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. Author manuscript; available in PMC: 2022 Aug 1.
Published in final edited form as: Food Chem Toxicol. 2021 Jun 2;154:112288. doi: 10.1016/j.fct.2021.112288

Table 4: Comparison of gene expression changes induced by the different MeHg exposure paradigms within each cluster.

The data contained in this table is the same as presented in Tables 2AD, but presented in a fashion that allows the easy comparison of the differential effect of the four exposure paradigms within each cluster. All genes with expression changes > 2-fold (FDR 0.05) are listed for the four different exposure paradigms. Numbers indicated represent fold change, values > 0 indicate up-regulation, values < 0 indicate down regulation. Five groups of genes particularly relevant to this analysis are highlighted in colors as indicated. The assignment of those genes to the particular groups is based on information from several different sources including https://medlineplus.gov/genetics/gene/; https://www.ncbi.nlm.nih.gov/gtr/genes/; https://www.genecards.org/; www.uniprot.org/uniprot/; https://pathcards.genecards.org/card/; and the literature cited in the text.

ribosomal component actin dynamics/muscle tissue
mitochondrial component cell cycle
forebrain/neuron development
Exposure paradigm comparison by cluster
Gene E 0.1 μM E 1 μM E+L 0.1 μM E+L 1.0 μM
Cluster 0
ACTC1 5.38
ATP5ME 2.23
COL9A3 2.03 2.05
COX16 2.13
HECW1 2.1
ID3 2.18
MRPS24 2.50
MSX2 2.15
MT-ND3 2.24
MT-ND4L 2.40
MYH3 3.57
MYL1 2.06
MYLPF 3.85
NDUFA3 2.09
NDUFB1 2.17
NME2 4.23
PAM16 2.06
RNASEK 2.04
RPL17 2.12
RPL38 2.03
RPS27 2.11
RPS29 2.41
SIX3 0.39
SNHG25 2.17
SNHG9 2.03
TNNC1 2.42
TNNI1 3.02
TOMM5 2.09
TPM2 2.19
TTR 2.33
UBE2V1 2.18
Total number of genes 18 3 0 11
Cluster 1
Gene E 0.1 μM E 1 μM E+L 0.1 μM E+L 1.0 μM
ATP5ME 2.27
COL9A3
DHRS3 0.49
HECW1 2.1
HES1 2.004
HIST1H4C 2.01
ID3 2.12
KLHDC8A 2.0002
MRPS24 2.63
MSX2 2.08
MT-ND3 2.32
MT-ND4L 2.29
NDUFA3 2.1
NDUFB1 2.29
NME2 4.12
PAM16 2.4
RNASEK 2.15
RPL17 2.31
RPL38 2.06
RPS27 2.22
RPS29 2.49
SIX3 0.41
SNHG25 2.25
TOMM5 2.08
TTR 2.28
UBE2V1 2.31
ZSCAN16-AS1 2.14
Total 19 4 0 4
Cluster 5
Gene E 0.1 μM E 1 μM E+L 0.1 μM E+L 1.0 μM
AL355075.4 2.04
AL360012.1 2.09
ARHGAP11B 2.05
ATP5ME 2.21
BUB1 0.46
C11orf98 2.002
C2orf40/ECRG4 2.36
CDC20 0.41
CENPE 0.41
COL9A3 2.07
COX16 2.15
DHRS3 0.39
DHX8 2.37
ECT2 0.49
GPM6A 2.19
HMMR 0.46
HYOU1 2.02
ID1 2.04
MRPS24 2.14
MT-ND3 2.31
MT-ND4L 2.55
NDUFA3 2.07
NME2 3.16
NR2F2 0.4
NRN1 2.28
NSUN5 2.12
PAM16 3.03
PRR11 0.48
RNASEK 2.18
RPL17 2.15
RPL38 2.07
RPS27 2.13
RPS29 2.36
SNHG9 2.35
STMN4 0.39
TRH 0.10 0.13
TTR 2.72
TXNDC16 2.02
UBE2V1 2.47
VEGFA 2.02
Total number of genes 23 3 13
Cluster 2
Gene E 0.1 μM E 1 μM E+L 0.1 μM E+L 1.0 μM
AL138826.1 0.24
ATP5ME 2.26
CALB2
COX16 2.05
HES1 2.13
HIST1H4C 2.25
MEG3 2.06 0.33
MRPS24 2.34
MT-ND3 2.32
MT-ND4L 2.32
NDUFA3 2.18
NDUFB1 2.32
NME2 3.6
NR2F2 0.42
NTS 3.61 4.4
PAM16 2.55
RNASEK 2.68
RPL17 2.18
RPL37A 2.04
RPL38 2.08
RPS27 2.19
RPS29 2.55
SNHG9 2.01
TAC3 0.48
TLN1 2.08
TOMM5 2.13
TTR 4.72 2.5
UBE2V1 2.55
WLS 2.01
Total number of genes 21 7 0 4
Cluster 3
Gene E 0.1 μM E 1 μM E+L 0.1 μM E+L 1.0 μM
ATP5ME 2.18
CARTPT 2.22
EMX2 2.08
FST 2.2
FSTL5 2.14
GAL 3.31
HIST1H4C 2.39
ID1
ID2 2.18
ID3 2.43
ISL1 2.18
MEG3 3.56 2.94
MT-ND3 2.12
MT-ND4L 2.44
NDUFA3 2.11
NME2 2.37
NTS 3.7
OTP 0.39 0.41
PAM16 2.17
RASL11B 2.31
RELN 2.16
RGS16 2.28
RNASEK 2.51
RPS27 2.07
RPS29 2.47
RSPO3 2.35
SIX3 0.25
SNHG9 2.05
SST 0.07 0.32
TTR 2.27
UBE2V1 2.16
Total number of genes 14 6 2 12
Cluster 4
Gene E 0.1 μM E 1 μM E+L 0.1 μM E+L 1.0 μM
ACTA2 0.24 0.31
ACTG2 0.4
ADAMTS1 0.45
AL139246.5
ALDH1A1 0.36
ANKRD1 0.44 0.40 0.44
ASS1 2.02
ATF3 0.41
ATP2B2 2.09
ATP5ME 2.11
BBOX1 2.54
BCAN 0.39
C9orf24 2.06
CAPS 2.07
CCK 3.92
CCL2 0.27 4.23
CCNO 4.12
CDC20B 2.08
CEBPB 0.49
CFI 0.39
COL3A1 0.33
COL4A1 0.50
CRH 0.29 0.28 0.18
CYTOR 0.48
DCN 0.41
DCT 0.24
DLK1 4.36 4.47
DLX1 2.08
ECEL1 2.07
EDNRB 2.27
EFNA5 0.42
ERICH5 0.43
FABP7 0.39
FAM107A 2.22
FAM69C 0.47
FBN2 0.48
FIBIN 2.21
FN1 2.50
FOLR1 2.66
GALNT5 2.23
GPNMB 0.41 0.38
HES6 0.26
HMX1 0.44
HOPX 0.42
IER3 0.45
IFIT2 2.29
IGF1 2.48 2.01
IGFBP7 2.52
IQCH-AS1 2.08
KCNJ13/Kir7.1 2.12
KCTD8 2.26
LAMA4 2.03
LGALS3 0.46
LHX1 2.23
LINC00982 2.05
LINGO1 2.11
LRRC17 0.40 0.33
LUM 0.31
LYPD1 0.39 0.4
MAB21L2 0.49
MEG3 0.42
MRPS24 2.78
MT-ATP8 2.09
MT-ND3 2.03
MT-ND4L 2.18
MYL9 0.35
NDP 0.495
NDUFB1 2.13
NEFM 0.38
NEUROD6 2.63
NEUROG1 2.47
NME2 4.36
NPPB 0.32 0.30
NRN1 2.62
NTN1 0.48
NTS 0.29 0.45
NUDCD3 2.07
NUPR1 0.37
PAM16 2.71
PDZRN3 2.23
PLAC9 0.48
PLK2 0.45
PLS3 2.26
PMCH 7.35
PMEL 0.13 0.29
PPP1R14C 0.43
PTN 2.22
RBP1 0.33
RGS16 0.46
RNASEK 2.86
RPL17 2.03
RPP21 2.01
RPS27 2.02
RPS29 2.37
S100A11 0.47
S100A6 0.44
SEMA6D 0.48
SFRP2 0.26 0.38
SLIT1 0.48
SNHG25 2.50
SNTG1 2.72
SPTY2D1OS 2.07
TAGLN 0.19 0.23
TPM1 0.38
TPM2 0.50
TTR 2.87
TWIST1 0.32
UBE2V1 2.50
UNC5A 2.96
XIST 2.41
ZFYVE16 2.04
ZSCAN16-AS1 2.04
Total number of genes 29 61 14 25