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Table 1 Potential small molecules for treating bladder cancer cells by targeting the PTTG1 transcriptional regulatory network

From: Clinical significance and potential regulatory mechanism of overexpression of pituitary tumor-transforming gene transcription factor in bladder cancer

Perturbagen

Cell line

Dose

Time

Sample

Description

Target

Raw CS

Normalized CS

−log10q

MAP3K9

AALE

/

96 h

3

/

/

−0.59

−2.14

15.65

TGFA

HA1E

10 ng/ml

4 h

3

/

/

−0.58

−2.12

15.65

MAX

SALE

/

96 h

3

/

/

−0.59

−2.12

15.65

Reparixin

HT29

0.03 μM

24 h

2

CC chemokine receptor antagonist

CXCR1|CXCR2

−0.58

−2.1

15.65

RELB

HT29

/

96 h

3

/

/

−0.58

−2.09

15.65

KIAA0494

HT29

1 μL

96 h

3

/

/

−0.58

−2.09

15.65

OTUD7A

HT29

1 μL

96 h

3

/

/

−0.58

−2.09

15.65

XPO7

HT29

/

96 h

2

/

/

−0.57

−2.08

15.65

IL1RAP

A375

/

96 h

2

/

/

−0.57

−2.07

15.65

BRD-A47816767

HT29

10 μM

24 h

3

/

/

−0.57

−2.07

15.65

BRD-K51126483

VCAP

10 μM

6 h

4

/

/

−0.57

−2.06

15.65

BRD-K36772364

HCC515

10 μM

6 h

3

/

/

−0.57

−2.06

15.65

Formestane

A375

10 μM

6 h

3

Selectively steroidal aromatase inhibitor (type I)

/

−0.57

−2.06

15.65

BRD-K68657207

VCAP

4 μM

24 h

3

/

/

−0.57

−2.05

15.65

TCEAL4

MCF7

/

96 h

2

/

/

−0.56

−2.04

15.65

  1. CS connectivity score