Team:NYC Software/Deinococcus/Previous Studies

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<h4>What we have learned about the Deinococcus Genera</h4>
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<h4>Different Phylogenetic Methods Yield Different Clades</h4>
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<h4>Genera Phylogenies</h4>
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We extrapolated the evolutionary relationships between the species using 1) Feature Frequency Profile comparisons, 2) 16S rRNA alignments, and 3) Mauve genome alignment, but each method yielded an alternative result.  
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<br>By sequencing more species in this family, we hypothesize that Inclusion of a larger set of sequenced species in the genera may elucidate new and more reliable information about their origins and cladistics.  
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Extrapolation of evolutionary relationships between the species using sequence frequency comparisons, 16S rRNA alignments, and genome structural comparisons have all yielded different results. Inclusion of a larger set of sequenced species in the genera may elucidate new information about their origins and unique sequence elements between clusters.  
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<strong>Disparate Trees Resulting From Too Little Information</strong>
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<strong>Disparate Trees Resulting From Too Little Genetic Information</strong>

Latest revision as of 00:34, 29 September 2011