Functional genomics technology has brought numerous advances to cancer biology and to the discovery of new therapeutic targets. Now, collaborative research that was carried out with many colleagues across the country…
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While some human cancers occur as a result of age-dependent accumulation of genetic mutations, and others are caused by deficiencies in DNA replication or repair, the causes of many oncogenic…
Read MoreTo enable quantitative analysis of post-translational protein modifications, Paolo Cifani and Mojdeh Shakiba in the lab developed ProteoModlR, a R program for quantitative analysis of relative and absolute abundance and…
Read MoreWelcome to the course page for Next-Gen Methods in Pharmacology! Graduate Program in Pharmacology, Weill Cornell Medical College and Sloan Kettering Institute Course Directors: Michael Kharas & Alex Kentsis This…
Read MoreTransposons are mobile genetic elements that are found in most living organisms. We have now found that human PGBD5 can induce DNA transposition in human cells. The apparent conservation of…
Read MoreSmall world: who do I see while visiting @Stanford but my @sloan_kettering colleague @whitefishlab who is doing the same.
Wonderful to see this story of the first ever @US_FDA approved therapy for patients with BPDCN in press @NEJM. A true multicenter collaborative effort with special thanks to @doctorpemm, everyone at @Stemline, and of course, our patients. https://t.co/3WuunXa2Qc https://t.co/8rSFtrBTYc
#covalent #PROTACs work! Happy to share the results of this collaborative work on HaloPROTACs @HTovell @chiaramaniaci @mrcppu and @alessiociulli https://t.co/nyXYym982M
The electron beams (cryo EM and micro ED) are here to stay. Things are advancing rapidly - a report from a symposium yesterday:
https://t.co/JewrOOgAMf
Nice to see this finally published: Engineered peptide barcodes for in-depth analyses of binding protein libraries https://t.co/qeu9bvsaWE
