Table 2 Transcripts with significant up- or down-regulation as detected in the three datasets. Duplicate social amoebae gene indentifiers were not considered for the counts.

From: Transcriptome reprogramming during developmental switching in Physarum polycephalum involves extensive remodeling of intracellular signaling networks

Regulation

Max change at

All

Hits without UniProt Annotation

Hits with UniProt Annotation

Social Amoebae DR Orthologs*

% Physarum/Social Amoebae with UniProt

down

0–6 h

187

65

122

nd

 

6–10 h

674

428

246

nd

 

0–10 h

3440

1847

1593

nd

 

total

4301

2340

1961

  

up

0–6 h

201

99

102

17

16.7

6–10 h

475

168

307

42

13.7

0–10 h

2009

808

1201

174

14.5

total

2685

1075

1610

233

14.5

up & down

 

6986

3415

3571

 
    

*Duplicates eliminated