Difference between revisions of "Team:UESTC Software/Results"
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<div class="results_div"> | <div class="results_div"> | ||
<h2>Analysis of result</h2> | <h2>Analysis of result</h2> | ||
| − | <p>We selected 29 organisms, which are all organisms in our database, as reference species. As a result, 196 genes are filtered to form a minimal gene set. We made a chart as figure | + | <p>We selected 29 organisms, which are all organisms in our database, as reference species. As a result, 196 genes are filtered to form a minimal gene set. We made a chart as follow figure to show the distribution of the COG functional categories of minimal gene set.</p> |
<p>The chart indicates that most genes in minimal gene set are responsible for translation, ribosomal structure and biogenes (R), and the next is transport and metabolism (H, G, F, E). Among them, the ratio of category which is named translation, ribosomal structure and biogenes (R) reached 45.4%. Of course, There are also 11 categories have no genes. That means these functions are not important to the survival of the organisms.</p> | <p>The chart indicates that most genes in minimal gene set are responsible for translation, ribosomal structure and biogenes (R), and the next is transport and metabolism (H, G, F, E). Among them, the ratio of category which is named translation, ribosomal structure and biogenes (R) reached 45.4%. Of course, There are also 11 categories have no genes. That means these functions are not important to the survival of the organisms.</p> | ||
<img src="/wiki/images/6/60/Team-UESTC_Software_results1.jpg"> | <img src="/wiki/images/6/60/Team-UESTC_Software_results1.jpg"> | ||
Revision as of 13:26, 17 September 2015
Results
Analysis of result
We selected 29 organisms, which are all organisms in our database, as reference species. As a result, 196 genes are filtered to form a minimal gene set. We made a chart as follow figure to show the distribution of the COG functional categories of minimal gene set.
The chart indicates that most genes in minimal gene set are responsible for translation, ribosomal structure and biogenes (R), and the next is transport and metabolism (H, G, F, E). Among them, the ratio of category which is named translation, ribosomal structure and biogenes (R) reached 45.4%. Of course, There are also 11 categories have no genes. That means these functions are not important to the survival of the organisms.
Proving the stability
In order to further verify stability and regularity of this result, we also calculate the distribution of COG functional categories of the minimal gene set which filtered by 16 reference species. 16 species are all organisms in previous version of database. Result is showed in figure.2. The distribution of the two groups of results are roughly the same.
