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Tumor mutational load predicts survival after immunotherapy across multiple cancer types

Nature Genetics · 2019 · Vol. 51(2) · pp. 202–206
Robert SamsteinChung‐Han LeeAlexander N. ShoushtariMatthew D. HellmannRonglai ShenYelena Y. JanjigianDavid BarronAhmet ZehirEmmet JordanAntonio OmuroThomas KaleySviatoslav M. KendallRobert J. MotzerA. Ari HakimiMartin H. VossPaul RussoJonathan E. RosenbergGopa IyerBernard H. BochnerDean F. BajorinHikmat Al‐AhmadieJamie E. ChaftCharles M. RudinGregory J. RielyShrujal S. BaxiAlan L. HoRichard J. WongDavid G. PfisterJedd D. WolchokChristopher A. BarkerPhilip H. GutinCameron BrennanViviane TabarIngo K. MellinghoffLisa M. DeAngelisCharlotte E. AriyanNancy Y. LeeWilliam D. TapMrinal M. GounderSandra P. D’AngeloLeonard B. SaltzZsofia K. StadlerHoward I. ScherJosé BaselgaPedram RazaviChristopher A. KlebanoffRona YaegerNeil H. SegalGeoffrey Y. KuRonald P. DeMatteoMarc LadanyiNaiyer A. RizviMichael F. BergerNadeem RiazDavid B. SolitTimothy A. ChanLuc G.T. Morris
Cancer Immunotherapy and BiomarkersCancer Genomics and DiagnosticsLung Cancer Treatments and MutationsBiologyCancerOncologyImmunotherapyInternal medicineOverall survivalSurvival analysisSomatic cellCancer researchMedicine

MeSH terms

Antineoplastic AgentsHumansImmunotherapyMutationNeoplasmsTumor BurdenHigh-Throughput Nucleotide Sequencing
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