In the News

1853 News Items found
An illustration of lung develop alongside tumor evolution
In the Lab
By assuming primitive regenerative identities, cancer cells gain the adaptability they need to establish tumors in new parts of the body.
A female nurse talks with a female patient, who is sitting in an exam chair
Feature
Advances in diagnosis and treatment, especially those made over the past ten years, have played a significant role in the decline in cancer deaths. Learn about those advances — and what to expect in the next ten years.
The human papillomavirus (HPV)
Finding
According to Memorial Sloan Kettering scientists, it has to do with what the virus does to a cell’s DNA repair machinery.
Investigators Lea Moukarzel, Kimberly Dessources, Britta Weigelt, and Sarah Kim in the lab.
Finding
The research focused on sclerosing stromal tumor, a rare, benign ovarian tumor that is not cancer but can be misdiagnosed as cancer.
Albert Kuchler discussing his treatment results with MSK oncologist Bob Li at a recent clinic visit.
Feature
The drug targets a protein called HER2 found on some salivary gland tumors.
An illustration of a magnifying glass over a brain.
Finding
A targeted approach being developed to treat certain cancers may also be effective for Alzheimer’s disease.
Scientists at the Sloan Kettering Institute have discovered that the ability of cancers to metastasize to other organs is dependent upon their ability to co-opt natural wound-healing pathways. In a literal sense, metastasis is wound healing gone wrong. These findings provide a novel framework for thinking about metastasis and how to treat it.
Cancer biologist Scott Lowe at a white board
Feature
This research marks the first time researchers have found a connection between vitamin B6 and cancer.
Graphical representation of cells leaking into bloodstream
In the Lab
Scientists are learning that — in a literal sense — metastasis is wound healing gone wrong.
Epithelial cells
In the Lab
New findings from researchers at the Sloan Kettering Institute provide insight into a fundamental biological process called the epithelial-mesenchymal transition.