Differential co-expression networks of long non-coding RNAs and mRNAs in Cleistogenes songorica under water stress and during recovery

Table 2 Comparison between C. songorica water stress response genes and rice drought response network

Rice module	Rice genes	Puativa orthologs in C. songorica	Puativa orthologs in C. songorica target genes of DE_lncRNA	Puativa orthologs in C. songorica shoot DEGs	Puativa orthologs in C. songorica root DEGs	Puativa module function
Module 1	303	849	105	32/262	44/341
Module 2	213	513	51	33/213	22/174
Module 3	141	459	57	34/235	35/242
Module 4	134	237	29	18/111	17/114
Module 5	117	341	42	19/163	15/134
Module 6	90	431	40	12/130	14/146
Module 7	77	155	18	8/62	14/38
Module 8	48	155	30	12/56	13/49
Module 9	47	144	18	3/48	2/37
Module 10	47	247	9	6/74	10/64	post-translational protein
Module 11	46	112	30	5/38	3/32
Module 12	42	235	10	18/112	16/122	protein phosphorylation
Module 13	38	136	9	10/59	13/70	fatty acid metabolic process
Module 14	28	66	10	5/30	5/30
Module 15	21	48	6	1/12	2/15	response to stimulus

There are 1392 rice genes in 15 modules. Base on OrthoMCL method, a total of 1605 and 1608 differentially expressed genes were identified as putative orthologues of rice genes in shoot and root of C. songorica, respectively. In putative orthologues in C. songorica shoot DEGs and root DEGs, the numbers on the left represent the DE_lncRNAs target genes in putative orthologs

ISSN: 1471-2229