xamination of different topologies is embedded in the algorithm, so that only one final tree is produced. The algorithm of the NJ method is somewhat complicated and is explained in detail in <u><span style=" color:green;">Nei and Kumar (2000</span></u><span style=" display:none;">Nei_and_Kumar_2000</span>, page 103).</p>
<p>The NJ method produces an <a href="javascript:TextPopup(this)" id="HotSpot30960" class="glossterm">unrooted tree</a><script type="text/javascript">//<![CDATA[
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