KLF10 transcriptional regulatory sub-network

The possible genes regulated by the transcription factor were obtained by calculation, and the results were displayed in the form of network

NETWORK ID: CN3189

In order to ensure the specificity of data, an ID index is built by the database itself, and each result corresponds to an ID.

CONDITION: AR-A014418

IDBRD-K67860401
nameAR-A014418
typeSmall molecule
molecular formulaC12H12N4O4S
molecular weight308.32
condition dose10 uM
condition time6 h
smilesCOc1ccc(CNC(=O)Nc2ncc(s2)[N+]([O-])=O)cc1

CONDITION TYPE: trt_cp

Compound

CELL LINE: HEPG2

Cell lines used for experiments

TRANSCRIPTION FACTOR: KLF10

Transcription regulatory factors corresponding to this network

ARTICLE: AR-A014418

[1] GSK3β suppression inhibits MCL1 protein synthesis in human acute myeloid leukemia cells.

[2] N-(4-Meth-oxy-phen-yl)-N'-(5-nitro-1,3-thia-zol-2-yl)urea.

[3] Glycogen synthase kinase 3β as a potential therapeutic target in synovial sarcoma and fibrosarcoma.

[4] GSK3α/β: A Novel Therapeutic Target for Neuroendocrine Tumors.

[5] The antinociceptive effects of AR-A014418, a selective inhibitor of glycogen synthase kinase-3 beta, in mice.

[6] Structural insights and biological effects of glycogen synthase kinase 3-specific inhibitor AR-A014418.

[7] Glycogen synthase kinase 3-specific inhibitor AR-A014418 decreases neuropathic pain in mice: evidence for the mechanisms of action.

[8] GSK3 inhibitor AR-A014418 promotes osteogenic differentiation of human adipose-derived stem cells via ERK and mTORC2/Akt signaling pathway.

[9] Inhibition of GSK-3β on Behavioral Changes and Oxidative Stress in an Animal Model of Mania.

[10] AR-A014418 as a glycogen synthase kinase-3 inhibitor: anti-apoptotic and therapeutic potential in experimental spinal cord injury.

Curated target protein/gene of this condition/drug

Protein target or gene target of this condition curated by previous studies and their associated KEGG pathways are shown below

Target Gene KEGG pathway

GSK3B

hsa04910

Differential expressed genes in this transcriptional regulatory sub-network

| logfc | > 0.45 and P < = 1e-5. If you want to view or download the data, you can click [expand]

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Symbolcontrolcontrolcontrolconditionconditioncondition
ENTPD15.66726.91226.15394.23484.86874.3705
L3MBTL17.39336.99277.15635.89575.6295.6706
CEP685.81215.4035.54294.73063.95874.5599
PCGF38.12678.49888.40026.78237.06946.9853
CLEC16A7.19347.42447.6566.64486.4116.5712
CBX75.49075.47164.98164.07914.26994.1495
SALL29.43098.81088.92467.52347.57796.7133
ZNF5007.06517.13676.69736.03525.94476.2073
METTL37.4527.14667.3044.98385.88375.7984
GTF2H2B7.92096.87357.31885.61795.16565.1765
ZSCAN326.87016.73436.67695.93716.0235.465
DCUN1D27.34227.40087.25726.30666.48996.6594
ZNF23210.253510.733410.47778.68739.0138.3921
TRMT137.16277.29217.13395.35155.40045.2522
PTCD24.82134.69094.67544.01083.85414.0174
CDADC16.02065.88766.13295.06765.11425.1744
CSAD6.26916.32346.3015.57034.86045.2537
TARDBP9.34358.39959.34357.17896.56267.6146
TBC1D128.0797.74447.89116.86117.08637.1435
NSUN65.9986.19656.02875.02485.42435.1126
DFFB6.60536.24946.60765.32525.41035.816
PIK3R48.14978.0398.04337.04426.9726.4404
AURKA8.26337.96157.81037.09457.04467.1551
PIK3R35.36885.10694.97634.2114.21634.335
PLK113.579413.508813.503712.145912.476411.7076
APPBP28.26338.31468.51197.29226.65466.5055
EFCAB148.36438.57248.28087.1767.03587.4601
TXLNA14.016413.811713.897212.432712.563513.1613
TRAK27.44897.06857.34265.32525.10865.5488
BUB1B11.419611.650611.424910.331410.27599.9426
ENOSF16.75456.50816.85975.94335.42655.5792
PAFAH1B19.36559.44349.55558.30267.7017.6881
PSRC110.353110.114110.27857.67018.89737.5543
NUP6210.460810.37239.93719.03248.8317.8802
KIF2C12.056511.661611.634910.386710.351210.2313
PIP4K2B9.539710.17179.62998.36918.16997.0181
STMN112.413511.607911.941910.854210.875210.6805
TSEN28.81328.18377.86256.86896.43036.3229
IKBKE6.07885.92796.16684.95495.33215.2599
NUSAP112.206511.956912.095910.941610.742110.4821
GPATCH87.92998.41158.44266.78466.67066.7283
EIF513.107912.923212.970811.017510.783110.9772
LSR11.635711.767211.70669.840510.01479.8883
ZNF5896.96676.97777.21235.08555.4635.8916
ZDHHC69.44089.30949.53718.1738.26127.7071
THAP119.3999.04129.24268.40128.10028.3743
PARP211.594411.57511.61428.01068.51377.7339
KIAA07537.94527.59057.89146.53726.57086.22
ABHD67.57747.23997.35056.48316.14246.1897
RPP388.00198.05247.96617.24837.07667.388
CCNF8.84278.74568.26796.31296.40986.6895
ZC3H48.81328.93148.53067.50767.43227.9063
FZD513.073513.10112.572811.308811.324910.9877
DDX113.074613.503713.069112.469912.055912.0204
CUL4A11.101611.478210.68839.855310.06589.9451
TIA110.303611.138610.23228.69089.17038.7277
ZFR11.325710.937711.317910.27969.986810.3981
PPP2R5C8.54768.30718.12097.1766.59077.055
RRM214.048413.760213.257811.951711.941412.4376
ZMYM49.64019.03929.73438.51568.24447.9187
SEL1L10.66110.553110.23589.69759.23948.9051
MTX212.318212.141112.422711.336711.279111.4021
SKP212.02512.37412.40110.815710.397111.4324
CSTF39.35699.41499.39438.47118.3237.8601
MEIS18.24348.44087.83465.99055.90975.2674
RFC312.963512.366313.085911.568911.239111.6349
COL7A16.61546.81576.6675.19935.02975.9846
EFNA49.21939.11978.9818.27578.4698.2928
BARD18.08668.05738.02617.33586.8356.7225
MLLT107.71228.26858.3897.04197.19016.6788
GEMIN410.084510.02610.33148.94499.2659.2916
OGG19.16779.24069.10318.52138.15918.2788
GINS112.771712.682712.866811.276510.986110.9914
SLC16A55.71775.24575.78644.59254.62184.4587
LETMD19.917710.03599.78128.9028.78188.7698
EXOSC1012.082512.331112.387611.57711.497811.4401
XPO112.051112.238511.915811.348311.283211.1701
NCOA69.33129.56419.54638.60448.61218.3867
CLN38.76928.68588.71017.84217.63967.8456
BCL2L211.369211.163911.506610.374710.55789.9058
NSL110.20319.66459.91499.13818.90448.9306
EXTL29.416410.0699.8248.12218.69787.6089
DCLRE1A6.69436.25846.4815.41015.27975.7519
CCNO4.95285.02745.39994.11583.91833.7721
APEX115151513.410813.76313.359
CROCCP210.23389.582110.19118.84878.77718.6502
CBX59.36929.48139.39778.07827.71627.9053
MRPS3111.660511.070211.493310.452410.393810.2036
TBC1D2B7.1037.18877.12386.13046.34926.3123
NFATC2IP9.61779.11289.14748.4998.27468.0696
DICER18.89839.63949.51187.90838.03178.1849
ANKRD284.35364.75564.23983.5033.4263.2218
RALGAPA110.260310.028910.13788.76378.40288.877
EDRF18.1517.68238.54695.225.61945.7661
CBR49.13838.88978.1677.20496.85157.5341
PMS18.41248.74858.99517.3196.46.708
UPF3A10.60829.95559.90998.59459.11318.3838
ZNF3377.4627.02977.21836.12656.18646.2337
SLC7A86.22316.4836.39755.31435.27864.7434
SLC35E2B6.82356.15326.61875.2294.66385.2646
EPS157.21747.73397.68175.91715.49116.1779
FKBP313.606613.825713.754412.01812.321212.2198
PRPF38B7.91368.07527.90037.01586.84797.351
ARGLU110.1649.73979.69798.64088.55028.8206
METTL1714.027713.699413.68712.489112.071112.254
S100PBP7.47927.62477.21656.23536.24065.6384
RBM2612.054111.446611.312410.462110.466610.263
BBS16.80886.47077.29825.85925.57285.5587
SMG89.01089.12559.19338.45477.90668.2111
PCTP9.18089.59049.82538.13058.46598.3117
NCKIPSD7.86467.94977.6526.71036.92657.1622
RNF1117.02136.49757.00825.97525.91685.7025
NUP10712.003312.352811.716210.981211.052910.9396
FASTKD18.82419.04379.20228.29287.84627.782
C2orf426.85276.62026.89695.80335.52445.4123
MFF10.238310.132910.1228.98338.39628.607
DNAAF29.11769.13139.19148.3458.25668.5438
RIC8B5.49036.05895.6554.67654.77714.7738
BORA9.02329.07279.03718.05318.15597.885
ALG69.94939.8310.55538.72698.4938.4517
NARF11.096411.025511.01710.361910.106910.2944
ZFYVE217.47627.7437.63776.57746.86116.676
HELLS7.97487.71057.93236.52266.6876.3583
ENGASE8.20848.13058.41157.03786.85697.049
C1QTNF35.01134.6664.81392.79713.66143.2197
TRMT1L7.22266.89266.7375.73455.55976.0376
MSANTD27.99588.12097.99376.64626.3966.3063
MPHOSPH87.12487.44957.11365.96786.13925.7641
SYNRG7.78358.21458.36066.22987.12875.7612
ZNF456.92487.13337.31486.06325.92765.989
IL1R16.21126.5356.51294.12274.35214.9581
FAN16.30985.77216.04554.86794.44294.1341
FRY5.52175.00064.91823.78774.02064.066
CARD85.39674.82155.67343.95563.30543.7684

KLF10 transcriptional regulatory sub-network

The possible genes regulated by the transcription factor were obtained by calculation, and the results were displayed in the form of network

ARTICLE: KLF10

[1] KLF10 as a Tumor Suppressor Gene and Its TGF-beta Signaling.

[2] A KDM6A-KLF10 reinforcing feedback mechanism aggravates diabetic podocyte dysfunction.

[3] KLF10 Deficiency in CD4(+) T Cells Triggers Obesity, Insulin Resistance, and Fatty Liver.

[4] KLF10 is a modulatory factor of chondrocyte hypertrophy in developing skeleton.

[5] KLF10 inhibits cell growth by regulating PTTG1 in multiple myeloma under the regulation of microRNA-106b-5p.

[6] KLF10 Gene Expression Modulates Fibrosis in Dystrophic Skeletal Muscle.

[7] KLF10 is upregulated in osteoarthritis and inhibits chondrocyte proliferation and migration by upregulating Acvr1 and suppressing inhbb expression.

[8] KLF10 transcription factor regulates hepatic glucose metabolism in mice.

[9] Deletion of KLF10 Leads to Stress-Induced Liver Fibrosis upon High Sucrose Feeding.

[10] FBW7 targets KLF10 for ubiquitin-dependent degradation.

Transcription factor KEGG

The KEGG pathway of the TF in this TRN is shown below