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@ipfconline1 3 years ago
Discovery of aggressive cancer cell types made possible with #MachineLearning techniques https://bit.ly/382NPeE via @medical_xpress #HealthTech #AI Cc @TamaraMcCleary @MikeQuindazzi @helene_wpli @jblefevre60 @HaroldSinnott @Paula_Piccard @Nicochan33 @pierrepinna #CES2021 https://t.co/mf3WTR0bCG
@ipfconline1 3 years ago
Discovery of aggressive cancer cell types made possible with #MachineLearning techniques https://bit.ly/382NPeE via @medical_xpress #HealthTech #AI Cc @TamaraMcCleary @MikeQuindazzi @helene_wpli @jblefevre60 @HaroldSinnott @Paula_Piccard https://t.co/ry271YdPKo
@ipfconline1 3 years ago
Discovery of aggressive cancer cell types made possible with #MachineLearning techniques https://bit.ly/382NPeE via @medical_xpress #HealthTech #AI Cc @TamaraMcCleary @MikeQuindazzi @helene_wpli @jblefevre60 @HaroldSinnott @Paula_Piccard https://t.co/3mtFQRPLUE
@ipfconline1 3 years ago
Discovery of aggressive cancer cell types made possible with #MachineLearning techniques https://bit.ly/382NPeE via @medical_xpress #HealthTech #AI Cc @TamaraMcCleary @MikeQuindazzi @helene_wpli @jblefevre60 @HaroldSinnott @Paula_Piccard
@UWChemE 3 years ago
Grad students in ChemE + 7 other UW depts presented inspiring work in today's #datascience capstone showcase. They created new cutting-edge tools for fuel cell optimization, materials discovery, personalized medicine, HT data analysis, and beyond! @UW_CEI @uwengineering https://t.co/5gKSmKXVhK
@techcrunch.com 7 years ago
Jennifer Doudna, inventor of gene editing technology CRISPR Cas9, is coming to Disrupt