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In the Lab
A scientist looks at illustrations of chromosomes.
When Loss Is a Gain: New Tumor Suppressor Gene Identified in Follicular Lymphoma
The reason certain patients with follicular lymphoma do worse than others may come down to a missing gene.
In the Lab
Images from three different mice showing the effects of antibiotics and microbiome replacement
Bacteria versus Bacteria: Two Studies Uncover Species of Microbes That Protect against Infections in People with Cancer
Research recently published by MSK scientists suggests that the best way to fight dangerous bacteria may be with other bacteria.
Science Byte
Developmental biologist Anna-Katerina (Kat) Hadjantonakis
It Takes Two: A Pair of Proteins Coordinate to Direct Development of Embryonic Cells
MSK researchers shed light on the signals that determine the fate of embryonic cells.
In the Lab
Left-handed and right-handed KRas molecules
Mirror-Image Chemistry Enables New Approach for Targeting an “Undruggable” Cancer-Causing Protein
MSK chemists are focusing on developing small-molecule drugs to target KRas, an important cancer protein.
In the Lab
Scientists at the Sloan Kettering Institute are learning why some immune cells are stubbornly hard to revive with immunotherapy.
Why Immune Cells Sometimes Fail to Fight Cancer (and What to Do about It)
By looking at how DNA is packaged in cells, scientists are teasing apart a long-standing conundrum about the immune response to cancer.
Mount Rushmore viewed through face-detection software.
Making a Splash: Researchers Apply Face-Detection Technology to the Study of Genes
Taking a cue from smartphone technology, scientists are using face-recognition algorithms to improve RNA interference.
In the Lab
A cell in the process of dividing
New Study Shows How Wayward Chromosomes Get Back on Track
MSK researchers are learning how cells are able to recognize and correct errors that occur during cell division.
In the Lab
An illustration of CRISPR-Cas9
A Cut Above: MSK-Developed Software Makes CRISPR More Precise
A freely accessible software program provides researchers with an easy way to optimize a popular genome-editing tool.
In the Lab
Wearable device on woman’s arm with labels indicating beams going into nanotubes and coming back out for analysis.
Detective Work: How Implantable Nanosensors Could Monitor Cancer Activity
Learn how tiny sensors made of nanotubes could serve as implantable devices that offer a noninvasive way to monitor cancer and its treatments.
Feature
Molecular biologist John Petrini of the Sloan Kettering Institute.
Understanding the DNA-Damage “First Responders”: John Petrini at Work
Scientists know that cancer can result from mistakes in DNA repair. But understanding what controls the repair process itself has been a hard nut to crack.