12"], ["ENT19", "REL24", "ENT54"], ["ENT19", "REL24", "ENT120"], ["ENT19", "REL26", "ENT110"], ["ENT46", "REL26", "ENT9"], ["ENT46", "REL26", "ENT110"], ["ENT46", "REL35", "ENT4"], ["ENT46", "REL35", "ENT7"], ["ENT46", "REL35", "ENT12"], ["ENT46", "REL35", "ENT19"], ["ENT46", "REL35", "ENT54"], ["ENT46", "REL35", "ENT120"], ["ENT54", "REL21", "ENT14"], ["ENT54", "REL21", "ENT74"], ["ENT54", "REL21", "ENT126"], ["ENT54", "REL24", "ENT12"], ["ENT54", "REL24", "ENT120"], ["ENT54", "REL26", "ENT110"], ["ENT74", "REL26", "ENT50"], ["ENT109", "REL26", "ENT50"], ["ENT120", "REL21", "ENT14"], ["ENT120", "REL21", "ENT74"], ["ENT120", "REL21", "ENT126"], ["ENT120", "REL24", "ENT12"], ["ENT120", "REL26", "ENT110"], ["ENT126", "REL26", "ENT50"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 74, ENT9 126, ENT19 51, ENT36 85, ENT46 30, ENT55 47, ENT108 59, ENT129 src, edge_attr, dst 74, REL35, 126 85, REL26, 74 85, REL35, 126 30, REL23, 51 30, REL26, 59 47, REL19, 85 47, REL23, 51 47, REL26, 59 59, REL23, 51 Question: How are ENT19 and ENT108 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT19", "ENT108"], "valid_edges": [["ENT9", "REL35", "ENT19"], ["ENT46", "REL26", "ENT9"], ["ENT46", "REL35", "ENT19"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT129"], ["ENT108", "REL19", "ENT46"], ["ENT108", "REL23", "ENT36"], ["ENT108", "REL26", "ENT129"], ["ENT129", "REL23", "ENT36"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 128, ENT6 132, ENT34 90, ENT37 65, ENT39 62, ENT43 121, ENT59 101, ENT62 109, ENT64 100, ENT67 17, ENT71 91, ENT77 75, ENT83 130, ENT91 1, ENT96 70, ENT98 44, ENT104 119, ENT114 93, ENT115 113, ENT116 94, ENT117 129, ENT119 104, ENT124 76, ENT127 src, edge_attr, dst 128, REL26, 90 128, REL26, 17 128, REL26, 130 128, REL26, 76 128, REL42, 121 132, REL26, 90 132, REL26, 91 65, REL26, 112 62, REL26, 112 62, REL26, 70 101, REL26, 112 101, REL26, 70 109, REL26, 90 109, REL42, 119 100, REL6, 62 100, REL6, 101 100, REL6, 70 100, REL26, 90 100, REL26, 44 100, REL28, 62 100, REL28, 101 100, REL28, 70 100, REL41, 132 100, REL41, 91 100, REL41, 129 17, REL26, 90 91, REL26, 90 75, REL26, 112 130, REL26, 90 1, REL26, 90 1, REL26, 17 1, REL26, 130 1, REL26, 76 1, REL42, 121 70, REL26, 112 44, REL6, 62 44, REL6, 101 44, REL6, 70 44, REL26, 90 44, REL28, 62 44, REL28, 101 44, REL28, 70 44, REL41, 132 44, REL41, 91 44, REL41, 129 119, REL26, 90 119, REL29, 100 119, REL29, 44 119, REL29, 93 119, REL29, 104 119, REL36, 112 119, REL36, 65 119, REL36, 62 119, REL36, 101 119, REL36, 75 119, REL36, 70 119, REL41, 132 119, REL41, 91 119, REL41, 129 119, REL46, 132 119, REL46, 91 119, REL46, 129 93, REL6, 62 93, REL6, 101 93, REL6, 70 93, REL26, 90 93, REL26, 44 93, REL28, 62 93, REL28, 101 93, REL28, 70 93, REL41, 132 93, REL41, 91 93, REL41, 129 113, REL20, 112 113, REL20, 65 113, REL20, 62 113, REL20, 101 113, REL20, 75 113, REL20, 70 113, REL26, 90 94, REL26, 90 94, REL31, 128 94, REL31, 1 129, REL2, 100 129, REL2, 44 129, REL2, 119 129, REL2, 93 129, REL2, 104 129, REL26, 90 129, REL26, 91 104, REL6, 62 104, REL6, 101 104, REL6, 70 104, REL26, 90 104, REL26, 44 104, REL28, 62 104, REL28, 101 104, REL28, 70 104, REL41, 132 104, REL41, 91 104, REL41, 129 76, REL26, 90 Question: In what context are ENT59 and ENT114 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT59", "ENT114"], "valid_edges": [["ENT6", "REL26", "ENT37"], ["ENT6", "REL26", "ENT71"], ["ENT6", "REL26", "ENT91"], ["ENT6", "REL26", "ENT127"], ["ENT6", "REL42", "ENT59"], ["ENT34", "REL26", "ENT37"], ["ENT34", "REL26", "ENT77"], ["ENT39", "REL26", "ENT2"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT98"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT98"], ["ENT64", "REL26", "ENT37"], ["ENT64", "REL42", "ENT114"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT71", "REL26", "ENT37"], ["ENT77", "REL26", "ENT37"], ["ENT83", "REL26", "ENT2"], ["ENT91", "REL26", "ENT37"], ["ENT96", "REL26", "ENT37"], ["ENT96", "REL26", "ENT71"], ["ENT96", "REL26", "ENT91"], ["ENT96", "REL26", "ENT127"], ["ENT96", "REL42", "ENT59"], ["ENT98", "REL26", "ENT2"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT98"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT114", "REL26", "ENT37"], ["ENT114", "REL29", "ENT67"], ["ENT114", "REL29", "ENT104"], ["ENT114", "REL29", "ENT115"], ["ENT114", "REL29", "ENT124"], ["ENT114", "REL36", "ENT2"], ["ENT114", "REL36", "ENT39"], ["ENT114", "REL36", "ENT43"], ["ENT114", "REL36", "ENT62"], ["ENT114", "REL36", "ENT83"], ["ENT114", "REL36", "ENT98"], ["ENT114", "REL41", "ENT34"], ["ENT114", "REL41", "ENT77"], ["ENT114", "REL41", "ENT119"], ["ENT114", "REL46", "ENT34"], ["ENT114", "REL46", "ENT77"], ["ENT114", "REL46", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT98"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL26", "ENT37"], ["ENT117", "REL26", "ENT37"], ["ENT117", "REL31", "ENT6"], ["ENT117", "REL31", "ENT96"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT114"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT37"], ["ENT119", "REL26", "ENT77"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"], ["ENT127", "REL26", "ENT37"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 132, ENT34 51, ENT36 90, ENT37 62, ENT43 34, ENT50 3, ENT52 101, ENT62 7, ENT66 100, ENT67 52, ENT73 91, ENT77 70, ENT98 44, ENT104 93, ENT115 113, ENT116 129, ENT119 104, ENT124 src, edge_attr, dst 10, REL26, 90 10, REL36, 62 10, REL36, 101 10, REL36, 7 10, REL36, 70 10, REL41, 132 10, REL41, 51 10, REL41, 91 10, REL41, 129 10, REL46, 132 10, REL46, 51 10, REL46, 91 10, REL46, 129 132, REL26, 90 132, REL26, 91 62, REL26, 112 62, REL26, 34 62, REL26, 70 3, REL26, 90 3, REL36, 62 3, REL36, 101 3, REL36, 7 3, REL36, 70 3, REL41, 132 3, REL41, 51 3, REL41, 91 3, REL41, 129 3, REL46, 132 3, REL46, 51 3, REL46, 91 3, REL46, 129 101, REL26, 112 101, REL26, 34 101, REL26, 70 7, REL26, 112 7, REL26, 34 7, REL26, 70 100, REL6, 62 100, REL6, 101 100, REL6, 7 100, REL6, 70 100, REL26, 90 100, REL26, 44 100, REL28, 62 100, REL28, 101 100, REL28, 7 100, REL28, 70 100, REL41, 132 100, REL41, 91 100, REL41, 129 52, REL23, 51 91, REL26, 90 70, REL26, 112 70, REL26, 34 44, REL6, 62 44, REL6, 101 44, REL6, 7 44, REL6, 70 44, REL26, 90 44, REL28, 62 44, REL28, 101 44, REL28, 7 44, REL28, 70 44, REL41, 132 44, REL41, 91 44, REL41, 129 93, REL6, 62 93, REL6, 101 93, REL6, 7 93, REL6, 70 93, REL26, 90 93, REL26, 44 93, REL28, 62 93, REL28, 101 93, REL28, 7 93, REL28, 70 93, REL41, 132 93, REL41, 91 93, REL41, 129 113, REL20, 62 113, REL20, 101 113, REL20, 7 113, REL20, 70 113, REL26, 90 129, REL2, 10 129, REL2, 3 129, REL2, 100 129, REL2, 44 129, REL2, 93 129, REL2, 104 129, REL26, 90 129, REL26, 91 104, REL6, 62 104, REL6, 101 104, REL6, 7 104, REL6, 70 104, REL26, 90 104, REL26, 44 104, REL28, 62 104, REL28, 101 104, REL28, 7 104, REL28, 70 104, REL41, 132 104, REL41, 91 104, REL41, 129 Question: How are ENT67 and ENT73 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT67", "ENT73"], "valid_edges": [["ENT3", "REL26", "ENT37"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT119"], ["ENT34", "REL26", "ENT37"], ["ENT34", "REL26", "ENT77"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT43", "REL26", "ENT98"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT119"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT62", "REL26", "ENT98"], ["ENT66", "REL26", "ENT2"], ["ENT66", "REL26", "ENT50"], ["ENT66", "REL26", "ENT98"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT66"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT66"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT73", "REL23", "ENT36"], ["ENT77", "REL26", "ENT37"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT66"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT66"], ["ENT104", "REL28", "ENT98"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT66"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT66"], ["ENT115", "REL28", "ENT98"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT66"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL26", "ENT37"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT37"], ["ENT119", "REL26", "ENT77"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT66"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT66"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 132, ENT34 62, ENT43 34, ENT50 101, ENT62 100, ENT67 91, ENT77 44, ENT104 6, ENT109 93, ENT115 129, ENT119 104, ENT124 src, edge_attr, dst 132, REL26, 91 62, REL26, 34 101, REL26, 34 100, REL6, 62 100, REL6, 101 100, REL26, 44 100, REL28, 62 100, REL28, 101 100, REL41, 132 100, REL41, 91 100, REL41, 129 44, REL6, 62 44, REL6, 101 44, REL28, 62 44, REL28, 101 44, REL41, 132 44, REL41, 91 44, REL41, 129 6, REL26, 34 93, REL6, 62 93, REL6, 101 93, REL26, 44 93, REL28, 62 93, REL28, 101 93, REL41, 132 93, REL41, 91 93, REL41, 129 129, REL2, 100 129, REL2, 44 129, REL2, 93 129, REL2, 104 129, REL26, 91 104, REL6, 62 104, REL6, 101 104, REL26, 44 104, REL28, 62 104, REL28, 101 104, REL41, 132 104, REL41, 91 104, REL41, 129 Question: How are ENT77 and ENT109 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT77", "ENT109"], "valid_edges": [["ENT34", "REL26", "ENT77"], ["ENT43", "REL26", "ENT50"], ["ENT62", "REL26", "ENT50"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT109", "REL26", "ENT50"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT77"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 9, ENT30 2, ENT38 src, edge_attr, dst 9, REL8, 2 9, REL9, 2 9, REL43, 2 2, REL28, 9 2, REL30, 9 2, REL43, 9 Question: For what reason are ENT30 and ENT38 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT30", "ENT38"], "valid_edges": [["ENT30", "REL8", "ENT38"], ["ENT30", "REL9", "ENT38"], ["ENT30", "REL43", "ENT38"], ["ENT38", "REL28", "ENT30"], ["ENT38", "REL30", "ENT30"], ["ENT38", "REL43", "ENT30"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 99, ENT88 35, ENT132 src, edge_attr, dst 35, REL28, 99 Question: In what context are ENT88 and ENT132 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT88", "ENT132"], "valid_edges": [["ENT132", "REL28", "ENT88"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 132, ENT34 90, ENT37 65, ENT39 62, ENT43 101, ENT62 15, ENT63 109, ENT64 100, ENT67 17, ENT71 91, ENT77 75, ENT83 130, ENT91 73, ENT95 1, ENT96 70, ENT98 44, ENT104 93, ENT115 113, ENT116 94, ENT117 129, ENT119 104, ENT124 76, ENT127 src, edge_attr, dst 132, REL26, 90 132, REL26, 91 65, REL26, 112 62, REL26, 112 62, REL26, 70 101, REL26, 112 101, REL26, 70 15, REL26, 90 15, REL36, 112 15, REL36, 65 15, REL36, 62 15, REL36, 101 15, REL36, 75 15, REL36, 70 15, REL41, 132 15, REL41, 91 15, REL41, 129 15, REL46, 132 15, REL46, 91 15, REL46, 129 109, REL26, 90 109, REL42, 15 100, REL6, 62 100, REL6, 101 100, REL6, 70 100, REL26, 90 100, REL28, 62 100, REL28, 101 100, REL28, 70 100, REL41, 132 100, REL41, 91 100, REL41, 129 17, REL26, 90 91, REL26, 90 75, REL26, 112 130, REL26, 90 1, REL26, 90 1, REL26, 17 1, REL26, 130 1, REL26, 76 1, REL42, 73 70, REL26, 112 44, REL6, 62 44, REL6, 101 44, REL6, 70 44, REL26, 90 44, REL28, 62 44, REL28, 101 44, REL28, 70 44, REL41, 132 44, REL41, 91 44, REL41, 129 93, REL6, 62 93, REL6, 101 93, REL6, 70 93, REL26, 90 93, REL28, 62 93, REL28, 101 93, REL28, 70 93, REL41, 132 93, REL41, 91 93, REL41, 129 113, REL20, 112 113, REL20, 65 113, REL20, 62 113, REL20, 101 113, REL20, 75 113, REL20, 70 113, REL26, 90 94, REL26, 90 94, REL31, 1 129, REL2, 15 129, REL2, 100 129, REL2, 44 129, REL2, 93 129, REL2, 104 129, REL26, 90 129, REL26, 91 104, REL6, 62 104, REL6, 101 104, REL6, 70 104, REL26, 90 104, REL28, 62 104, REL28, 101 104, REL28, 70 104, REL41, 132 104, REL41, 91 104, REL41, 129 76, REL26, 90 Question: How are ENT63 and ENT95 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT63", "ENT95"], "valid_edges": [["ENT34", "REL26", "ENT37"], ["ENT34", "REL26", "ENT77"], ["ENT39", "REL26", "ENT2"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT98"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT98"], ["ENT63", "REL26", "ENT37"], ["ENT63", "REL36", "ENT2"], ["ENT63", "REL36", "ENT39"], ["ENT63", "REL36", "ENT43"], ["ENT63", "REL36", "ENT62"], ["ENT63", "REL36", "ENT83"], ["ENT63", "REL36", "ENT98"], ["ENT63", "REL41", "ENT34"], ["ENT63", "REL41", "ENT77"], ["ENT63", "REL41", "ENT119"], ["ENT63", "REL46", "ENT34"], ["ENT63", "REL46", "ENT77"], ["ENT63", "REL46", "ENT119"], ["ENT64", "REL26", "ENT37"], ["ENT64", "REL42", "ENT63"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT71", "REL26", "ENT37"], ["ENT77", "REL26", "ENT37"], ["ENT83", "REL26", "ENT2"], ["ENT91", "REL26", "ENT37"], ["ENT96", "REL26", "ENT37"], ["ENT96", "REL26", "ENT71"], ["ENT96", "REL26", "ENT91"], ["ENT96", "REL26", "ENT127"], ["ENT96", "REL42", "ENT95"], ["ENT98", "REL26", "ENT2"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT98"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT98"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL26", "ENT37"], ["ENT117", "REL26", "ENT37"], ["ENT117", "REL31", "ENT96"], ["ENT119", "REL2", "ENT63"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT37"], ["ENT119", "REL26", "ENT77"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"], ["ENT127", "REL26", "ENT37"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 51, ENT36 79, ENT42 60, ENT45 30, ENT55 46, ENT85 53, ENT86 89, ENT125 59, ENT129 src, edge_attr, dst 51, REL26, 46 79, REL14, 51 79, REL26, 46 79, REL26, 53 79, REL45, 89 60, REL23, 51 60, REL26, 59 30, REL23, 51 30, REL26, 59 53, REL26, 46 53, REL45, 89 59, REL23, 51 Question: In what context are ENT45 and ENT125 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT45", "ENT125"], "valid_edges": [["ENT36", "REL26", "ENT85"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT85"], ["ENT42", "REL26", "ENT86"], ["ENT42", "REL45", "ENT125"], ["ENT45", "REL23", "ENT36"], ["ENT45", "REL26", "ENT129"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT129"], ["ENT86", "REL26", "ENT85"], ["ENT86", "REL45", "ENT125"], ["ENT129", "REL23", "ENT36"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 87, ENT14 51, ENT36 90, ENT37 56, ENT44 34, ENT50 3, ENT52 69, ENT61 109, ENT64 17, ENT71 40, ENT102 113, ENT116 8, ENT126 src, edge_attr, dst 10, REL21, 87 10, REL21, 8 10, REL26, 90 10, REL36, 87 10, REL36, 8 10, REL41, 51 10, REL46, 51 87, REL2, 8 87, REL5, 10 87, REL5, 3 87, REL5, 69 87, REL5, 109 87, REL5, 40 87, REL26, 112 87, REL26, 34 56, REL23, 51 3, REL21, 87 3, REL21, 8 3, REL26, 90 3, REL36, 87 3, REL36, 8 3, REL41, 51 3, REL46, 51 69, REL26, 90 109, REL26, 90 17, REL10, 87 17, REL26, 90 40, REL26, 90 113, REL20, 87 113, REL20, 8 113, REL26, 90 8, REL2, 87 8, REL5, 10 8, REL5, 3 8, REL5, 69 8, REL5, 109 8, REL5, 40 8, REL26, 112 8, REL26, 87 8, REL26, 34 Question: In what context are ENT44 and ENT102 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT44", "ENT102"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL46", "ENT36"], ["ENT14", "REL2", "ENT126"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL5", "ENT61"], ["ENT14", "REL5", "ENT64"], ["ENT14", "REL5", "ENT102"], ["ENT14", "REL26", "ENT2"], ["ENT14", "REL26", "ENT50"], ["ENT44", "REL23", "ENT36"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL46", "ENT36"], ["ENT61", "REL26", "ENT37"], ["ENT64", "REL26", "ENT37"], ["ENT71", "REL10", "ENT14"], ["ENT71", "REL26", "ENT37"], ["ENT102", "REL26", "ENT37"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT126"], ["ENT116", "REL26", "ENT37"], ["ENT126", "REL2", "ENT14"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL5", "ENT61"], ["ENT126", "REL5", "ENT64"], ["ENT126", "REL5", "ENT102"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT14"], ["ENT126", "REL26", "ENT50"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 128, ENT6 74, ENT9 87, ENT14 33, ENT20 37, ENT22 4, ENT24 45, ENT26 90, ENT37 85, ENT46 34, ENT50 61, ENT57 69, ENT61 109, ENT64 83, ENT69 17, ENT71 130, ENT91 1, ENT96 113, ENT116 94, ENT117 8, ENT126 76, ENT127 36, ENT130 src, edge_attr, dst 128, REL26, 90 128, REL26, 17 128, REL26, 130 128, REL26, 76 74, REL35, 83 87, REL2, 8 87, REL5, 69 87, REL5, 109 87, REL26, 112 87, REL26, 34 33, REL1, 37 33, REL10, 4 33, REL26, 90 33, REL26, 17 33, REL26, 76 37, REL10, 4 37, REL26, 90 37, REL26, 17 37, REL26, 76 4, REL26, 90 4, REL26, 61 4, REL26, 17 45, REL26, 90 45, REL26, 17 45, REL26, 130 45, REL26, 76 85, REL26, 74 85, REL35, 83 61, REL26, 90 61, REL26, 17 69, REL26, 90 69, REL26, 17 69, REL26, 76 109, REL26, 90 83, REL21, 87 83, REL21, 8 17, REL10, 87 17, REL26, 90 130, REL26, 90 130, REL26, 17 130, REL26, 76 1, REL26, 90 1, REL26, 17 1, REL26, 130 1, REL26, 76 113, REL20, 112 113, REL20, 87 113, REL20, 8 113, REL26, 90 113, REL26, 17 94, REL26, 90 94, REL26, 17 94, REL31, 128 94, REL31, 33 94, REL31, 37 94, REL31, 45 94, REL31, 69 94, REL31, 130 94, REL31, 1 94, REL31, 76 8, REL2, 87 8, REL5, 69 8, REL5, 109 8, REL26, 112 8, REL26, 87 8, REL26, 34 76, REL26, 90 76, REL26, 17 36, REL26, 90 36, REL26, 17 Question: For what reason are ENT69 and ENT71 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT69", "ENT71"], "valid_edges": [["ENT6", "REL26", "ENT37"], ["ENT6", "REL26", "ENT71"], ["ENT6", "REL26", "ENT91"], ["ENT6", "REL26", "ENT127"], ["ENT9", "REL35", "ENT69"], ["ENT14", "REL2", "ENT126"], ["ENT14", "REL5", "ENT61"], ["ENT14", "REL5", "ENT64"], ["ENT14", "REL26", "ENT2"], ["ENT14", "REL26", "ENT50"], ["ENT20", "REL1", "ENT22"], ["ENT20", "REL10", "ENT24"], ["ENT20", "REL26", "ENT37"], ["ENT20", "REL26", "ENT71"], ["ENT20", "REL26", "ENT127"], ["ENT22", "REL10", "ENT24"], ["ENT22", "REL26", "ENT37"], ["ENT22", "REL26", "ENT71"], ["ENT22", "REL26", "ENT127"], ["ENT24", "REL26", "ENT37"], ["ENT24", "REL26", "ENT57"], ["ENT24", "REL26", "ENT71"], ["ENT26", "REL26", "ENT37"], ["ENT26", "REL26", "ENT71"], ["ENT26", "REL26", "ENT91"], ["ENT26", "REL26", "ENT127"], ["ENT46", "REL26", "ENT9"], ["ENT46", "REL35", "ENT69"], ["ENT57", "REL26", "ENT37"], ["ENT57", "REL26", "ENT71"], ["ENT61", "REL26", "ENT37"], ["ENT61", "REL26", "ENT71"], ["ENT61", "REL26", "ENT127"], ["ENT64", "REL26", "ENT37"], ["ENT69", "REL21", "ENT14"], ["ENT69", "REL21", "ENT126"], ["ENT71", "REL10", "ENT14"], ["ENT71", "REL26", "ENT37"], ["ENT91", "REL26", "ENT37"], ["ENT91", "REL26", "ENT71"], ["ENT91", "REL26", "ENT127"], ["ENT96", "REL26", "ENT37"], ["ENT96", "REL26", "ENT71"], ["ENT96", "REL26", "ENT91"], ["ENT96", "REL26", "ENT127"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT126"], ["ENT116", "REL26", "ENT37"], ["ENT116", "REL26", "ENT71"], ["ENT117", "REL26", "ENT37"], ["ENT117", "REL26", "ENT71"], ["ENT117", "REL31", "ENT6"], ["ENT117", "REL31", "ENT20"], ["ENT117", "REL31", "ENT22"], ["ENT117", "REL31", "ENT26"], ["ENT117", "REL31", "ENT61"], ["ENT117", "REL31", "ENT91"], ["ENT117", "REL31", "ENT96"], ["ENT117", "REL31", "ENT127"], ["ENT126", "REL2", "ENT14"], ["ENT126", "REL5", "ENT61"], ["ENT126", "REL5", "ENT64"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT14"], ["ENT126", "REL26", "ENT50"], ["ENT127", "REL26", "ENT37"], ["ENT127", "REL26", "ENT71"], ["ENT130", "REL26", "ENT37"], ["ENT130", "REL26", "ENT71"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 74, ENT9 127, ENT12 51, ENT36 79, ENT42 85, ENT46 30, ENT55 46, ENT85 64, ENT105 49, ENT110 59, ENT129 src, edge_attr, dst 74, REL26, 49 74, REL35, 127 127, REL26, 49 51, REL26, 46 51, REL26, 49 79, REL14, 51 79, REL26, 49 85, REL26, 74 85, REL26, 49 85, REL35, 127 30, REL23, 51 30, REL26, 49 30, REL26, 59 46, REL26, 49 64, REL23, 51 64, REL26, 49 64, REL26, 59 59, REL23, 51 59, REL26, 49 Question: In what context are ENT12 and ENT105 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT12", "ENT105"], "valid_edges": [["ENT9", "REL26", "ENT110"], ["ENT9", "REL35", "ENT12"], ["ENT12", "REL26", "ENT110"], ["ENT36", "REL26", "ENT85"], ["ENT36", "REL26", "ENT110"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT110"], ["ENT46", "REL26", "ENT9"], ["ENT46", "REL26", "ENT110"], ["ENT46", "REL35", "ENT12"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT110"], ["ENT55", "REL26", "ENT129"], ["ENT85", "REL26", "ENT110"], ["ENT105", "REL23", "ENT36"], ["ENT105", "REL26", "ENT110"], ["ENT105", "REL26", "ENT129"], ["ENT129", "REL23", "ENT36"], ["ENT129", "REL26", "ENT110"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 123, ENT53 114, ENT111 src, edge_attr, dst 123, REL20, 114 123, REL30, 114 Question: For what reason are ENT53 and ENT111 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT53", "ENT111"], "valid_edges": [["ENT53", "REL20", "ENT111"], ["ENT53", "REL30", "ENT111"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 128, ENT6 4, ENT24 45, ENT26 90, ENT37 65, ENT39 61, ENT57 69, ENT61 17, ENT71 130, ENT91 88, ENT93 1, ENT96 113, ENT116 76, ENT127 src, edge_attr, dst 128, REL26, 90 128, REL26, 17 128, REL26, 130 128, REL26, 76 4, REL26, 90 4, REL26, 61 4, REL26, 17 45, REL26, 90 45, REL26, 17 45, REL26, 130 45, REL26, 76 65, REL5, 88 61, REL26, 90 61, REL26, 17 69, REL5, 88 69, REL26, 90 69, REL26, 17 69, REL26, 76 17, REL26, 90 130, REL26, 90 130, REL26, 17 130, REL26, 76 1, REL26, 90 1, REL26, 17 1, REL26, 130 1, REL26, 76 113, REL20, 65 113, REL26, 90 113, REL26, 17 76, REL26, 90 76, REL26, 17 Question: How are ENT37 and ENT93 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT37", "ENT93"], "valid_edges": [["ENT6", "REL26", "ENT37"], ["ENT6", "REL26", "ENT71"], ["ENT6", "REL26", "ENT91"], ["ENT6", "REL26", "ENT127"], ["ENT24", "REL26", "ENT37"], ["ENT24", "REL26", "ENT57"], ["ENT24", "REL26", "ENT71"], ["ENT26", "REL26", "ENT37"], ["ENT26", "REL26", "ENT71"], ["ENT26", "REL26", "ENT91"], ["ENT26", "REL26", "ENT127"], ["ENT39", "REL5", "ENT93"], ["ENT57", "REL26", "ENT37"], ["ENT57", "REL26", "ENT71"], ["ENT61", "REL5", "ENT93"], ["ENT61", "REL26", "ENT37"], ["ENT61", "REL26", "ENT71"], ["ENT61", "REL26", "ENT127"], ["ENT71", "REL26", "ENT37"], ["ENT91", "REL26", "ENT37"], ["ENT91", "REL26", "ENT71"], ["ENT91", "REL26", "ENT127"], ["ENT96", "REL26", "ENT37"], ["ENT96", "REL26", "ENT71"], ["ENT96", "REL26", "ENT91"], ["ENT96", "REL26", "ENT127"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL26", "ENT37"], ["ENT116", "REL26", "ENT71"], ["ENT127", "REL26", "ENT37"], ["ENT127", "REL26", "ENT71"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 128, ENT6 86, ENT21 4, ENT24 45, ENT26 61, ENT57 69, ENT61 17, ENT71 130, ENT91 1, ENT96 76, ENT127 src, edge_attr, dst 128, REL26, 17 128, REL26, 76 86, REL10, 4 4, REL26, 61 4, REL26, 17 45, REL26, 17 45, REL26, 76 61, REL26, 17 69, REL26, 17 69, REL26, 76 130, REL26, 17 130, REL26, 76 1, REL26, 17 1, REL26, 76 76, REL26, 17 Question: For what reason are ENT21 and ENT61 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT21", "ENT61"], "valid_edges": [["ENT6", "REL26", "ENT71"], ["ENT6", "REL26", "ENT127"], ["ENT21", "REL10", "ENT24"], ["ENT24", "REL26", "ENT57"], ["ENT24", "REL26", "ENT71"], ["ENT26", "REL26", "ENT71"], ["ENT26", "REL26", "ENT127"], ["ENT57", "REL26", "ENT71"], ["ENT61", "REL26", "ENT71"], ["ENT61", "REL26", "ENT127"], ["ENT91", "REL26", "ENT71"], ["ENT91", "REL26", "ENT127"], ["ENT96", "REL26", "ENT71"], ["ENT96", "REL26", "ENT127"], ["ENT127", "REL26", "ENT71"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 115, ENT7 74, ENT9 127, ENT12 87, ENT14 126, ENT19 85, ENT46 41, ENT48 34, ENT50 106, ENT54 124, ENT74 49, ENT110 0, ENT120 8, ENT126 src, edge_attr, dst 115, REL21, 87 115, REL21, 124 115, REL21, 8 115, REL24, 127 115, REL24, 126 115, REL24, 106 115, REL24, 0 115, REL26, 49 74, REL26, 49 74, REL35, 115 74, REL35, 127 74, REL35, 126 74, REL35, 106 74, REL35, 0 127, REL26, 49 87, REL26, 34 126, REL21, 87 126, REL21, 124 126, REL21, 8 126, REL24, 127 126, REL24, 106 126, REL24, 0 126, REL26, 49 85, REL26, 74 85, REL26, 49 85, REL35, 115 85, REL35, 127 85, REL35, 126 85, REL35, 106 85, REL35, 0 41, REL26, 34 106, REL21, 87 106, REL21, 124 106, REL21, 8 106, REL24, 127 106, REL24, 0 106, REL26, 49 124, REL26, 34 0, REL21, 87 0, REL21, 124 0, REL21, 8 0, REL24, 127 0, REL26, 49 8, REL26, 34 Question: How are ENT12 and ENT48 related? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT12", "ENT48"], "valid_edges": [["ENT7", "REL21", "ENT14"], ["ENT7", "REL21", "ENT74"], ["ENT7", "REL21", "ENT126"], ["ENT7", "REL24", "ENT12"], ["ENT7", "REL24", "ENT19"], ["ENT7", "REL24", "ENT54"], ["ENT7", "REL24", "ENT120"], ["ENT7", "REL26", "ENT110"], ["ENT9", "REL26", "ENT110"], ["ENT9", "REL35", "ENT7"], ["ENT9", "REL35", "ENT12"], ["ENT9", "REL35", "ENT19"], ["ENT9", "REL35", "ENT54"], ["ENT9", "REL35", "ENT120"], ["ENT12", "REL26", "ENT110"], ["ENT14", "REL26", "ENT50"], ["ENT19", "REL21", "ENT14"], ["ENT19", "REL21", "ENT74"], ["ENT19", "REL21", "ENT126"], ["ENT19", "REL24", "ENT12"], ["ENT19", "REL24", "ENT54"], ["ENT19", "REL24", "ENT120"], ["ENT19", "REL26", "ENT110"], ["ENT46", "REL26", "ENT9"], ["ENT46", "REL26", "ENT110"], ["ENT46", "REL35", "ENT7"], ["ENT46", "REL35", "ENT12"], ["ENT46", "REL35", "ENT19"], ["ENT46", "REL35", "ENT54"], ["ENT46", "REL35", "ENT120"], ["ENT48", "REL26", "ENT50"], ["ENT54", "REL21", "ENT14"], ["ENT54", "REL21", "ENT74"], ["ENT54", "REL21", "ENT126"], ["ENT54", "REL24", "ENT12"], ["ENT54", "REL24", "ENT120"], ["ENT54", "REL26", "ENT110"], ["ENT74", "REL26", "ENT50"], ["ENT120", "REL21", "ENT14"], ["ENT120", "REL21", "ENT74"], ["ENT120", "REL21", "ENT126"], ["ENT120", "REL24", "ENT12"], ["ENT120", "REL26", "ENT110"], ["ENT126", "REL26", "ENT50"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 10, ENT3 51, ENT36 90, ENT37 3, ENT52 30, ENT55 69, ENT61 17, ENT71 113, ENT116 36, ENT130 src, edge_attr, dst 10, REL26, 90 10, REL41, 51 10, REL46, 51 3, REL26, 90 3, REL41, 51 3, REL46, 51 30, REL23, 51 69, REL26, 90 69, REL26, 17 17, REL26, 90 113, REL26, 90 113, REL26, 17 36, REL26, 90 36, REL26, 17 Question: In what context are ENT55 and ENT130 connected? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT55", "ENT130"], "valid_edges": [["ENT3", "REL26", "ENT37"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL46", "ENT36"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL46", "ENT36"], ["ENT55", "REL23", "ENT36"], ["ENT61", "REL26", "ENT37"], ["ENT61", "REL26", "ENT71"], ["ENT71", "REL26", "ENT37"], ["ENT116", "REL26", "ENT37"], ["ENT116", "REL26", "ENT71"], ["ENT130", "REL26", "ENT37"], ["ENT130", "REL26", "ENT71"]]}
UMLS	You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"\|predicate\|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 112, ENT2 10, ENT3 87, ENT14 132, ENT34 51, ENT36 90, ENT37 65, ENT39 79, ENT42 62, ENT43 34, ENT50 3, ENT52 30, ENT55 101, ENT62 109, ENT64 7, ENT66 100, ENT67 91, ENT77 75, ENT83 46, ENT85 53, ENT86 72, ENT94 70, ENT98 44, ENT104 93, ENT115 113, ENT116 129, ENT119 27, ENT122 104, ENT124 8, ENT126 59, ENT129 src, edge_attr, dst 112, REL26, 34 10, REL21, 87 10, REL21, 8 10, REL26, 90 10, REL36, 112 10, REL36, 87 10, REL36, 65 10, REL36, 62 10, REL36, 101 10, REL36, 7 10, REL36, 75 10, REL36, 70 10, REL36, 8 10, REL41, 132 10, REL41, 51 10, REL41, 79 10, REL41, 91 10, REL41, 46 10, REL41, 53 10, REL41, 129 10, REL41, 27 10, REL46, 132 10, REL46, 51 10, REL46, 79 10, REL46, 91 10, REL46, 46 10, REL46, 53 10, REL46, 129 10, REL46, 27 87, REL5, 10 87, REL5, 3 87, REL26, 112 87, REL26, 34 51, REL26, 46 65, REL26, 112 65, REL26, 34 79, REL14, 51 62, REL26, 112 62, REL26, 34 62, REL26, 70 3, REL21, 87 3, REL21, 8 3, REL24, 10 3, REL26, 90 3, REL36, 112 3, REL36, 87 3, REL36, 65 3, REL36, 62 3, REL36, 101 3, REL36, 7 3, REL36, 75 3, REL36, 70 3, REL36, 8 3, REL41, 132 3, REL41, 51 3, REL41, 79 3, REL41, 91 3, REL41, 46 3, REL41, 53 3, REL41, 129 3, REL41, 27 3, REL46, 132 3, REL46, 51 3, REL46, 79 3, REL46, 91 3, REL46, 46 3, REL46, 53 3, REL46, 129 3, REL46, 27 30, REL23, 51 30, REL26, 59 101, REL26, 112 101, REL26, 34 101, REL26, 70 109, REL42, 10 109, REL42, 3 7, REL26, 112 7, REL26, 34 7, REL26, 70 100, REL6, 62 100, REL6, 101 100, REL6, 7 100, REL6, 70 100, REL26, 90 100, REL26, 44 100, REL28, 62 100, REL28, 101 100, REL28, 7 100, REL28, 70 100, REL41, 132 100, REL41, 91 100, REL41, 129 75, REL26, 112 75, REL26, 34 72, REL23, 51 72, REL26, 59 70, REL26, 112 70, REL26, 34 44, REL6, 62 44, REL6, 101 44, REL6, 7 44, REL6, 70 44, REL26, 90 44, REL28, 62 44, REL28, 101 44, REL28, 7 44, REL28, 70 44, REL41, 132 44, REL41, 91 44, REL41, 129 93, REL6, 62 93, REL6, 101 93, REL6, 7 93, REL6, 70 93, REL26, 90 93, REL26, 44 93, REL28, 62 93, REL28, 101 93, REL28, 7 93, REL28, 70 93, REL41, 132 93, REL41, 91 93, REL41, 129 113, REL20, 112 113, REL20, 87 113, REL20, 65 113, REL20, 62 113, REL20, 101 113, REL20, 7 113, REL20, 75 113, REL20, 70 113, REL20, 8 113, REL26, 90 129, REL2, 10 129, REL2, 3 129, REL2, 100 129, REL2, 44 129, REL2, 93 129, REL2, 104 104, REL6, 62 104, REL6, 101 104, REL6, 7 104, REL6, 70 104, REL26, 90 104, REL26, 44 104, REL28, 62 104, REL28, 101 104, REL28, 7 104, REL28, 70 104, REL41, 132 104, REL41, 91 104, REL41, 129 8, REL5, 10 8, REL5, 3 8, REL26, 112 8, REL26, 34 59, REL23, 51 Question: For what reason are ENT43 and ENT94 associated? Your output must be ONLY the PATH block.	graph_path	{ "style": "rule" }	{"entities": ["ENT43", "ENT94"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL26", "ENT2"], ["ENT14", "REL26", "ENT50"], ["ENT36", "REL26", "ENT85"], ["ENT39", "REL26", "ENT2"], ["ENT39", "REL26", "ENT50"], ["ENT42", "REL14", "ENT36"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT43", "REL26", "ENT98"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT129"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT62", "REL26", "ENT98"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT66", "REL26", "ENT2"], ["ENT66", "REL26", "ENT50"], ["ENT66", "REL26", "ENT98"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT66"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT66"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT83", "REL26", "ENT2"], ["ENT83", "REL26", "ENT50"], ["ENT94", "REL23", "ENT36"], ["ENT94", "REL26", "ENT129"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT66"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT66"], ["ENT104", "REL28", "ENT98"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT66"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT66"], ["ENT115", "REL28", "ENT98"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT66"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL20", "ENT126"], ["ENT116", "REL26", "ENT37"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT66"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT66"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT50"], ["ENT129", "REL23", "ENT36"]]}

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