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Mashup Score: 9
Nature – TG2 functions as an eraser and exchanger of H3 monoaminylations, including histaminylation of Gln5 of histone H3.
Source: www.nature.comCategories: General Medicine News, NeurologyTweet
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Mashup Score: 26Researchers Unravel a Novel Mechanism Regulating Gene Expression in the Brain That Could Guide Solutions to Circadian and Other Disorders - 12 day(s) ago
A collaborative effort between Mount Sinai and Memorial Sloan Kettering Cancer Center has shed valuable light on how monoamine neurotransmitters such as serotonin, dopamine, and now histamine help regulate brain physiology and behavior through chemical bonding of these monoamines to histone proteins, the core DNA-packaging proteins of our cells. By uncovering how these histone modifications influence the brain, the team has identified a novel mechanism for controlling circadian gene expression and
Source: www.mountsinai.orgCategories: General Medicine News, NeurologyTweet-
PRESS RELEASE: EXCITED to share NEW STUDY from @themazelab! Findings from collaborative effort between @IcahnMountSinai & @MSKCancerCenter could eventually guide dvlpmnt of targeted therapies for conditions involving #CircadianRhythm disruptions. https://t.co/8yGW4FZ40K https://t.co/93gRyUkWQA
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Mashup Score: 12024 Leading Research Achievements - 12 day(s) ago
We are pleased to present you with the 2024 Leading Research Achievements by BBRF Grantees, Prize Winners & Scientific Council Members.
Source: bbrfoundation.orgCategories: General Medicine News, NeurologyTweet-
Learn More about Brain & Behavior Research Foundation @BBRFoundation👉https://t.co/owoipSrPRJ
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Mashup Score: 8Study of One Psychedelic Drug Suggests How It Might be Modified to Eliminate Psychedelic Effects While Retaining Therapeutic Ones - 12 day(s) ago
Among those studying psychedelic drugs to treat psychiatric illnesses, there is new research exploring the possibility that structurally modified versions of these agents may reduce or eliminate their powerful mind-altering psychedelic effects while preserving some or all of their potential therapeutic effects.
Source: bbrfoundation.orgCategories: General Medicine News, NeurologyTweet-
Congratulations to Drs. Lyonna Parise & @ScottRussoPhD for being members of the @IcahnMountSinai | @Columbia research team whose work is included among @BBRFoundation's 2024 Leading Research Achievements. Learn More 👉 https://t.co/Fiq7tEbRGX https://t.co/Wb3kg6ejl2
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Mashup Score: 1The Missing Piece in Stroke Risk – Environmental Factors - Institute for Climate Change, Environmental Health, and Exposomics - 12 day(s) ago
In this 45-minute webinar, Maayan Yitshak-Sade, PhD, will share her research on environmental risk factors for stroke, focusing on temperature, greenness, and air pollution. Â Dr. Yitshak-Sade is an environmental epidemiologist, and she investigates the complex health effects of exposure mixtures and their impacts on morbidity, mortality, and life expectancy across demographic and socioeconomic population groups in the United States.
Source: mountsinaiexposomics.orgCategories: General Medicine News, NeurologyTweet-
RT @SinaiExposomics: STARTING SOON! Join the webinar ➡️ https://t.co/qyOBPS8dka
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Mashup Score: 9Research Scholars Program - 13 day(s) ago
The Friedman Brain Institute’s Research Scholars Program at Icahn Mount Sinai supports innovative research and unique collaborations among scientists.
Source: icahn.mssm.eduCategories: General Medicine News, NeurologyTweet-
A HUGE CONGRATULATIONS to @YunSoungKim, @PerezLab1 & Ankit Parekh for receiving the 2025 Fascitelli Research Scholar Award for their work establishing a novel framework for early PMAD detection. Learn about our newest #FBIResearchScholars here👉https://t.co/0q8grWV9Pw https://t.co/rovNGydurd
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Mashup Score: 9Research Scholars Program - 13 day(s) ago
The Friedman Brain Institute’s Research Scholars Program at Icahn Mount Sinai supports innovative research and unique collaborations among scientists.
Source: icahn.mssm.eduCategories: General Medicine News, NeurologyTweet-
A HUGE CONGRATULATIONS to @YunSoungKim, @PerezLab1 & Ankit Parekh for receiving the 2025 Fascitelli Research Scholar Award for their work establishing a novel framework for early PMAD detection. Learn about our newest #FBIResearchScholars here👉https://t.co/0q8grWV9Pw https://t.co/rovNGydurd
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Mashup Score: 9Research Scholars Program - 14 day(s) ago
The Friedman Brain Institute’s Research Scholars Program at Icahn Mount Sinai supports innovative research and unique collaborations among scientists.
Source: icahn.mssm.eduCategories: General Medicine News, NeurologyTweet-
A HUGE CONGRATULATIONS to @YunSoungKim, @PerezLab1 & Ankit Parekh for receiving the 2025 Fascitelli Research Scholar Award for their work establishing a novel framework for early PMAD detection. Learn about our newest #FBIResearchScholars here👉https://t.co/0q8grWV9Pw https://t.co/rovNGydurd
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Mashup Score: 3Siegenthaler Lab @ University of Colorado - 14 day(s) ago
julie siegenthaler
Source: siegenthalerlabcu.weebly.comCategories: General Medicine News, NeurologyTweet-
✨The FBI Translational Neuroscience Seminar Series is back in 2025!✨On Jan 9, 1pm, DON’T MISS the #FBISeminarSeries as host Dr @AllisonMBond welcomes @CUMedicalSchool's Dr Julie Siegenthaler. Learn More about Dr Siegenthaler's lab👉https://t.co/lGc9U1CNML JOIN US! https://t.co/0twnbuSGcC
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Mashup Score: 2Call for Images 2025 - 15 day(s) ago
Please click the link to complete this form.
Source: form.jotform.comCategories: General Medicine News, NeurologyTweet-
🎨+🎥+🔬+🧠= The #ArtoftheBrain! The Call for Images is OPEN! All #FriedmanBrainInstitute depts & individuals are encouraged to submit high quality, visually compelling works of art that relate to the brain. Deadline 🖌️ 1/13/25 at 5pm. Submit Here 👉 https://t.co/wt9fxI5idN https://t.co/kaCxoCM5tY
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CHECK OUT the STUDY @Nature: Bidirectional histone monoaminylation dynamics regulate neural rhythmicity.👉 https://t.co/fJStrKAd3V - @QZ_ChemSynBiol @BenjaminWeekley @DavidVinson93, Shuai Zhao, @RyanBastle, @SimoneSidoli, @MuirLab, Haitao Li, @Yael_David__ , @themazelab, et al. https://t.co/HTUln7LWo6