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Table 1 Summary of KRAS mutation cancers therapeutics

From: Targeting KRAS mutant cancers: from druggable therapy to drug resistance

Biomarker

Name

In vitro efficacy

In vivo efficacy

Ref.

Tissue-Cell Line

IC50 (nM)

Dose (mg/kg)

Animal model

Inhibition% or Regression%a (Day)

Act to directly inhibit KRAS

 KRAS-G12C

ARS-1620

Lung-H358 (KRAS-G12C)

100

400

Pancreas-MIA-PaCa2 (KRAS-G12C)

-52 (18)

[21]

Pancreas-MIA PaCa-2 (KRAS-G12C)

200

400

Lung-H358 (KRAS-G12C)

-33 (27)

[21]

MRTX849

Lung-H2030 (KRAS-G12C)

0.2

100

Colorectal-CR6243 (KRAS-G12C)

-35 (20)

[43]

Lung-H358 (KRAS-G12C)

2.5

100

Lung-Calu-1 (KRAS-G12C)

-81 (22)

[43]

Pancreas-MIA PaCa-2 (KRAS-G12C)

29.6

100

Pancreas-MIA PaCa-2 (KRAS-G12C)

-100 (19)

[43]

Lung-SW1573 (KRAS-G12C)

15.7

100

Lung-LU65 (KRAS-G12C)

-97 (13)

[43]

Lung-H1792 (KRAS-G12C)

8.6

100

Lung-H1373 (KRAS-G12C)

-95 (22)

[43]

AMG510

Pancreas-MIA PaCa-2 (KRAS-G12C)

1

100

Pancreas-MIA PaCa-2 (KRAS-G12C)

-56 (24)

[38]

Lung-H1373 (KRAS-G12C)

5

100

CRC-PDX (KRAS-G12C)

-69 (41)

[38]

Lung-H2122 (KRAS-G12C)

9

100

CRC-CT- 26 (KRAS-G12C)

-59 (29)

[38]

Lung-H358 (KRAS-G12C)

3

100

Lung-H358 (KRAS-G12C)

-50 (24)

[38]

 KRAS-G12D

MRTX1133

Stomach-AGS (KRAS-G12D)

6

30

Panc 04.03 (KRAS-G12D)

-70 (26)

[25]

Targeted regulation of KRAS active protein

 SOS1

BAY-293

Lung-H23 (KRAS-G12D)

734

–

–

–

[40]

Colon-DLD1 (KRAS-G13D)

640

–

–

–

[40]

BI-3406

Lung-H23 (KRAS-G12D)

9

50

Pancreas-MIA PaCa-2 (KRAS-G12C)

86 (22)

[41]

Lung-H358 (KRAS-G12C)

24

50

CRC-LoVo (KRAS-G13D)

62 (23)

[41]

Colon-DLD1 (KRAS-G13D)

24

50

CRC-B8032 (KRAS-G12C)

27 (22)

[41]

 SHP2

SHP099

Lung-H23 (KRAS-G12D)

592

100

Oesophagus-KYSE520

98 (14)

[44]

Lung-H358 (KRAS-G12C)

360

–

–

–

[44]

TNO155

Lung-H3255 (EGFR-L858R)

120

7.5

Lung-H2030 (KRAS-G12C)

43 (14)

[45]

Lung-HCC827 (EGFR-ex19del)

700

7.5

Esophageal cancer-KYSE410 (KRAS-G12C)

87 (14)

[45]

Inhibitors of KRAS upstream signaling pathway

 EGFR

AZD9291

Lung-H1975 (EGFR-L858R)

25

10

Lung-PC-9 (EGFR-ex19del)

-60 (14)

[46, 47]

Lung-HCC827 (EGFR-ex19del)

> 250

10

Lung-H1975 (EGFR-L858R/T790M)

-68 (14)

[46, 47]

JBJ-04-125-02

B cell-Ba/F3 (EGFR-L858R)

1000

100

Lung-H1975 (EGFR-L858R/T790M)

-70 (35)

[48]

Inhibitors of KRAS downstream signaling pathway

 MEK1/2

GSK112021

Pancreas-BXPC-3 (P53-mutant)

10

0.3

PDX-738

-20 (14)

[49]

 ERK1/2

BVD-523

Pancreas-MIA PaCa-2 (KRAS-G12C)

500

100

CRC-Colo205 (BRAF-V600E)

-100 (14)

[50]

Chromoma-A375 (BRAF-V600E)

500

100

Chromoma-A375 (BRAF-V600E)

-100 (18)

[50]

 BRAF

BGB283

Chromoma-A375 (BRAF-V600E)

64

5

Colon-HT29 (BRAF-V600E)

75 (22)

[51]

Colon-HT29 (BRAF-V600E)

50

10

Colon-Colo205 (BRAF-V600E)

> 100 (15)

[51]

 p110α

BYL719

Medulloblastoma–DAOY (PIK3R1-mutant)

5650

25

Breast-MCF7 (PIK3CA-mutant)

-10 (21)

[52, 53]

 AKT

MK2206

Liver-Huh7

3100

100

Pancreas-BT-474 (HER2-amplified)

70 (28)

[54]

 mTOR

RAD001

Lymph-U937

20

–

–

–

[55]

OSI-027

T cell-Jurkat

300

65

CRC-GEO

100 (12)

[56, 57]

Degradation agent of KRAS

 KRAS-G12C

LC-2

Lung-SW1573 (KRAS-G12C)

760

–

–

–

[58]

Lung-H23 (KRAS-G12C)

250

–

–

–

[58]

Small interfering RNA therapies

 KRAS mRNA

AZD4785

Epidermal carcinoma-A431

10

50

Lung-NCI-H358

55 (28)

[59]

  1. a1) Tumor growth inhibition was calculated when the mean final treated tumor volume was larger than the initial treated tumor volume using the following formula
  2. Tumor growth inhibition = 100%*((Final vehicle tumor volume) – (Final treated tumor volume)) / ((Final vehicle tumor volume) – (Initial vehicle tumor volume))
  3. 2) Tumor regression was calculated when the mean tumor volume of the final treated tumor was smaller than the initial treated tumor volume using the following formula
  4. Tumor regression = (−100%) * (1 – ((Final treated tumor volume) / (Initial treated tumor volume)))