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ClubCambronne @CambronneLab

The lab collective account. We study how metabolic activity controls cellular signaling. Est. 2018. #UTAustin

Joined September 2020
  • Tweets 23
  • Following 78
  • Followers 76
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ClubCambronne@CambronneLab
8 Sep 2020
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ClubCambronne retweeted
Lulu Cambronne@LACambronne
Feb 18
We're hiring! lulucambronne.org. Join a collaborative team of creatives who strive towards discoveries through innovation and critical thinking. We uphold high standards in scientific rigor and tackle challenging problems to glean insight into disease onset and progression.

Home | Xiaolu Cambronne Laboratory

Research group led by Prof. Lulu Cambronne in the Departmet of Molecular Biosciences at the University of Texas at Austin

lulucambronne.org
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The Cambronne Lab has recently received a High Impact/High Risk Research Award Grant for our work on Targeting Mitochondrial NAD in Leukemia! A big thank you to the Cancer Prevention and Research Institute of Texas!! @CPRITTexas
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(1/8) In honor of our recent publication, we would like to make a thread commemorating UT’s immense history of metabolic biology!
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(7/8) The Cambronne Lab researches metabolism biology with molecules, namely NAD . Vitamin Bs like nicotinamide, with help from NAMPT & NMNAT, synthesize NAD in the salvage pathway. William’s work isolated Vitamin Bs, enabling us to continue researching metabolism.
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(8/8) - written by Lab Manager Ciara Fields along with Undergraduates Jesus Balderas and Ashley Gilliam
ClubCambronne retweeted
UTexasILS@UTexasILS
10 Sep 2020
Way to go @CambronneLab and collaborators! #TexasScience #WhatStartsHereChangestheWorld 🤘🎉 cns.utexas.edu/news/research…

Researchers Discover Key Mechanism Cells Use to Harness Energy

Scientists have known for some time that NAD (oxidized nicotinamide adenine dinucleotide), a key molecule involved in the function of all cellular life, is nee

cns.utexas.edu
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Kudos to colleagues in the @IlyaFinkelstein Lab! cns.utexas.edu/news/matching…

Matching CRISPR to the Job Improves the Safety, Efficiency of the Gene-Editing Tool

AUSTIN, Texas — One of the biggest scientific advances of the last decade is getting better thanks to researchers at The University of Texas at Austin;

news.utexas.edu
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ClubCambronne retweeted
Baur Lab@BaurLab
9 Sep 2020
Out today! Congrats @nora_kory and @DMSabatini! advances.sciencemag.org/cont…

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ClubCambronne retweeted
Baur Lab@BaurLab
9 Sep 2020
Also watch for studies on SLC25A51/MCART1 from the Sabatini lab, led by Nora Kory biorxiv.org/content/10.1101/…… and the Superti-Furga lab, led by Enrico Girardi biorxiv.org/content/10.1101/…!

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ClubCambronne retweeted
Baur Lab@BaurLab
10 Sep 2020
pennmedicine.org/news/news-r…
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cns.utexas.edu/news/research…

Researchers Discover Key Mechanism Cells Use to Harness Energy

Scientists have known for some time that NAD (oxidized nicotinamide adenine dinucleotide), a key molecule involved in the function of all cellular life, is nee

cns.utexas.edu
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ClubCambronne retweeted
Edward Marcotte@edward_marcotte
9 Sep 2020
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!
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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 @CambronneLab @BaurLab rdcu.be/b6YBL

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Highlighting key contributions by: @timluongo @EllerJared @MuJie_Lu @dr_ohsopretty @fraith7 @CEPerry230
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(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 @CambronneLab
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(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 @EllerJared @MuJie_Lu @PaulOliphint
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