In the News

201 News Items found
The latest results come from a team of MSK physicians and scientists (from left to right): Bob Li, Hai-Yan Tu, Mackenzie Myers, Flavia Michelini, Emiliano Cocco, Sandra Misale, and Maurizio Scaltriti
In the Clinic
Results from a clinical trial and animal studies provide support for targeting the HER2 protein in multiple cancer types.
an illustration of cancer metastasis
In the News
Read our key takeaways from the second half of the American Association for Cancer Research’s 2019 annual meeting.
Mount Rushmore viewed through face-detection software.
Taking a cue from smartphone technology, scientists are using face-recognition algorithms to improve RNA interference.
Human metastatic melanoma cells in a lymph node. ENPP1, a protein involved in immune evasion, is shown in green.
The research identifies a protein called ENPP1 as a potential drug target in the treatment of advanced cancers with chromosome instability.
Sara Teichholtz stands in front of the water holding her son.
Learn how noninvasive prenatal tests designed to screen for genetic abnormalities in the fetus may detect the presence of cancer in pregnant women.
Dr. Alicia Latham, Dr. Michael Walsh, Dr. Zsofia Stadler, and Megha Ranganathan
Feature
MSK investigators are leading research focused on understanding how hereditary DNA mutations affect cancer development and therapy, and how to best treat people who carry these inherited risks in their genes.
Dr. Lisa DeAngelis
Cancer institutions need to be vigilant in their approach to getting patients safely back to the clinic so they don’t further delay life-saving care.
Graphical representation of cells leaking into bloodstream
In the Lab
Scientists are learning that — in a literal sense — metastasis is wound healing gone wrong.
MSK Doctors Andrea Cercek and Michael Foote are seen smiling.
Learn how rectal cancer patients with HER2 driven tumors benefited from an early stage clinical trial at MSK.
Dandelion
MSK researchers are learning more about how cancer cells can survive undetected for years only to return in new places. These insights will guide future therapies.