Search
-
The Richard Kolesnick Lab
… Job Title Research Fellow Email [email protected] Lab Phone 646-888-2176
-
Learn more about the contributions of the Josie Robertson Investigators to cancer research.
… Cancer Risk Declines in Old Age, New MSK Research Helps Explain Why December 4, 2024 Research from the lab of Josie Robertson Investigator alumnus Tuomas Tammela shows how advanced age can be protective against cancer — underlining the potential value of early intervention and prevention efforts and
-
Marie-Josée Kravis WISE Fellowship
Learn more about speakers and talks at the 2022 symposium.
… The 2022 Marie-Josée Kravis WISE Symposium To be held in person March 29, 2022, 3pm-6pm Memorial Sloan Kettering is pleased to present the third annual Marie-Josée Kravis WISE Symposium. This series of scientific talks from female leaders in their fields will take place in person March 29, 2022 and is
-
Patient & Caregiver Education
Esta información de Lexicomp® le explica lo que debe saber sobre este medicamento, por ejemplo, para qué se usa, cómo tomarlo, sus efectos secundarios y cuándo llamar a su proveedor de cuidados de la salud.
… Esta información de Lexicomp ® le explica lo que debe saber sobre este medicamento, por ejemplo, para qué se usa, cómo tomarlo, sus efectos secundarios y cuándo llamar a su proveedor de cuidados de la salud. Nombres comerciales: EE. UU. Janssen COVID-19 Vaccine [DSC] Nombres comerciales: Canadá AstraZeneca
-
Patient & Caregiver Education
Этот документ, предоставленный Lexicomp®, содержит всю необходимую информацию о препарате, включая показания, способ применения, побочные эффекты и случаи, при которых необходимо связаться с вашим поставщиком медицинских услуг.
… Этот документ, предоставленный Lexicomp ® , содержит всю необходимую информацию о препарате, включая показания, способ применения, побочные эффекты и случаи, при которых необходимо связаться с вашим поставщиком медицинских услуг. Торговые наименования: США Janssen COVID-19 Vaccine [DSC] Торговые наименования
-
Nominating candidate risk variants, genes and cellular programs underlying disease-critical processes is of utmost importance for developing drug targets and informing CRISPR screening. The Dey Lab focuses on developing machine learning and statistical methods integrating epigenomic and single-cell transcriptomic data from RNA-seq, ChiP-seq, Perturb-seq experiments with genetic association studies (GWAS, WES/WGS) to enhance our understanding of the functional architecture of all heritable complex diseases, like Alzheimers’, Type 2 Diabetes, Lupus, and several heritable cancers like Breast and Prostate cancers. Some of the research directions of interest include developing (i) Prioritizing variants, genes and cell states for disease using a combination of genetic, genomic and perturbation data. (ii) Knowledge graph-based models to identify causal regulatory mechanisms underlying a disease. (iii) Building better monogenic and polygenic risk score models informed by functional and genetic data.
-
Our Infection Control program provides a safe healthcare environment for patients by preventing infections and conducting research on how to do so more effectively.
… The Centers for Disease Control and Prevention estimates that about one in 31 hospital patients admitted to acute-care hospitals in the United States on any day has at least one infection that was not related to the condition for which they were hospitalized. This amounts to more than 680,000 infections
-
News
Genetic sequencing of prostate tumors can identify men who should receive immunotherapy drugs.
… Friday, January 11, 2019 Summary Immunotherapy drugs called checkpoint inhibitors can be very effective but don’t work for most people with prostate cancer . A small subset of men whose prostate tumors have a genetic abnormality called high microsatellite instability do respond to the drugs. Genetic
-
Research & Technology Management
-
News
… Tuesday, August 21, 2012 Summary A team of researchers has made a breakthrough in solving a problem that has defied biologists for decades: How to compute a protein’s three-dimensional structure, or shape, based on genetic information. The discovery could accelerate diverse areas of biomedical discovery