NIPBL 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: CN4068

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: wortmannin

condition dose: 10 nM
condition time: 6 h

CONDITION TYPE: trt_cp

Compound

CELL LINE: MCF7

Cell lines used for experiments

TRANSCRIPTION FACTOR: NIPBL

Transcription regulatory factors corresponding to this network

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

PI4KA

hsa04070

PI4KB

hsa00562

PIK3CA

hsa04140

PIK3CD

hsa00562

PIK3CG

hsa04261

PIK3R1

hsa04668

PLK1

hsa04914

PRKDC

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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Symbolcontrolcontrolcontrolcondition
CD3D4.86375.03184.75170.4563
IRX46.41486.52296.51013.0823
ATF18.16428.34028.49551.8883
BRCA17.17377.51277.58262.7292
HSPA811.758211.611911.2764.8889
CYCS9.94719.872110.19894.9458
NMT18.91748.72318.89692.8522
HDAC210.536710.35710.67216.6422
MBTPS18.41568.52898.53755.1026
LPGAT18.25178.83968.30572.5961
GLRX6.62986.90976.97172.7292
POLG29.07959.4059.14982.5114
TRAPPC311.208511.650211.65956.3905
RBM3410.043610.073510.35494.1332
RAD51C10.992911.115411.49794.7783
YME1L19.83429.88249.92165.0522
POLR2I12.061111.948111.35255.2229
HAT19.56629.39159.34442.6424
ENOPH111.35511.445912.17395.0522
JMJD612.070512.163512.33435.0522
NOSIP10.144810.26059.65964.6662
NUSAP110.237310.237310.44054.2235
SCAND112.134511.940811.61727.2008
FIS111.078711.488111.11445.1464
SPRED210.024710.142610.26876.4871
TXNDC99.9929.79159.77482.3649
ZMYM211.424711.386411.30186.4871
NPEPL111.599811.680811.28874.6662
HOMER29.22399.17799.45374.3624
CLTB11.439211.688711.98925.8642
CCDC8611.42111.374511.44287.4796
IFRD212.463911.971512.30925.2663
ISOC111.269110.729811.39485.3995
MACF19.56629.60389.14984.4775
PMM213.077912.664512.86597.8169
PRR710.527910.746510.05964.8234
ITGAE10.679510.775510.68944.8889
NUP8511.483611.826711.22535.3995
MRPS1611.915611.866111.69045.6981
NOL310.778210.915311.05216.7652
NR2F611.178211.437710.84045.3995
ACAT210.089710.18369.85146.0553
CHMP4A10.58710.695910.59542.9588
FBXO2111.382611.130611.32136.3407
GATA311.28711.454311.26844.6662
NVL11.346210.809411.07735.9584
ATF511.501211.913211.74916.1839
UFM110.37210.220410.15565.9584
PTPRK11.248310.759611.10965.9584
RAB319.19359.31049.09275.2663
RFC510.558910.798710.4316.6193
CEP559.35319.22229.4025.2037
ZNF14610.822911.141511.17466.3596
TAF1010.507410.34729.995.3425
BZW111.423411.820411.64395.1621
ATF411.833311.896511.5625.6711
STRAP12.009311.788212.21467.3049
NOP5613.902513.783813.887810.3321
ACSL312.470812.675512.86897.9803
UBXN19.833610.29489.97795.4066
RRM212.924412.856912.68227.455
WDR829.840910.093210.11296.2007
GGPS19.13298.87789.1774.658
MCRS110.107210.29819.90375.746
ARL38.5518.61388.37744.488
TOB111.190211.511411.09724.9075
LSM411.505811.886411.74787.675
RNASEH2A10.826810.985710.61965.1192
BCAS212.418711.916812.65245.5718
DTYMK10.860510.849110.83125.2993
RPP308.20838.15698.25854.6258
PNO19.2059.16629.03645.3386
MYL6B10.444710.318810.4655.9459
CD836.57566.61236.89322.6537
SEC14L27.59637.33337.16272.6861
FEN113.357513.378813.69348.938
TTK8.90378.88329.00525.4825
NUFIP18.82498.70948.59335.0605
DNAJC810.900410.88910.75027.0317
BLM5.74646.01936.00711.7351
GALNS9.16629.11998.86215.1807
TOP111.137811.063811.11037.1978
NXF19.91999.56729.72425.4766
GABARAPL29.97859.4489.69774.8816
NHP214.845514.414514.634110.2744
CNPY211.230911.166511.49466.759
TUBD111.059411.517711.33996.3173
CEBPB1515157.0946
PTPN1110.131110.394710.54545.872
RND312.839612.758213.7154.19
OIP59.58829.76669.50825.3657
APRT13.644613.6513.24328.5065
NOP1614.188314.208514.29719.1472
GGCT12.53612.058112.78446.1896
WBP1110.979410.837311.326.2729
RNF13010.36089.863110.45223.2882
PMEPA17.79267.89517.71641.9806
VKORC111.251311.093910.63755.8474
CFAP209.23229.76179.84844.0317
SAP30BP10.92411.095111.14356.2964
CXCL1411.622611.497911.88641.7649
PRPF40A9.99079.71829.79575.0535
TIMM1311.052110.92511.26916.4753
NDUFB412.381512.306812.13858.4706
NUBP210.702410.778210.7737.4542
DDA18.86819.19279.12614.6416
ZWILCH10.25759.979210.53984.5049
CMC211.769811.698512.07057.0467
WDR5910.41710.190610.2116.696
CNIH411.233811.083511.28035.1945
PUS712.115311.958712.07536.4606
NIP710.893211.095110.57614.1447
ZNF5769.63839.63559.37875.7702
TMEM16010.915311.326610.75515.7708
VANGL18.92339.2399.03684.9573
GTDC15.43655.525.67921.9721
CSDE112.323312.252712.26747.8609
MRTO411.908611.731211.65397.3333
SLC38A211.696911.874512.02197.4547
PLEKHA512.422112.094212.63416.3562
BRIP18.81468.75778.9184.6316
BABAM111.210211.663611.3436.1341
WDR7410.347810.538510.31846.6455
GPSM29.86999.95110.11455.8173
GLRX59.73669.89299.74195.7157
CERS210.213810.163410.62784.9819
CXADR9.428710.01569.93933.3751
TULP310.764910.4910.55955.5255

NIPBL 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: NIPBL

[1] Cryo-EM structure of the human cohesin-NIPBL-DNA complex.

[2] Roles of NIPBL in maintenance of genome stability.

[3] MAU2 and NIPBL Variants Impair the Heterodimerization of the Cohesin Loader Subunits and Cause Cornelia de Lange Syndrome.

[4] BRD4 interacts with NIPBL and BRD4 is mutated in a Cornelia de Lange-like syndrome.

[5] Calcium signaling instructs NIPBL recruitment at active enhancers and promoters via distinct mechanisms to reconstruct genome compartmentalization.

[6] NIPBL: a new player in myeloid cell differentiation.

[7] Cornelia de Lange syndrome.

[8] Inhibition of NIPBL enhances the chemosensitivity of non-small-cell lung cancer cells via the DNA damage response and autophagy pathway.

[9] Cornelia de Lange syndrome: from molecular diagnosis to therapeutic approach.

[10] The Cornelia de Lange Syndrome-associated factor NIPBL interacts with BRD4 ET domain for transcription control of a common set of genes.

Transcription factor KEGG

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