
George Caputa
@curiousdrgeorge
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molecular, cellular, mitochondrial and organismal metabolism, cardiology & vascular biology editor @nature | nerdy | queer | they/m 🏳️🌈
Berlin, Germany
Joined June 2019
Hi all. Leaving this very problematic place behind for bluesky. You can find me at @curiousdrgeorge.bsky.social.
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RT @WUSTLdbbs: Thanks #DBBSCECE for a fantastic alumni talk and Q&A last week with MCB program alum Dr. George Caputa (@curiousdrgeorge) o….
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RT @benoitbruneau: Geneformer is here! Transfer learning to make fine predictions of gene regulatory networks and their alterations in dise….
nature.com
Nature - A context-aware, attention-based deep learning model pretrained on single-cell transcriptomes enables predictions in settings with limited data in network biology and could accelerate...
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RT @broadinstitute: .@TheodorisLab, @XShirleyLiu, @patrick_ellinor & colleagues have released Geneformer, an #AI #largelanguagemodel method….
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RT @MRicoteLab: We are very happy 🎉🎉🎉🎉🎉to share our paper published in Nature. Thanks to the first @anaparedes_93 and all the collaborator….
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RT @anaparedes_93: I’m absolutely thrilled to announce that my very first paper as the 1st-author is now available online in @Nature! Here,….
nature.com
Nature - The switch from glucose- to fatty acid-dependent metabolism in cardiomyocytes of newborn mice is governed by γ-linolenic acid in maternal milk, which binds to retinoid X receptors,...
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RT @LyssiotisLab: 🔥Hot paper alert 🔥 .New one from @zeribechike, Matt Ward, @Sajjakulnukit, Pawan Poudel, et al. out today @Nature #OpenAcc….
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RT @SMuller_Dunelm: A new way to tackle inflammation and sepsis. New promising therapeutic work about copper. #copper #sepsis. https://t.co….
nature.com
Nature - Cellular uptake of copper(ii) by CD44 has a key role in regulating cellular plasticity via copper(ii)-dependent downstream signalling events.
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RT @Conrad_Lab: Clearly, there never was a better time to work on ferroptosis! 10+ yrs after its discovery, #ferroptosis has entered its ne….
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RT @institut_curie: 🗞️ To read in @Nature: For the 1st time, researchers @Institut_Curie @CNRS @Inserm highlight the role of copper as a re….
nature.com
Nature - Cellular uptake of copper(ii) by CD44 has a key role in regulating cellular plasticity via copper(ii)-dependent downstream signalling events.
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RT @metab_innate: Are you an #immunometabolism enthusiast? I'm excited to share our latest work out now in @Nature. This work was jointly l….
nature.com
Nature - Inhibition of the tricarboxylic acid cycle enzyme fumarate hydratase leads to deregulation of cytokine production in macrophages, which has implications in human diseases such as systemic...
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For those of us who are at peak levels of brown adipose tissue. A very nice basic video on BAT by @voxdotcom with a cameo by @acypess.
Winters feeling colder as you get older? There’s science behind that! It’s got to do with fat — but not the kind you’re probably thinking of.
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RT @skinnyfatPhD: Everyone studying fat knows that brown fat is “multilocular” (contains many small lipid droplets). But how and why do bro….
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RT @meharpist: To fix LGBTQ+ disparities in science, we need the data argues @freemanjb in a @nature worldview published yesterday https://….
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No one can deny there are incredibly useful metabolomic & lipidomic datasets generated every year. But what are the hurdles to sharing and re-using this data?. @gjpattij & @EthanStancliff2. have a Comment in @NatureCellBio with some great tips.
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It was a great team cancer-genetics-metabolism reunion in the London office with @mvicaracal @MT_Genetics & @BarbMarte. Lots of strategizing for 2023 and chilling with the London @nature editors. Can’t wait to come back!
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A really excellent series by @NatRevCardiol on diversity and inclusion in cardiology, covering clinical medicine and biomed research, viewpoints from cardiologists across the world, race, gender, equality, and equity.
nature.com
Diversity, equity and inclusion (DEI) are key to innovation and success, but the current culture in the cardiovascular medical and research sector is often ...
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It was definitely the year of the GATOR!🐊 . @LoewithLab & @structureltp present in @nature a cryoEM structure of the yeast SEA complex (ancestral GATOTR1 & 2), joining the mammalian GATOR1 (@MolecularCell) and GATOR2 (@nature) published this year.
nature.com
Nature - The cryo-EM structure of the yeast SEA complex suggests that SEACAT functions as a scaffold for binding TORC1 regulators.
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