서 론
전립선암
Table 1.
Enrolled study | Disease characteristics | NGS platform | Samples |
---|---|---|---|
TCGA_prostate5 | pT2a-pT4, primary prostate cancer |
• Whole-exome sequencing • Array based methods (copy number alteration, DNA methylation, mRNA sequencing) • Micro RNA sequencing • Reverse-phase protein array |
333 |
CPC-GENE8 | Localized, nonindolent prostate cancer |
• Whole-exome sequencing • Array based methods (copy number alteration, DNA methylation, mRNA sequencing) |
200 (WGS)+ 277 (WES) |
SU2C/PCF clinical data9 | Metastatic castration resistant prostate cancer |
• Whole-exome sequencing • Transcriptome sequencing (mRNA) |
150 |
SU2C/PCF autopsy data10 | Metastatic prostate cancer |
• Whole-exome sequencing • Array based methods (Comparative genomic hybridization, RNA sequencing) |
176 |
MSKCC-Oncogenome project6 |
Primary & metastatic prostate cancer Prostate cancer cell-line & Xenografts |
• Whole-genome sequencing • Array based methods (Comparative genomic hybridization, RNA sequencing) • Micro RNA sequencing |
218 |
1. TCGA (The Cancer Genome Atlas) in Pumarv Prostate Cancer
2. Canadian Prostate Cancer Genome Network (CPC-GENE) for Localized Prostate Cancer
3. SU2C/PCF Dream Team, clinical Sequencing in Metastatic CRPC
4. SU2C/PCF Dream Team, Autopsy Data of Primary and Metastatic CRPC
5. Prostate Onco genome Project by MSKCC (Piimaiy & Metastatic)
RENAL CELL CARCINOMA
Table 2.
Enrolled study | Disease characteristics | NGS platform | Samples |
---|---|---|---|
TCGA clear cell11 | Clear cell subtype, any stage, primary tumor |
• Whole-exome sequencing • Array based methods (Copy number alteration, DNA methylation, mRNA sequencing) • Micro RNA sequencing |
446 (for at least one platform) 372 (for all platform) |
BGI-Shenzhen study12 | Clear cell subtype, any stage, primary tumor |
• Whole-exome sequencing • Targeted sequencing (1,100 gene panel) |
10 (WES)+88 (Targeted) |
Tokyo university Cancer genome project13 | Clear cell subtype, any stage, primary tumor |
• Whole-exome sequencing • Whole-genome sequencing • Targeted sequencing (777 gene panel) • Array based methods (copy number alteration, DNA methylation, mRNA sequencing) |
14 (WGS)+106 (WES), 240 (CNA), 100 (RNA) |
TCGA papillary14 | Papillary (types 1, 2), any stage, primary tumor |
• Whole-exome sequencing • Array based methods (copy number alteration, DNA methylation, mRNA sequencing) • Micro RNA sequencing • Protein expression analysis |
161 |
TCGA chromophobe15 | Chromophobe, any stage, primary tumor |
• Whole-genome sequencing • Whole-exome sequencing • Array based methods (Copy number alteration, DNA methylation, mRNA sequencing) • Mitochondrial DNA sequencing (mtDNA) |
66 (all)+50 (WGS)+61 (mtDNA) |
1. Clear Cell Renal Cell Carcinoma
1) TCGA in clear cell renal cell carcinoma
2) BGI-Shenzhen study for clear cell RCC
3) Tokyo university cancer genome project in clear cell RCC
2. Papillary Renal Cell Carcinoma
1) TCGA in papillary renal cell carcinoma
3. Chromophobe
1) TCGA in chromophobe renal cell carcinoma
UROTHELIAL CELL CARCINOMA
Table 3.
Enrolled study | Disease characteristics | NGS platform | Samples |
---|---|---|---|
TCGA_bladder17 | Chemotherapy naïve, muscle invasive bladder cancer |
• Whole-exome sequencing • Array based methods (copy number alteration, DNA methylation, mRNA sequencing) • Micro RNA sequencing • Reverse-phase protein array (RPPA) |
412 |
Dana-Farber/MSKCC19 | Muscle invasive bladder cancer patients who underwent cisplatin based chemotherapy | • Whole-exome sequencing | 50 |
TCGA_UTUC18 | Upper urinary tract urothelial carcinoma, bladder cancer | • Targeted sequencing (MSK-IMPACT panel) | 83 (UTUC)+102 (bladder) |