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. Author manuscript; available in PMC: 2016 Aug 3.
Published in final edited form as: Sci Signal. 2016 Jul 26;9(438):ra74. doi: 10.1126/scisignal.aag0245

Table 6. Genes of core enrichment in the apoptosis pathway of different experimental groups.

Both of the DMSO vs. no light conditions produced an increase in expression of all of the listed genes in the first condition compared to the second. All other conditions produced a decrease in expression of all of the listed genes. In particular, the “DMSO vs. no light” columns represented controls for each set of experiments and DMSO induced an increase in the expression of the listed genes compared with the no light control.

DMSO vs.
no light
BRM vs.
DMSO
MTP vs.
DMSO
TAM vs.
DMSO
DOX vs.
DMSO
DMSO vs.
no light*
BRM + MTP +
TAM vs. DMSO
BRM + MTP +
DOX vs. DMSO
Fas Myd88 Fas Bid Fas Myd88 Myd88 Tnfrsf1a
Ripk1 Ripk1 Myd88 Il1r1 Myd88 Tnfrsf1a Fas Myd88
Myd88 Il1r1 Bid Tnfrsf1a Il1r1 Il1r1 Tnfrsf1a Ripk1
Il1r1 Tnfrsf1a Ripk1 Casp6 Ripk1 Ripk1 Ripk1 Fas
Tnfrsf1a Bid Il1r1 Tradd Trp53 Irak1 Il1r1 Il1r1
Bid Trp53 Trp53 Myd88 Tnfrsf1a Rela Ntrk1 Prkx
Trp53 Prkx Tnfrsf1a Trp53 Tradd Trp53 Trp53 Rela
Capn2 Fas Prkx Akt2 Tnfrsf10b Bid Bid Map3k14
Prkx Tradd Capn2 Fas Irak1 Akt2 Rela Trp53
Apaf1 Casp3 Irak2 Ripk1 Bid Prkx Map3k14 Ntrk1
Tradd Apaf1 Casp6 Il1rap Chuk Fas Traf2 Bid
Casp6 Irak1 Nfkbia Casp3 Casp3 Map3k14 Akt2 Akt2
Ntrk1 Birc2 Tradd Rela Casp6 Ntrk1 Bax Irak1
Tnfrsf10b Ikbkb Il1rap Ntrk1 Il1rap Tradd Nfkbia Ikbkb
Il1rap Nfkbia Rela Irak2 Apaf1 Apaf1 Prkx Bax
Prkar2b Ntrk1 Irak1 Nfkb1 Capn2 Nfkbia Bcl2l1 Apaf1
Irak1 Il1rap Casp3 Nfkbia Prkar2b Tnfrsf10b Tnfrsf10b Casp3
Rela Capn2 Akt2 Capn2 Prkx Capn2 Irak1 Nfkbia
Casp3 Rela Ntrk1 Prkar2b Nfkbia Akt1 Bad Traf2
Nfkbia Pik3cb Irak2 Bax Akt1 Bcl2l1
Chuk Pik3cb Traf2 Tradd Aifm1
Ppp3ca Il1rap Irak2 Pik3r3
Prkacb Capn1
Capn2
*

The controls are from two separate experiments (single and combined treatment) that were performed. Each experiment has its own control and light-exposed mice. The differences represent the variation of light damage from one experiment to the other.