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. 2016 Dec 21;2016:9181702. doi: 10.1155/2016/9181702

Table 2.

Results of Gene Ontology functional and pathways enrichment analyses for genes positively regulated by differentially time-series expressed lncRNAs.

Category Term Adjust p value Gene count Genes
GO-BP Vasculature development [GO:0001944] 1.33E − 08 65 Adamts1, Cdh5, Ctsh, Cxcr3, Dhcr7, Edn1, Efna1, Efnb2, Notch3, Pdgfrb, and so on
GO-BP Blood vessel development [GO:0001568] 1.34E − 07 60 Adamts1, Cdh5, Ctsh, Cxcr3, Dhcr7, Edn1, Efna1, Efnb2, Notch3, Pdgfrb, and so on
GO-BP Regulation of locomotion [GO:0040012] 2.45E − 05 51 Dab2, Ifitm3, Il16, Il33, Irs2, Megf8, Myo1f, Pdgfrb, Pecam1, Pkn1, and so on
GO-BP Blood vessel morphogenesis [GO:0048514] 2.55E − 05 49 Adamts1, Aqp1, C3, Ccr2, Edn1, Efna1, Efnb2, Egfl7, Elk3, Ephb4, and so on
GO-BP Regulation of cellular component movement [GO:0051270] 3.92E − 05 50 Ccl21a, Dab2, Ddr2, Dpep1, Efna1, Nup155, Pde4d, Pdgfra, Pdgfrb, Pecam1, and so on
GO-CC Cell surface [GO:0009986] 2.46E − 05 53 Ackr3, Alcam, Cd200r1, Cd3e, Dpp4, Enpp1, Flt3l, Heg1, Ifitm3, Il2rb, and so on
GO-CC Plasma membrane [GO:0005886] 9.39E − 05 158 Ano1, Antxr1, Aqp1, Capn3, Ccr2, Itga5, Itm2c, Kcnab1, Kcnn3, Kcnt2, and so on
GO-CC Cell periphery [GO:0071944] 2.59E − 04 163 Antxr1, Aqp1, Bcas3, Capn3, Eps15l1, Ezr, Krt19, Lime1, Ntn4, P2rx4, and so on
GO-CC Side of membrane [GO:0098552] 0.015056 33 Alcam, Ano1, Cd74, Ikbkb, Il2rb, Itga5, Kdr, Ly6a, Ly6c1, Pkp4, and so on
GO-CC Plasma membrane part [GO:0044459] 0.021127 101 Klri1, Lime1, Ly6a, Npc1, P2rx4, Sema6a, Sept2, Tspan15, Upk1b, Zdhhc2, and so on
REACT_208531 Cholesterol biosynthesis 4.00E − 03 9 Cyp51, Dhcr7, Fdps, Hsd17b7, Idi1, Lss, Mvk, Sc5d, Sqle
REACT_198996 Elastic fibre formation 5.10E − 03 11 Efemp1, Efemp2, Fbln1, Fbln2, Fbln5, Furin, Itga5, Loxl1, Ltbp1, Mfap3, and so on

The GO-BP terms in the table are the top 5 ones with a higher adjusted p value. DE-lncRNA, differentially time-series expressed long noncoding RNA gene; GO, Gene Ontology; BP, biological process; CC, cellular component. “REACT” terms are the pathway terms.