Recent News

521 News Items found
A video of a developing mouse embryo
With the power of advanced microscopes, Sloan Kettering Institutes scientists are pushing the boundaries of what can be seen and measured.
Computational biologist Nikolaus Schultz
Feature
The cBioPortal for Cancer Genomics, developed by computational biologists at MSK more than a decade ago, provides valuable data on the genetic makeup of tumors for the broader cancer community.
GSK Dean Michael Overholtzer stands at the podium
Event
Memorial Sloan Kettering’s 42nd annual ceremony recognized graduates and award winners with a virtual ceremony.
John Maciejowski
Dr. Maciejowski studies chromosome instability and its role in cancer. In a May 2021 interview, he discussed how he got into science and what his lab has been focusing on lately.
Announcement
Seven students will be awarded PhD degrees on May 19, 2021, from the Gerstner Sloan Kettering Graduate School of Biomedical Sciences (GSK), an innovative doctoral program that prepares the next generation of basic laboratory scientists to work in research areas related to human disease with a focus on cancer.
SKI immunologist Gretchen Diehl
Researchers at the Sloan Kettering Institute have found that gut microbes shape the immune system of mice in an unexpected way.
MSK computational biologists Christina Leslie and Yuri Pritykin
In the Lab
The tool will aid basic and translational researchers interested in understanding why immune cells stop working.
Memorial Sloan Kettering computational biologist Ed Reznik.
In the Lab
DNA in the mitochondria of cancer cells may yield insights that lead to more accurate prognoses and new treatment strategies.
Researchers Gary Dixon (on TV monitor), Heng Pan, Olivier Elemento, and Danwei Huangfu in the lab
Finding
Sloan Kettering Institute scientists report new findings about a gene that helps regulate DNA methylation.
Sloan Kettering Institute molecular biologist Scott Keeney
The DNA breaks that occur during meiosis are necessary but dangerous. Scientists now have a better handle on how cells control the chaos.