SvenssonLab (@svenssonlab) 's Twitter Profile
SvenssonLab

@svenssonlab

We study metabolism and everything secreted! Katrin J. Svensson Assistant Professor @StanfordPath Metabolic Core Director @StanfordDRC @svenssonlab.bsky.social

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linkhttp://www.svenssonlabstanford.org/ calendar_today29-01-2018 21:44:45

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Dr. Spencer Nadolsky (@drnadolsky) 's Twitter Profile Photo

“You don’t need Ozempic, you need to fix your relationship with food!” GLP-1 medicines may actually help fix someone’s relationship with food.

Niels Banhos Danneskiold-Samsøe (@nbds_bio) 's Twitter Profile Photo

We recently published a paper on the use of AlphaFold2 for deorphanizing ligands to single-pass receptors. It turned out we also made the cover and an editorial! A huge thanks to Carlsbergfondet for supporting this work! cell.com/cms/asset/5809… cell.com/cell-systems/a…

Andrew Savinov (@biosavinov) 's Twitter Profile Photo

Hot on the heels of excellent work from SvenssonLab, more evidence of large-scale generation of functional protein fragments by proteolysis nature.com/articles/s4158… Very exciting to see this convergence with our work showing pervasive function of protein fragments in vivo! (1/2)

Samuel Hume (@drsamuelbhume) 's Twitter Profile Photo

To give an idea of the rate of progress in science, in the last 2 days nature (alone) has published pre-clinical discoveries of: 1) New antibiotics 2) A new obesity medication 3) A new pain medication 4) New atherosclerosis medications

LaurieWired (@lauriewired) 's Twitter Profile Photo

Stanford just found a natural alternative to Ozempic using some clever regex on the human proteome. Instead of manually searching through proteins, their one-liner “peptide predictor” regex narrowed down promising candidates. The calculation likely took just a few seconds.

Stanford just found a natural alternative to Ozempic using some clever regex on the human proteome.

Instead of manually searching through proteins, their one-liner “peptide predictor” regex narrowed down promising candidates.

The calculation likely took just a few seconds.
SvenssonLab (@svenssonlab) 's Twitter Profile Photo

Happy to share this review on glucose and fructose metabolism in Annual Review of Nutrition Annual Reviews. There is still a lot we don’t understand of how fructose metabolism is controlled. Jameel Karen Linde-Garelli Stanford Pathology Stanford Diabetes Research annualreviews.org/content/journa…

Happy to share this review on glucose and fructose metabolism in Annual Review of Nutrition <a href="/AnnualReviews/">Annual Reviews</a>. There is still a lot we don’t understand of how fructose metabolism is controlled. <a href="/JameelBarkat/">Jameel</a> <a href="/KarenGarelli/">Karen Linde-Garelli</a> <a href="/StanfordPath/">Stanford Pathology</a> <a href="/StanfordDRC/">Stanford Diabetes Research</a> 

annualreviews.org/content/journa…
SvenssonLab (@svenssonlab) 's Twitter Profile Photo

Happy to share our latest paper showing that deletion of adipose-derived Isthmin-1 leads to fatty liver and elevated ceramides. Congrats to first author Saranya Reghupaty and all the co-authors! Molecular Metabolism Stanford Pathology Stanford Diabetes Research sciencedirect.com/science/articl…

Happy to share our latest paper showing that deletion of adipose-derived Isthmin-1 leads to fatty liver and elevated ceramides. Congrats to first author Saranya Reghupaty and all the co-authors! <a href="/MolMetab/">Molecular Metabolism</a>  <a href="/StanfordPath/">Stanford Pathology</a> <a href="/StanfordDRC/">Stanford Diabetes Research</a> sciencedirect.com/science/articl…
Anna Gloyn (@annagloyn) 's Twitter Profile Photo

Out today from Stanford Pediatrics Endocrine Fellow #HectorOrtega & Seth Sharp a state of the art review on polygenic risk scores (#PRS) in diabetes. This is your 101 on what we currently know about them and their application to understanding disease heterogeneity and clinical

Out today from <a href="/StanfordPeds/">Stanford Pediatrics</a>  Endocrine Fellow #HectorOrtega &amp;  <a href="/SethASharp/">Seth Sharp</a> a state of the art review on polygenic risk scores (#PRS) in diabetes.   This is your 101 on what we currently know about them and their application to understanding disease heterogeneity and clinical