Farber Cancer Institute / Hospital Informatics Program / Women’s Hospital / Technical University of Denmark / G1/S checkpoint / Massachusetts Institute of Technology Division / /
IndustryTerm
cancer therapy / repair systems / cancer care / /
MedicalCondition
given cancer / LST measure overlapping genomic scars / scar / ovarian cancer / DNA repair-deficient cancers / basal-like breast cancer / measured genomic scar / Fanconi Anemia / sensitive tumor / each cancer type / lung and bladder cancer / neartetraploid ovarian cancer / already established cancer / bladder cancer / cancer types / endometrial cancers / melanoma / endometrial cancer / each cancer / head and neck cancer / renal and endometrial cancer / squamous cell cancer / lung adenocarcinoma / breast cancer / Keywords Cancer / recurrent disease / high-scoring tumors / adenocarcinoma / several cancer / Cancers / additional tumor / highest scoring cancer / tumor / squamous cell lung cancer / microsatellite stable tumors / near-tetraploid cancers / genomic scar / cancer / stomach adenocarcinoma / lung adenocarcinoma cancer / triple-negative breast cancers / tumors / homologous recombination deficiency / recurrent endometrial and thyroid cancer / advanced endometrial carcinoma / DNA repair deficiency / Near-tetraploid tumors / HR deficiency / DNA scar / serous ovarian cancer / breast and ovarian cancer / breast tumors / MSI cancers / triple negative breast cancer / lung cancer / adeno and squamous cell lung cancer / Homologous Recombination Deficiency score / somewhat separate tumor / high grade tumors / gastric and endometrial cancer / gastric and endometrial cancers / deficiency / similar genomic scars / different cancer / thyroid cancer / neartetraploid tumors / established cancer / acute myeloid leukemia / near-diploid tumors / genomic scars / /
Harvard Medical School / Technical University of Denmark / Harvard / Women’s Hospital / Dana-Farber Cancer Institute / Massachusetts Institute of Technology Division of Health Sciences and Technology / Department of Surgery / Brigham and Women / Department of Systems Biology / Department of Pathology / Brigham and Women / Center for Biological Sequence Analysis / /
Person
Daniel P Silver / Francesco Favero / Aron C Eklund / Charles Wang / Andrea L Richardson / /
Position
Corresponding author / Fisher / /
Product
cisplatin / /
ProvinceOrState
DNA / Massachusetts / /
Technology
HTML / PDF / chemotherapy / treating cancer / SNP / recombination / /
Biomarker Research This Provisional PDF corresponds to the article as it appeared upon acceptance. Fully formatted PDF and full text (HTML) versions will be made available soon. Pan-cancer analysis of genomic scar signat