Shows
Cracking the Cancer CodeTeam Science!Send us a textIn this episode we discuss how modern cancer research increasingly requires collaboration between traditional lab scientists and computational experts from the earliest stages of study design. The episode challenges the common misconception that data scientists only analyze data after collection, highlighting how early involvement of computational experts can strengthen experimental design and ultimately lead to more robust cancer research.2024-12-0227 min
The Bio ReportCuring Cancer with MathThe promise of precision medicine to provide more effective and safer cancer therapies that target the genetics driving each patient’s disease has been hindered by the lack of understanding of the specific genetic alterations underlying many cancers. Elana Fertig thinks math can solve that problem. Fertig, with a nod to the algorithm Netflix uses to help recommend movies users might like, is working to identify the genes that drive an individual’s cancer. Fertig, assistant professor of Oncology Biostatistics and Bioinformatics at Johns Hopkins Kimmel Cancer Center, discussed the proliferation of genetic data relating to cancer, how researchers may be a...2017-04-2718 min
The Bio ReportCuring Cancer with MathThe promise of precision medicine to provide more effective and safer cancer therapies that target the genetics driving each patient’s disease has been hindered by the lack of understanding of the specific genetic alterations underlying many cancers. Elana Fertig thinks math can solve that problem. Fertig, with a nod to the algorithm Netflix uses to help recommend movies users might like, is working to identify the genes that drive an individual’s cancer. Fertig, assistant professor of Oncology Biostatistics and Bioinformatics at Johns Hopkins Kimmel Cancer Center, discussed the proliferation of genetic data relating to cancer, how researchers may be a...2017-04-2718 min