Assistant Professor @HarvardCellBio studying cellular and molecular mechanisms of visceral sensation (https://nitter.cf/t.co/wFtJUGflB1)
Joined June 2016
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Rachel Wolfson retweeted
New content online: A prime role for PIEZO2 in DRG neurons in mechanosensation in the gut dlvr.it/SvPNSZ
Rachel Wolfson retweeted
On my first day at the Whitehead, Angelika gave me her unvarnished view of me: I needed to be baptized and stop working on rapamycin. From that day on I was in awe of her honesty and brilliance and humor. She was our greatest scientist and human. Rest in peace my dear friend.
We are very sad that @AngelikaAmon, first generation PhD student at the IMP, former IMP board member, and lifelong friend of the house, has lost her battle against cancer. Her contributions to science form a lasting legacy we are grateful for. Our thoughts are with her family.
Rachel Wolfson retweeted
Evidence is accumulating that eating in a 6-hour period and fasting for 18 hours can trigger a metabolic switch from glucose-based to ketone-based energy. nej.md/35R5wvF
Rachel Wolfson retweeted
The department and Chair of Medicine @katrinarmstrong last week welcomed some of the newest female interns at the annual #WomenInMedicine social gathering. #residency #MedEd #MGH
Rachel Wolfson retweeted
Amazing to see how far and quickly this has come from the initial discoveries of Lynne, @JoseMOrozco, @rlwolfson and @RSaxtonPhD of Sestrin as a leucine sensor for the mTOR pathway.
Excited to announce @SciReports publication “Discovery of NV-5138, the First Selective Brain mTORC1 Activator” detailing the discovery & characterization of our lead clinical candidate NV-5138 as a potential therapy for treatment-resistant depression (TRD) bit.ly/2XShOR0
Rachel Wolfson retweeted
Another Obstacle for Women in Science: Men Get More Federal Grant Money via @NYTimes nyti.ms/2XylaZ0?smid=nytcore…
Rachel Wolfson retweeted
1. We’re excited to share our @sciencemagazine paper on the neural basis of painful experiences and discovery of an amygdalar ensemble encoding the unpleasantness of pain, and the potential application of this discovery for blunting the emotional aspects of chronic pain /THREAD
Rachel Wolfson retweeted
"Our research addresses the function, organization, and mechanisms of assembly of the peripheral nervous system and spinal cord circuits that underlie the sense of touch."
Lab Website gintylab.hms.harvard.edu/
Rachel Wolfson retweeted
Very happy to see the release of the three mTOR-related iBio videos we filmed over the summer. Was a real pleasure to work with such a professional team led by Karen Dell. mTOR and the Regulation of Growth • iBiology ibiology.org/cell-biology/mt…