Skip to main content
. 2014 Mar 10;8:75–87. doi: 10.4137/GRSB.S13134

Table 4.

Functions and transcriptional regulators of gene batteries in muscle.

NO. FUNCTIONS PATTERNS TRANSCRIPTION FACTORS*
1 Adherens junction 2 E2FF, NR2F, SP1F, RXRF, NKXH, HOXF, ETSF, EVI1, BRNF, FKHD, MYBL, SORY, OCT1, CTCF, EGRF
2 Aminoacyl-tRNA biosynthesis 1 HOXF, ETSF, NKX6, OCT1, CREB, RUSH, STAT, HOMF, P53F
3 ECM-receptor interaction 2 ETSF, RXRF, SP1F, NR2F, CTCF, E2FF, GKLF, GLIF, NEUR, SORY, SRFF
4 Focal adhesion 2 EGRF, SP1F, ETSF, RXRF, ZBPF, CTCF
4a Focal adhesion 3 NR2F, EGRF, OCT1, ETSF, MYOD, NOLF, SORY, RXRF, GLIF, MZF1, EKLF, EREF, EVI1, HOMF, NKXH
5 Insulin signaling pathway 2 EGRF, ZBPF, AHRR, E2FF, EBOX, MAZF, SP1F, CTCF, GLIF, HESF, HOXF, SNAP
6 Lysosome 1 EBOX, ETSF, EGRF, GRHL, ABDB, AHRR, CREB, CTCF, HOMF, MAZF, NR2F
7 MAPK signaling pathway 2 E2FF, NKXH, EGRF, OCT1, HOXF, CTCF, FKHD, HOMF, NKX6, PAX6, ZBPF
8 Neurotrophin signaling pathway 2 ZBPF, HESF, SP1F, PLAG, EGRF, ETSF, E2FF, EKLF, MAZF, GLIF
9 Cell cycle relevant-processes 2 HOMF, HOXF, FKHD, ETSF, NKXH, CREB, LHXF, E2FF, ZF5F, HEAT, STAT, EKLF, CTCF, CLOX, ZBPF
10 Oxidative phosphorylation 5 PAX5, BRNF, NR2F, ETSF, HNF1, FKHD, IRFF, AP1F, SORY, HNF6, HOXF, FAST, CREB, MYBL, OVOL
11 Pentose phosphate pathway 2 NR2F, TBPF, CLOX, GATA, HOXF, PAX2, TALE
12 PPAR signaling pathway 1 CLOX, ETSF, EVI1, GATA, NKXH, NR2F, STAT, ZBPF
13 Proteasome 1 HOXF, ETSF, HOMF, E2FF, STAT, NKXH, CLOX, EVI1, CAAT
14 Purine metabolism 1 RXRF, ETSF, HOXF, STAT, NKXH, PAX6, PAX8, SORY, TBPF, EREF, AP1R, CAAT, CREB, FKHD, NR2F
15 Spliceosome 1 CREB, ETSF, HEAT, EVI1, E2FF, HNF6, HOXF, ABDB, CLOX, DMRT, IRFF, MYT1, NFKB
16 Tight junction 2 PAX5, OCT1, HOXC, SP1F, NR2F, TBPF, NKXH
17 Ubiquitin mediated proteolysis 1 HOXF, BRNF, FKHD, TBPF, NKXH, LHXF, SORY, HOMF, NKX6, PARF, OCT1, CDXF, GATA, YY1F, ETSF
18 Wnt signaling pathway 2 ETSF, CREB, HOMF, HOXF, EGRF, NKXH

Notes:

*

TFs associated with overrepresented cis-regulatory modules. If the number of associated TFs is ≥15, only the first 15 most frequently-associated TFs in statistical significant CRMs are reported. TFs shown in bold type are those present commonly more than 20% across all gene batteries.