RT @yosoykit: We built a framework to find optimal ages for cancer screening and surveillance based on models of clonal evolution - more to…
RT @yosoykit: We built a framework to find optimal ages for cancer screening and surveillance based on models of clonal evolution - more to…
RT @yosoykit: We built a framework to find optimal ages for cancer screening and surveillance based on models of clonal evolution - more to…
RT @yosoykit: We built a framework to find optimal ages for cancer screening and surveillance based on models of clonal evolution - more to…
RT @yosoykit: We built a framework to find optimal ages for cancer screening and surveillance based on models of clonal evolution - more to…
RT @yosoykit: We built a framework to find optimal ages for cancer screening and surveillance based on models of clonal evolution - more to…
RT @yosoykit: We built a framework to find optimal ages for cancer screening and surveillance based on models of clonal evolution - more to…
RT @yosoykit: We built a framework to find optimal ages for cancer screening and surveillance based on models of clonal evolution - more to…
RT @yosoykit: We built a framework to find optimal ages for cancer screening and surveillance based on models of clonal evolution - more to…
RT @yosoykit: We built a framework to find optimal ages for cancer screening and surveillance based on models of clonal evolution - more to…
We built a framework to find optimal ages for cancer screening and surveillance based on models of clonal evolution - more to come! #mathonco #earlydetection https://t.co/vDtMTyIocP https://t.co/BIt0UMqque
Optimal Timing for Cancer Screening and Adaptive Surveillance Using Mathematical Modeling https://t.co/WPShL4ty7W
Published by the American Association for Cancer Research (#AACR) this month: The optimal timing for cancer screening and adaptive surveillance using mathematical modeling: https://t.co/klnrOnou5X
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Excited to have this out in @CR_AACR! Wonderful to collaborate with Dr. Anup Dewanji especially, a great researcher and friend, whose work in Luria-Delbrück distributions of branching processes has been a great influence to me. #earlydetection #screening h