Baur Lab in @pennIDOM and @UPennPhysiology at @pennmedicine. Our lab studies how changes in signaling and metabolism influence mammalian aging and disease.
Great work, Karthi @KarthikeyaniC and Melanie @dr_ohsopretty! Check out our collaborative work with the Rabinowitz lab in Cell Metabolism about NAD precursors in the gut microbiome. @Cell_Metabolism
https://t.co/jioXDvF5ug
#microbiome#NAD
Sam is a junior at @cabriniuniv and a former #PennSUIP intern (‘22). Sam studied NAD metabolism of electron transport chain-related diseases with @BaurLab@PennIDOM. Sam shares why he chose #PennSUIP. Reminder: SUIP app deadline is Feb 1! Visit: https://t.co/kZD4fwOQWQ
Sharing the load: @FrancescaGazza5 examines @BaurLab@KarthikeyaniC@Cell_Metabolism work where tracking NAD metabolism reveals symbiotic relationship-#microbiota uses host nicotinamide to generate NAD &in return produces nicotinic acid for host NAD biosyn https://t.co/Qlq5dVZzoG
New work published in @Cell_Metabolism from @BaurLab detailing the interplay between host and gut microbiome for #NAD metabolism
https://t.co/7xDkJXEVs0
Preprint of our work on understanding how #NAD declines with age is out. A collaborative effort by @BaurLab and @dr_ohsopretty in Rabinowitz lab. Check it out if you like aging and metabolism.
NAD flux is maintained in aged mice. https://t.co/nqVd0Mw9S2
The Baur Lab is looking for several post-docs to join our team at the University of Pennsylvania. If you like mitochondria, NAD, and heart research, or want to try something new...see our job posting here! https://t.co/tymqckArSu
Excited to share our recent work led by @KarthikeyaniC (Baur Lab) and @dr_ohsopretty (Rabinowitz Lab) identifying sources of microbial NAD and showing that circulating nicotinamide is shared with the gut microbiome. @wenyun_lu @ThaissLab
#NAD#microbiome
https://t.co/5JWXvR0pVK
Congrats to Sarmistha Murkherjee for her recent study revealing that SIRT3 is required for liver regeneration and that the benefits of boosting #NAD are independent of sirtuins.
https://t.co/9GTvTyfKJ0
We had a blast writing this mini-review on the recent discovery of the mito-NAD transporter in mammalian cells, & what it could mean for the broader field of NAD biology. @alexjbott@Yeyunouyang@giuliosf @KoryLab @timluongo@e_girardi@TrendsBiochem
https://t.co/FggfXnlUgC
Excited to share our @NatureNV article about the incredible work by the Hongbo Chi Lab at @StJudeResearch showing that lipid metabolism potentiates regulatory T cells in the tumor microenvironment.
https://t.co/pqANSScYhT
#metabolism#immunology#tcell@nature
Check out a preprint of our latest work investigating NAD metabolism in aging. This work was co-led by @dr_ohsopretty and @KarthikeyaniC.
NAD+ flux is maintained in aged mice https://t.co/0hM9SxIhpj
Excited to return to @BMB_PSU and @PSUScience to share my scientific updates with the community that helped shape my career in the beginning. And it’s open to the public!
Today at 4 PM EST, @KarthikeyaniC from our lab presents her work, "Circulating nicotinamide feeds NAD+ biosynthesis by the gut microbiome", in the @PennIDOM TRIP seminar series here at Penn!
https://t.co/13ygxykdrh