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Table 1 Somatic mutations in cancer exomes and pathways affected

From: Personalized therapies in the cancer "omics" era

Tumour type (sample size)

Genes analyzed

Average number of mutated genes/patient

Major pathways deregulated

References

Breast (n = 11)

18,191

62

RTKs, PI3K, NFκB,

[7]

Colorectal cancer (n = 11)

18,191

88

RTKs, PI3K, Cell adhesion, Cytoskeleton, Extracellular matrix

[7]

Colorectal cancer (n = 1)

Genome

292

Transcription (SPDEF), Metalloproteases (MMP28), PI3K, BRAF

[16]

Glioblastoma (n = 22)

20,661

47

RTKs, PI3K, Cell cycle, DNA damage (p53), Neuronal-type pathways (ionic channels), IDH1

[13]

Pancreas (n = 24)

20,661

48

KRAS signalling, DNA damage control, Cell cycle, TGFβ pathway, Wnt/Notch signalling, Cell adhesion and integrin signalling, MAPK signalling, Apoptosis

[14]

Glioblastoma (n = 206)

601 selected genes

NA

RTKs, NF1, DNA damage, PI3K, Cell cycle, methylation, mismatch repair

[12]

Lung cancer (n = 188)

623 genes implicated in cancer

NA

RTKs, DNA damage control, RAS (K and N), NF1, LRP1B (lipid metabolism), MAPK signalling, Wnt signalling, STK11 (Ser/Thr kinase)

[10]

Lung cancer (n = 371)

NA

NA

Cell cycle, PI3K, RTKs, Tyrosine phosphatases, cAMP, Angiogenesis, NKX2-1 (pneumocyte differentiation)

[9]

Lung cancer (n = 1)

Genome

134

Cell cycle (Rb), DNA damage (p53), DNA helicase CHD7

[11]

Mesothelioma (n = 4)

15,000

6

DNA damage, Extracellular matrix, Mitochondrial reductase activity, proteasome, Apoptosis

[54]

Diverse cancers (n = 210)

518 kinases

NA

RTKs, JNK, MAPK,, BRAF, DNA damage control

[20]

Renal cancer, clear cell (n = 101)

3544

NA

Histone modifications (SETD2, JARID1C, UTX), VHL, NF2, HIF1A, PMS1 (DNA mismatch repair), WRN and NBN (DNA double strand repair)

[55]

Diverse cancers (n = 3131)

NA

NA

Kinases, cell cycle, NFκB, Myc, Apoptosis, Cell adhesion, DNA methylation, microtubule organization, transcription

[22]

Acute Myeloid leukaemia ((n = 1)

Genome

10

NRAS, NPM1, IDH1, CDC42, IMPG2, ANKRD46, LTA4H, FREM2, CEP170

[17, 18]

Ovarian granulosa cell tumours (n = 4)

Genome

NA

FOXL2

[56]

  1. RTKs: receptor tyrosine kinases. NA: not available