CHD1 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: CN1973

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: alvocidib

IDBRD-K87909389
namealvocidib
typeSmall molecule
molecular formulaC21H20ClNO5
molecular weight401.8
condition dose10 uM
condition time6 h
smilesCN1CC[C@@H]([C@H](O)C1)c1c(O)cc(O)c2c1oc(cc2=O)-c1ccccc1Cl

CONDITION TYPE: trt_cp

Compound

CELL LINE: MCF7

Cell lines used for experiments

TRANSCRIPTION FACTOR: CHD1

Transcription regulatory factors corresponding to this network

ARTICLE: alvocidib

[1] Overview of CDK9 as a target in cancer research.

[2] Transcription Elongation Can Affect Genome 3D Structure.

[3] A phase I trial of vorinostat and alvocidib in patients with relapsed, refractory, or poor prognosis acute leukemia, or refractory anemia with excess blasts-2.

[4] Clinical activity of alvocidib (flavopiridol) in acute myeloid leukemia.

[5] YAP Drives Growth by Controlling Transcriptional Pause Release from Dynamic Enhancers.

[6] Real-time dynamics of RNA polymerase II clustering in live human cells.

[7] Phase I trial of bortezomib (PS-341; NSC 681239) and alvocidib (flavopiridol; NSC 649890) in patients with recurrent or refractory B-cell neoplasms.

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

CDK1

CDK2

hsa04114

CDK4

hsa04115

CDK5

CDK6

CDK7

CDK8

CDK9

hsa05202

EGFR

hsa04510

PYGM

hsa04217

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]

you can download all data

Symbolcontrolcontrolcontrolconditionconditionconditioncondition
ZNF146.87267.73346.8655.69975.85055.69715.3517
CDC2014.352313.966614.101112.213412.549412.457411.7441
PLK111.241810.925911.47558.06634.62197.53316.7345
TSKU7.82457.38396.48634.39343.62032.68223.217
USP2212.922812.624912.230910.443510.696110.45979.1273
CHERP8.89458.99979.00796.18977.57187.05556.8696
APPBP210.857710.748311.21149.3199.94069.43419.0424
TXLNA11.326311.215910.75468.38378.91028.42717.2267
DNAJB111.154611.375110.46137.25357.20628.38026.5165
USP17.43617.26537.14024.89075.56245.16735.2503
KIF2C9.09369.35379.31017.63798.3927.7837.5769
PLA2G157.23517.28797.32715.66066.1175.46894.8802
PIP4K2B5.41665.18165.23893.53493.94983.78744.1972
CYTH15.94775.92465.41064.78914.5064.26934.4595
KEAP110.529210.686610.19168.20118.80548.848.8715
BAMBI11.705111.652811.73778.51297.52977.39966.0754
RNMT7.74047.81057.73346.0956.18635.16735.1005
NET19.171810.08929.99497.64487.57187.31167.766
SCYL36.11685.30674.53053.41713.24752.46683.4503
JMJD611.562711.396810.79928.21049.02528.48527.3765
CDCA47.42198.87847.99464.54225.79825.04495.1196
CANT112.455312.257712.347410.708911.147311.229610.9693
EIF510.908311.182211.60268.21048.82588.59479.4304
GATA310.823310.786610.56496.60826.16136.19435.3653
TIMM913.657913.362613.863610.75510.614710.610710.7149
PARP29.11538.97148.95436.43654.32045.74715.3498
RPP387.92037.71928.95434.82655.50533.83664.7563
BAG312.52512.686113.099.7799.93568.48529.4891
DLGAP510.018610.02849.75638.33518.41587.90057.8653
ZC3H48.04677.71847.90326.19095.72336.34555.6345
ZNF1469.50669.25729.27388.22338.4657.68917.7466
IST110.50110.623810.57759.05637.16448.50058.7182
DDX39A13.721813.804613.587710.625110.502212.320511.1555
PSMC612.549413.081512.491911.508210.494510.839210.8814
VEZF19.51488.80148.0486.7727.15966.62256.4502
TRAF48.37118.36878.64136.53916.70097.53136.5252
CREBZF7.54777.63177.45076.26056.60026.41165.7655
BAG58.33459.17918.55376.22485.41286.79696.1098
CHSY16.80766.73046.57224.77653.30434.42844.1371
TFAM10.229810.70310.29229.16458.79518.03388.6586
PCF116.09916.68756.74254.27554.8394.80014.567
MED17.97998.00797.8755.80876.11526.60916.2539
FSTL37.59176.6496.99915.44535.48385.56625.5303
COIL9.65449.53499.38027.89397.45027.31537.2789
TDG11.196112.218311.312410.07418.61299.66779.6134
JUND11.84412.393612.862810.27849.857710.735310.5614
TOE17.56147.45077.40146.31296.22236.47866.5943
RFC311.393812.377612.014410.13829.761810.094910.1317
USPL16.87927.58987.04275.37615.30255.77845.0506
ZNF2026.39696.93136.41145.0715.00955.41695.5936
CEP3506.73537.03376.61284.48964.2395.11165.1304
FEN111.944712.741211.731510.521210.11110.870110.575
URB27.18527.34986.86365.40915.04265.85945.5311
GEMIN48.75939.31889.21967.24417.26457.05877.0897
ALKBH17.16057.27717.6945.16954.48955.67955.2692
BLM6.11736.26835.30614.07874.41323.5834.2819
ZNF4436.75476.33185.83714.5714.75994.08454.088
HSPH112.631212.054213.619810.708910.088710.847110.2922
ZNF2006.36396.47526.2334.79654.65915.07025.0574
ARHGAP125.81146.79896.5164.61234.50134.13434.5759
SLC19A28.49889.13258.26035.61675.8975.98344.1395
TAF57.4258.17897.14425.91965.99595.44095.8594
TUBD110.748310.672210.23978.89988.60758.57577.9318
FBL12.177511.880612.365811.12510.60210.976710.9386
KPNA214.30491513.790112.51112.097812.594911.4408
PNN11.063610.861911.57729.89079.61349.41478.6507
SLC7A112.981312.818912.26810.457910.72059.3378.2784
FEM1B8.75989.45659.39677.80597.61667.77667.8418
ELF18.31087.97628.5226.27864.99446.325.2161
MFSD59.1589.65959.2078.07427.68258.08427.8932
ZFC3H17.66257.56337.82096.34566.74556.64626.1014
ZBTB18.20117.44877.53285.17354.76255.04435.4912
EDRF16.92827.54616.68235.01765.0814.98845.1474
METTL187.03597.21687.22915.10254.90084.67895.8709
NGDN10.861910.800611.08028.90858.40518.64388.8168
CA129.990811.640710.60698.91637.87878.73267.8896
HNRNPA111.990111.837411.643910.5979.68089.58279.6868
PIAS16.64247.45527.05675.76125.58445.3465.8798
BAZ1A9.58699.59499.39467.56417.02527.94547.3042
GTPBP411.114711.745511.43059.63229.68588.88499.4873
ZBED57.75937.51377.70856.1626.16276.16775.9994
SAV17.7097.35727.73975.98635.80015.99685.2372
S100PBP6.70077.55897.01875.16175.05995.30864.9687
PSPC18.01637.6888.14046.2335.47116.68796.0285
ZCCHC89.496510.20229.1077.98387.96798.25737.5803
SMG88.78378.74548.59117.20517.63046.99346.7852
IER510.44811.921210.92988.42779.18358.45739.1258
PTRH211.466912.007311.64719.363910.1459.102810.1916
TAF1D7.23217.44887.5075.65415.395.21515.7567
RNF1115.55395.5075.60552.92194.04413.93234.0725
ZNF5747.50337.53418.09616.11796.00136.77925.9707
SIRT16.23237.39816.79234.9035.54694.96864.7527
MTPAP8.33858.98678.48216.87066.98166.73297.155
ZNHIT27.43717.45397.07186.17766.2165.81386.1077
ZCCHC26.85166.3777.65525.08045.40335.44344.9734
SPHK17.36866.86567.86025.1564.99554.70875.6605
RBM157.73647.78978.16345.36416.62365.35294.8936
NAA168.80069.3139.64678.02977.78678.04237.7253
PALB26.69517.27137.29125.13813.93144.6455.3633
ZNF2675.86496.25125.93354.64184.13753.56474.2534
TDP17.7427.66817.41625.9464.27785.80344.7423
MCM108.84838.88189.63217.09167.19056.59586.994
MRTO411.511711.682911.510510.536810.3549.885610.5817
C1orf1127.56657.99397.65636.50175.99146.38466.8074
CDCA811.30411.222210.96468.94269.48659.78759.9416
C11orf686.96846.94096.74095.80415.70035.69525.0909
USP310.479411.715911.95999.56459.25729.38519.236
IMP39.41699.38218.94677.57887.63927.17536.0247
BRIP18.85128.01978.21717.15057.06986.86866.5237
NOL1113.39981513.614111.690911.55311.586711.9098
DCLRE1C6.18436.16145.19633.54964.10352.65433.7365
SLC25A447.9817.93817.9186.90126.1726.32485.9912
CEP766.79526.78496.02534.78045.28244.86774.5574

CHD1 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: CHD1

[1] SPOP-Mutated/CHD1-Deleted Lethal Prostate Cancer and Abiraterone Sensitivity.

[2] Chromatin Regulator CHD1 Remodels the Immunosuppressive Tumor Microenvironment in PTEN-Deficient Prostate Cancer.

[3] Nucleosome-Chd1 structure and implications for chromatin remodelling.

[4] Synthetic essentiality of chromatin remodelling factor CHD1 in PTEN-deficient cancer.

[5] Loss of CHD1 Promotes Heterogeneous Mechanisms of Resistance to AR-Targeted Therapy via Chromatin Dysregulation.

[6] CHD1 loss sensitizes prostate cancer to DNA damaging therapy by promoting error-prone double-strand break repair.

[7] CHD1 Loss Alters AR Binding at Lineage-Specific Enhancers and Modulates Distinct Transcriptional Programs to Drive Prostate Tumorigenesis.

[8] Missense variants in the chromatin remodeler CHD1 are associated with neurodevelopmental disability.

[9] The chromatin remodeler Chd1 regulates cohesin in budding yeast and humans.

[10] CHD1 and SPOP synergistically protect prostate epithelial cells from DNA damage.

Transcription factor KEGG

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