Table 2.

Top significant pathways and functions.

ID	Molecules in network	Score	Focus molecules	Top functions
1	Akt, Ap1, ARG2, ASGR1, ATF3, CCL8, CCL24, CLDN11, CNN1, CREM, CXCL1, DLL4, ERK1/2, FABP4, FASN, G0S2, hCG, Histone h3, HSPA1A/HSPA1B, IL13, IL12A, MAPKAP1, NFkB (complex), NPR3, Nr1h, NR4A3, PCK1, PDGF, PPP1R15A, RCAN1, RET, RGS2, SCD, SDC4, TNFRSF12A	57	27	Cellular growth and proliferation, cellular movement, lipid metabolism
2	Aconitase, ANKRD1, AP2B1, APCS, ASPM, BLNK, CA12, CDX2, DGAT2, EFNA3, ENPP1, FCGR3A, GADD45G, HAS1, HDGF, HNF1A, HTT, IFRD1, IgG, IL1B, ITPA, KIF20A, NGEF, PFK, PPL, RARA, RNA polymerase II, S100G, SERPING1, SGK2, SIM1, SOAT2, TGFB1, UGT1A8, YY1	21	13	Embryonic development, reproductive system development and function, nutritional disease
3	ABLIM, ACP2, ACSL5, ADCY9, ARPC1A, ATPIF1, CIDEC, CREBBP, DUSP3, DYRK3, FBP2, FSH, GLUL, GNLY, HGD, HOXB6, ING2, LEP, Lh, LHCGR, LOC81691, NR2F1, NR3C1, NR5A1, P4HA2, PDLIM3, PLCL1, POP5, PRKX, RAB5C, RGS5, RGS16, SREBF1, THRSP, TLK1	11	8	Drug metabolism, endocrine system development and function, lipid metabolism
4	NAALAD2, RORA	2	1	Amino acid metabolism, small molecule biochemistry, gene expression
5	FIGLA, TEKT1	2	1	Cell cycle, reproductive system development and function, cell death
6	ZHX1, ZHX3	2	1	Gene expression
7	AGTR1, HSPA6, RFWD2	2	1	Cardiovascular system development and function, organ morphology, organismal injury and abnormalities
8	AHR, GPI, STEAP4	2	1	Cell cycle, cell morphology, cell-to-cell signaling and interaction
9	CBX4, HOXA2, MBD1, MEOX1	2	1	Gene expression, embryonic development, organismal development
10	FBL, NFE2, PSMD14, STMN1, TUBB1	2	1	Cell morphology, hematological system development and function, inflammatory response
11	DMD, SGCA, SGCB, SGCD, SGCE, SGCG	1	1	Developmental disorder, genetic disorder, skeletal and muscular disorders