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Table 5 Changes in the correlation coefficients before and after functions are controlled for

From: Functional organization and its implication in evolution of the human protein-protein interaction network

 

Interaction Degree

Clustering Coefficient

Network Distance

 

Spearman correlation coefficient

Test statistics

Spearman correlation coefficient

Test statistics

Spearman correlation coefficient

Test statistics

Intact

-0.212

 

-0.110

 

0.224

 

Controlling Biological Process

-0.172

t = 1.98 df = 29 p = 0.058

-0.004

t = 2.95 df = 29 p = 0.006

0.191

t = -1.21 df = 29 p = 0.234

Controlling Molecular Function

-0.191

t = 1.06 df = 26 p = 0.299

-0.060

t = 2.29 df = 26 p = 0.031

0.209

t = -0.71 df = 26 p = 0.484

  1. The Spearman correlation coefficient represents the tendency of network topologies to change along with temporal groups