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. 2015 Apr 24;16:43. doi: 10.1186/s12863-015-0201-4

Table 4.

Top ten transcription factors, mRNAs and miRs ranked by the number of their connections at the 2 time points 24 h and 7d post-IR injury

miR (24 h) C miR (7d) C mRNA (24 h) C mRNA (7d) C TF (24 h) C TF (7d) C
miR-495* 172 miR-873 55 Dhcr24 22 Igf1 21 Maf 389 Lef1 124
miR-214 170 miR-223 48 Map2 22 Prrx1 16 Stat1 165 Stat1 106
miR-207 143 miR-410 45 Hmox1 21 Xpr1 16 Creb1 104 Bcl6 98
miR-298 132 miR-185 45 Pcdha4 21 Dhcr24 14 Nptx1 29 Stat3 12
miR-466b 111 miR-291a-3p 44 Foxp1 21 Slc26a4 14 Tp53 28 Runx1 8
miR-206 104 miR-495 43 Samd12 20 Glce 13 Foxp1 21 Cebpb 8
miR-19a 102 miR-329 40 Kcnc1 19 Slc18a2 13 Isl1 18 Litaf 7
miR-221 95 miR-207 35 Ppp1r9a 19 Stat3 12 Nr2c2 15 Arida5a 6
miR-297 91 miR-138 31 Rictor 19 Fut4 12 Gnb1 12 Lgals3 4
miR-33 90 miR-539 28 Dclk1 19 Scarb2 12 Rnf138 7 Arpc1b 3

*Bold denotes the common molecular components between the early and late post-IR time points.

We have rank-ordered each of the 3 molecular components by their relative connectivity and used this as a marker of relative importance within networks at the 2 time points. Note that there are a few molecular components which are common to both time points. For example rno-miR-495 and rno-miR-207 are common between the 24 h and 7d time points, but they are rank-ordered differently between the 2 time points. In addition, Stat1 is present and equally rank-ordered at both time points. C = number of connections.