Table 3.

Intercellular communication signature in TACIhi MMCs and plasmablastic signature in TACIlo MMCs


Genes coding for protein implicated in different functions

No. genes*

TACIlo, %

TACIhi, %

P
Intercellular communication signals   69   2.1   26.3   < .001  
Cytoskeleton   20   2.1   7.2   .04  
Transduction signals   52   11.2   17   .05  
Protein synthesis and regulation   19   7.7   4.8   NS  
Cell cycle   11   10   0.8   < .001  
Metabolism   85   22.1   26.6   NS  
Apoptosis   10   4.2   2.8   NS  
Nuclear functions   73   40.6   15.2   < .001  
Total of classified genes
 
339
 
100
 
100§
 
NS
 

Genes coding for protein implicated in different functions

No. genes*

TACIlo, %

TACIhi, %

P
Intercellular communication signals   69   2.1   26.3   < .001  
Cytoskeleton   20   2.1   7.2   .04  
Transduction signals   52   11.2   17   .05  
Protein synthesis and regulation   19   7.7   4.8   NS  
Cell cycle   11   10   0.8   < .001  
Metabolism   85   22.1   26.6   NS  
Apoptosis   10   4.2   2.8   NS  
Nuclear functions   73   40.6   15.2   < .001  
Total of classified genes
 
339
 
100
 
100§
 
NS
 

Of the 659 genes differentially expressed between the TACIhi and TACIlo groups, 339 could be assigned to 8 functional categories using gene ontology terms. Data are the percentages of genes of a given category compared with the total number of TACIlo (91 genes) or TACIhi (248 genes) genes.

NS indicates not significant.

*

n indicates the number of genes out of the 339 in one category

The statistical comparisons of the percentages of genes belonging to one gene ontology category between the TACIlo and TACIhi group genes were performed with the chi-square test

n = 91

§

n = 248

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