Project list (click to check detailed information)

IDProject AccessionOrganismStudy TitleCenter NameCancer TypeAmplification Method
1SRP017032Homo sapiensHomo sapiens Genome sequencingHarvard UniversityColorectal cancerMALBAC
2SRP029757Homo sapiensCTC Sequencing on Lung Cancer PatientsBiodynamics Optical Imaging Center, Peking UniversityLung cancer (CTC) and liver cancerMALBAC
3SRP026609Homo sapiensSingle Human Oocyte Genome sequencingBiodynamic Optical Imaging Center, PKUnotcancer-germ-oocytesMALBAC
4SRP052908Homo sapienseWGA-Seq for single cell whole genome sequencingPeking UniversityColorectal cancer and HUVECeMDA,MDA,MALBAC,DOP-PCR
5SRP050588Homo sapiensComparison of Whole Genome Amplification Methods used in Single-cell SequencingBGIGastric cancer and lymphoblastoidMDA,MALBAC,DOP-PCR
6SRP127755Homo sapiensProstate Single Cell Genome SequencingBeijing Hospital, BeijingProstate cancerMALBAC
7SRP102259Homo sapiensSingle-Cell Whole Genome Analyses by Linear Amplification via Transposon Insertion (LIANTI)Harvard Universitynotcancer-fibroblastLIANTI,MDA,MALBAC,DOP-PCR
8SRP093555Homo sapiensMulti-region and single-cell sequencing reveal variable genomic heterogeneity in rectal cancerPeking UniversityColorectal cancerMALBAC
9SRP017186Homo sapiensHuman Sperm Genome SequencingHarvard Universitynotcancer-germ-spermMALBAC
10SRP068920Homo sapiensSingle Cell Sequencing of Circulating Tumor Cells from Various Cancer TypesPKUColorectal/breast/gastric/prostate/ cancer (CTC)MALBAC
11SRP186739Homo sapiensInferring Evolution and Progression of Small-Cell Lung Cancer by Single-Cell Sequencing of Circulating Tumor CellsPKUSmall-cell lung cancer (CTC)MALBAC
12ERP024468Homo sapiensComparison of seven single cell Whole Genome Amplification commercial kits using targeted sequencingEuropean Bioinformatics Institute;Department of Computer Science and Applied Mathematics;Weizmann Institute of Sciencenotcancer-embryonic stem and epithelial LA-PCR,MALBAC,DOP-PCR,MDA
13ERP137498Homo sapiensWhole Genome Amplification surveying yield, reproducibility and heterozygous balance, reported by MIPs targeting STRsEuropean Bioinformatics Institute;WISnotcancer-embryonic stem MALBAC,DOP-PCR,MDA

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