
Martin. Jastroch
@martinjastroch
Interested in the Comparative Biology of Energy Metabolism, Professor of Molecular Physiology
ID: 1076385831634522112
22-12-2018 07:55:55
94 Tweet
705 Followers
453 Following


Hotly awaited structures of the human protein UCP1 provide insight into its mechanism of action. Learn more in a terrific N&V by Mike Gaudry & Martin. Jastroch go.nature.com/3rCDt2H

Thanks to Nature News & Views for highlighting the important work on the UCP1 structure and for allowing us to write the N&V on these exciting new developments in brown adipose tissue research!

Dear Mitochondrial enthusiasts!! There is a special call at @ActaPhysiologica (IF 6.3) for reviews/original papers on "Mitochondrial bioenergetics in Physiology" onlinelibrary.wiley.com/page/journal/1⦠I am serving as guest editor, welcoming your ideas/ contributions by the end of October (latest)




Happy New Year!! It's time to sign up for the CPHBAT Conference 2024. We look forward to seeing you all in Copenhagen in May. Sign up here: cphbat.com Soren Nielsen Zach Gerhart-Hines Camilla Scheele Bente Klarlund



This š§š·&š©šŖ joint project was led by Henver Brunetta & Marcelo A. Mori with great support by many colleagues around the globe, including but not limited to Anna Jung Joel Guerra Carlos H. G. Sponton Martinez Laurent @KeipertSusanne & Martin. Jastroch š„





We are grateful for the unreserved support by Novo Nordisk Foundation VetenskapsrĆ„det Wenner-Gren Foundation , which was pivotal for our āoutside the boxā approach to understand adipose tissue thermogenesis from an evolutionary standpoint. science.org/doi/10.1126/scā¦

#NatMetabPicks | In Science Magazine led by Martin. Jastroch (Stockholm University): The study describes the evolutionary origin of UCP1, the protein that mediates thermogenesis in the brown adipose tissue. science.org/doi/10.1126/scā¦



