Evolution and clinical impact of genetic epistasis within EGFR-mutant lung cancers
Collin M. Blakely, Thomas B.K. WatkinsiD, Wei WuiD, Beatrice GiniiD, Jacob J. Chabon, Caroline E. McCoach, Nicholas McGranahaniD, Gareth A. WilsoniD, Nicolai J. BirkbakiD, Victor R. Olivas, Julia Rotow, Ashley Maynard, Victoria Wang, Matthew A. Gubens, Kimberly C. Banks, Richard B. Lanman, Aleah F. Caulin, John St. John, Anibal R. Cordero, Petros Giannikopoulos, Philip C. Mack, David R. Gandara, Hatim Husain, Robert C. Doebele, Jonathan W. Riess, , Trever G. Bivona
Abstract
Introductory paragraph Introductory paragraph Main text Methods Author Contributions Author Information References The current understanding of tumorigenesis is largely centered on a monogenic driver oncogene model. This paradigm is incompatible with the prevailing clinical experience in most solid malignancies: monotherapy with a drug directed against an individual oncogenic driver typically results in incomplete clinical responses and eventual tumor progression1-7. By profiling the somatic genetic alterations present in over 2,000 cases of lung cancer, the leading cause of cancer mortality worldwide8,9, we show that combinations of functional genetic alterations, i.e. genetic collectives dominate the landscape of ...
02 /Specification & Classification
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