We are pleased to share our most recent work led by Tim Luongo and in collaboration with Lulu Cambronne published nature. Thank you to all those who contributed to this exciting work.

Thread (1/3): Best Science = Collaborative Science. We are pleased to share our latest work demonstrating NAD+ uptake in mammalian mitochondria by SLC25A51 transport. @nature ClubCambronne Baur Lab rdcu.be/b6YBL

(2/3) Very proud of this #TexasScience group right here who knows how to band together as a team and get things done. #humblebrag #checkegosatthedoor #drivenbypursuitofscientifictruth ClubCambronne

(3/3) Measurements of free mitochondrial NAD+ in live cells; demonstration with recombinant system of direct transport activity in vitro; kinetic rate calculations; beautiful 3D reconstructions Jared Eller Jessie Lu Paul Oliphint

Kudos to my colleague Lulu Cambronne & collaborators (ClubCambronne, Baur Lab, & more) for a beautiful paper nailing down the long-missing human mitochondrial NAD+ transporter. A tour de force, using humanized yeast to boot! rdcu.be/b6YBL

The really nice aspect of seeing these papers independently tackle the problem from such different directions means that the supporting evidence for the central discovery is now very, very strong. A big advance for our basic understanding of mitochondrial NAD+ metabolism!

Kudos to colleagues in the Ilya Finkelstein Lab! cns.utexas.edu/news/matching-…

Way to go ClubCambronne and collaborators! #TexasScience #WhatStartsHereChangestheWorld 🤘🎉 cns.utexas.edu/news/researche…