NARKAR LAB - Exercise, Muscle & Vascular Medicine

We investigate molecular mechanisms of exercise adaptation, and their therapeutic potential in metabolic, muscular and cardiovascular complications.

[NARKAR LAB - Exercise, Muscle & Vascular Medicine @LabNarkar]

I guess that makes me happy as a biologist!

[NARKAR LAB - Exercise, Muscle & Vascular Medicine @LabNarkar]

Thats the book I want to read…

https://t.co/PMoUZ1iqiA

[NARKAR LAB - Exercise, Muscle & Vascular Medicine @LabNarkar]

@LabNarkar lunch after a longtime! Congratulations to Addison on her graduation! And best for future! And wishing the rest of the lab a warm Texas summer filled with science and experiments! 😉

[NARKAR LAB - Exercise, Muscle & Vascular Medicine @LabNarkar]

@salkinstitute @SatchinPanda Congratulations Satchin!

[NARKAR LAB - Exercise, Muscle & Vascular Medicine @LabNarkar]

@KendraCarmonLab @MTBatGSBS @MDA_UTHGrad @PeytonsPhD Go Peyton!

[NARKAR LAB - Exercise, Muscle & Vascular Medicine @LabNarkar]

@McGovernMed Congrats! Great work as always!

[NARKAR LAB - Exercise, Muscle & Vascular Medicine @LabNarkar]

@MTBatGSBS @PeytonsPhD @KendraCarmonLab Congratulations to Peyton and Carmon lab!! Good job Peyton!!

[NARKAR LAB - Exercise, Muscle & Vascular Medicine @LabNarkar]

@MTBatGSBS @HarryKarmouty Congrats!

[NARKAR LAB - Exercise, Muscle & Vascular Medicine @LabNarkar]

@MTBatGSBS @Stevo_157 Congrats!

[NARKAR LAB - Exercise, Muscle & Vascular Medicine @LabNarkar]

@MTBatGSBS @ScottEvansMD Congrats!

[Salk Institute @salkinstitute]

🎇Congratulations to Salk Professor Ronald Evans for winning this year's Japan Prize in Medical Science and Pharmaceutical Science for his groundbreaking discovery of nuclear hormone receptors! @JapanPrizeAward #JapanPrize #scientificbreakthrough

https://t.co/AU0yEJiVUg

[NARKAR LAB - Exercise, Muscle & Vascular Medicine @LabNarkar]

@LabNarkar holiday lunch! Winding down the year with awesome lab members, fun conversations and holiday spirit!!!! Happy Festivus to all from @LabNarkar !!!

[NARKAR LAB - Exercise, Muscle & Vascular Medicine @LabNarkar]

@LabNarkar’s review on exercise mimicking pathways in vascular regeneration in Peripheral Arterial Disease is online!

[DeBakey CV Education - World Class CV Training @DeBakeyCVedu]

Exercise has positive effects on CV health & vascular regeneration, & exercise-mimicking therapeutics offer potential.

Exercise & Ischemia-Activated Pathways in Limb Muscle Angiogenesis & Vascular Regeneration @LabNarkar

#DeBakeyCVournal #cardiotwitter
https://t.co/yh6oTWETJa

[NARKAR LAB - Exercise, Muscle & Vascular Medicine @LabNarkar]

@eswindell Best wishes!

[NARKAR LAB - Exercise, Muscle & Vascular Medicine @LabNarkar]

Thanks to @TerenceRyan_PhD for hosting me for a seminar! Wonderful meeting with super-talented trainees, and hearing about outstanding muscle and PAD work! Local coffee treat by Dr. Ryan was an icing on the cake!
#centerforexercisescience
#UF Gainesville

[Terence Ryan @TerenceRyan_PhD]

Wonderful to have @LabNarkar visit UF! Learned a ton from his seminar on estrogen-related receptors and their beneficial roles in exercise, peripheral artery disease, and dystrophies.

[Terence Ryan @TerenceRyan_PhD]

Thrilled to have this work published in AJP-Heart! Great work from the team and really fair reviews from reviewers!

[AJ Marian @AJMarianMD]

Dr. Eric Olson, one of the most eminent scientists of our time will be speaking at the JCA webinar series on Jan 9, 2024. Please see the link. More details to follow.
https://t.co/LR6Eev0Dg3

[Cell Stem Cell @CellStemCell]

Exercise reprograms the inflammatory landscape of multiple stem cell compartments during mammalian aging by Ling Liu at @StanfordMed et al.
https://t.co/FgdaYywzhG

High-quality paper handpicked by the @CellStemCell editorial team

[Nature Metabolism @NatMetabolism]

Online now! Vitamin B12 is a limiting factor for induced cellular plasticity and tissue repair https://t.co/R3Xz3VOyI8

[Matthew S. Alexander @Matt_Muscle_Guy]

New @eLife paper: Human skeletal muscle organoids model fetal myogenesis and sustain uncommitted PAX7 myogenic progenitors. https://t.co/ApAOAka37N