Top Stories
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A new gene editor developed by Columbia and Broad Institute researchers may soon open the door to gene therapies for a wider array of diseases.
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Through a trial offered at Columbia, a patient who is ineligible for existing treatments is the first to receive an experimental gene therapy.
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In the same way that ChatGPT understands human language, a new AI model developed by Columbia computational biologists captures the language of cells to accurately predict their activities.
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A new study shows that some of our cells favor genes of one parent or the other and can explain a longstanding mystery of why some people with disease-causing genes experience no symptoms.
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Latest News
- September 17, 2018
A new study finds that regulatory gene variants can affect the severity of a genetic disease among people with the same protein-coding mutation.
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- April 23, 2018
Lorraine S. Symington, PhD, the Harold S. Ginsberg Professor of Microbiology & Immunology, has been elected to the American Academy of Arts and Sciences.
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- April 19, 2018
A new computer algorithm deciphers DNA’s most well-kept secrets and may help researchers find hidden links between genes and disease.
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- November 23, 2017
Microscopic data recorder takes advantage of CRISPR to monitor biological surroundings.
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- October 2, 2017
Jeffrey Hall, Michael Rosbash, and Michael Young were awarded the 2017 Nobel Prize in Physiology or Medicine for their discoveries of molecular mechanisms controlling circadian rhythm.
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- May 30, 2017
Researchers report that CRISPR-Cas9 gene-editing technology can introduce hundreds of unintended mutations into the genome.
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- March 27, 2017
Studies answer an old debate in developmental biology: How do cells destined to form a particular tissue or structure remember what they're supposed to be?
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- January 25, 2017
Solving a 60-year-old medical mystery, a team led by Columbia researchers has discovered what causes kidney and urinary tract defects in people with DiGeorge syndrome.
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- September 6, 2016
The 2016 Horwitz Prize winners studied how molecules can regulate the structure, behavior, and activity of DNA without modifying its genetic code.
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- August 16, 2016
Expanded prenatal genetic testing may increase the detection of carriers for a variety of potentially serious conditions.
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