<p>Spore-enriched proteins were defined as those identified only in spores but not in yeast in our datasets. There were 374 spore-enriched proteins (blue circles) identified in at least one replicate, 88 in at least two replicates, and 18 in all three replicates. Yeast-enriched proteins (grey circles) are defined as those identified only in yeast but not in spores in our dataset. There are 334 yeast- enriched proteins identified in at least one replicate, 77 in at least two replicates, and 16 in all three replicates. To the right are enriched specific GO terms in each group. Functional annotation clustering analysis was performed using DAVID. Only significantly enriched (p<0.05) GO terms are listed.</p
<p>Enrichment analysis and clustering based on gene ontology terms was conducted for (a) all protein...
<p>(A) The enriched GO biological processes (p≤0.05) among the up-regulated proteins (red), the down...
<p>GO terms corresponding to molecular functions (A) and cellular processes (B) are shown for F1 con...
<p>Functional annotation clustering analysis was performed using the Database for Annotation, Visual...
<p>The 13 most enriched clusters and characteristic examples of their GO Terms are shown, together w...
<p><sup>a</sup>. Proteins identified only in spores but not in yeast</p><p><sup>b</sup>. Proteins id...
<p>Proteins annotated to enriched processes are marked in the networks with symbols listed in the GO...
<p>Significant GO terms (p-values<0.001) is listed here (see Materials and Methods). For the full li...
<p>Enriched (p<0.01) functional categories among up-regulated proteins in encapsulated yeast, as ana...
A) Presence and relative abundance of S. schoenii proteins during starvation and predation condition...
<p>Only significantly enriched functional categories (corrected <i>P</i>-value<10<sup>−20</sup>) are...
<p>GO Terms are listed in functional groups. Enrichment values (relative to random expression) are s...
Bioinformatics is the application of computational techniques to the field of biology. Computational...
<p>*Count refers to a number of genes identified in a corresponding term. Terms with less than 5 gen...
<p>Enriched (p<0.01) functional categories among down-regulated proteins in encapsulated yeast, as a...
<p>Enrichment analysis and clustering based on gene ontology terms was conducted for (a) all protein...
<p>(A) The enriched GO biological processes (p≤0.05) among the up-regulated proteins (red), the down...
<p>GO terms corresponding to molecular functions (A) and cellular processes (B) are shown for F1 con...
<p>Functional annotation clustering analysis was performed using the Database for Annotation, Visual...
<p>The 13 most enriched clusters and characteristic examples of their GO Terms are shown, together w...
<p><sup>a</sup>. Proteins identified only in spores but not in yeast</p><p><sup>b</sup>. Proteins id...
<p>Proteins annotated to enriched processes are marked in the networks with symbols listed in the GO...
<p>Significant GO terms (p-values<0.001) is listed here (see Materials and Methods). For the full li...
<p>Enriched (p<0.01) functional categories among up-regulated proteins in encapsulated yeast, as ana...
A) Presence and relative abundance of S. schoenii proteins during starvation and predation condition...
<p>Only significantly enriched functional categories (corrected <i>P</i>-value<10<sup>−20</sup>) are...
<p>GO Terms are listed in functional groups. Enrichment values (relative to random expression) are s...
Bioinformatics is the application of computational techniques to the field of biology. Computational...
<p>*Count refers to a number of genes identified in a corresponding term. Terms with less than 5 gen...
<p>Enriched (p<0.01) functional categories among down-regulated proteins in encapsulated yeast, as a...
<p>Enrichment analysis and clustering based on gene ontology terms was conducted for (a) all protein...
<p>(A) The enriched GO biological processes (p≤0.05) among the up-regulated proteins (red), the down...
<p>GO terms corresponding to molecular functions (A) and cellular processes (B) are shown for F1 con...