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Table 3 Gene co-expression network modules that are significantly correlated with treatment with Zymoseptoria tritici

From: Insights into the resistance of a synthetically-derived wheat to Septoria tritici blotch disease: less is more

Dataset

Module

Number of genes

Cc (Treatment)

Hub gene

BLASTn Top Hit

T. aestivum

Z. tritici

Longbow

3

3329

3101

0.68

Mycgr3T99044

Glyceraldehyde-3-phosphate dehydrogenase

17

904

1

0.59

TraesCS5B02G056700.1

L-type lectin-domain containing receptor kinase

31

438

19

0.56

TraesCS7A02G198300.1

probable galacturonosyltransferase-like 9

155

44

39

0.53

Mycgr3T71062

Hypothetical protein

177

27

28

0.52

Mycgr3T83303

putative major facilitator superfamily transporter

103

59

86

0.5

Mycgr3T47614

Hypothetical protein

Stigg

2

3739

3305

0.63

Mycgr3T44978

Hypothetical protein

20

710

0

0.56

TraesCS5D02G472000.1

Probable inorganic phosphate transporter 1–8

31

266

172

0.59

Mycgr3T109435

Proteoglycan-like protein

  1. Cc is the correlation coefficient of the module to treatment. Hub genes are the most connected gene within the network module, which were annotated by BLASTn search to the NCBI non-redundant nucleotide database. Gene IDs that start with ‘Mycgr’ are Z tritici genes. Genes that start with ‘Traes’ are Triticum aestivum genes