Adrian Krainer wins RNA Society’s Lifetime Achievement Award March 8, 2019 Professor Adrian Krainer was awarded the RNA Society’s Lifetime Achievement Award for his life-saving research.
Predicting how splicing errors impact disease risk August 30, 2018 New research helps correlate genetic mutations with errors in RNA splicing that can cause serious illness
Toasting serendipity November 21, 2017 Four decades ago, scientists made a discovery that “completely transformed all of biology,” according to Nobelist James Watson.
How a cold-causing virus and inexplicable experiments helped revolutionize thinking about the genome September 6, 2016 Nobel laureate Richard Roberts discusses the importance of RNA splicing and how scientists can learn from "failed" experiments.
A summer splicing with first-year student Lital Chartarifsky July 9, 2014 Lital Chartarifsky, a former URP, and her journey to neuroscience research.
CSHL’s Adrian Krainer selected for prestigious award from National Institutes of Health July 24, 2012 Research to understand RNA splicing mechanisms will facilitate drug development for genetic diseases.
CSHL study uncovers a new exception to a decades-old rule about RNA splicing May 17, 2012 Scientists identify a new exception to the rule governing the recognition of RNA splice sites.
Study reveals details of alternative splicing circuitry that promotes cancer’s Warburg effect November 2, 2011 Dr. Krainer and his team discovered details of the molecular events that trigger the production of the enzyme that drives the Warburg effect.
CSHL team traces extensive regulatory networks that help determine how certain RNA messages are alternatively “spliced” September 19, 2008 Fox-1 and Fox-2 are tissue-specific splicing factors; their RNA targets in the genome are successfully predicted.
CSHL researchers show RNA splicing factor may be new target for cancer therapy February 8, 2007 Nature Structural & Molecular Biology publishes “The gene encoding the splicing factor SF2/ASF is a proto-oncogene”
RNA splicing study aids understanding of breast cancer, cystic fibrosis and other diseases April 16, 2001 Researchers discover the mechanism of NAS and other related RNA splicing defects.
