@lab_meyer

Our research aims to define the mechanisms that regulate cellular pathology in muscle and to design cell-based regenerative therapies.

 Washington University
sites.wustl.edu/meyerlab
Joined May 2018
  • Tweets62
  • Following78
  • Followers275
18Media
Meyer Muscle Lab retweeted
Scheller Lab@schellerlab15 Sep 2024
🚨After 8y and many dead ends- we are excited to clarify how "stable" adipocyte lipolysis is potently activated independent of catecholaminergic signals while being restrained by glucose and insulin. RT and feedback welcome as we work from preprint to pub! biorxiv.org/content/10.1101/…
1
20
4
51
6,818
Meyer Muscle Lab retweeted
Kelsey Collins@KelseyHCollins13 Feb 2023
ON NOW 🚨 energizing #crosstalk in MSK disease workshop in Chantilly East #ORS2023. Lots of time allocated by @jill_beveridge @MaerzAndBlue to generate actionable discussion and priorities in this topic that many in our @ORSsociety community are contributing to actively. Join us!
1
12
1
34
4,456
Meyer Muscle Lab retweeted
Maiko Morotani@morotani1 Oct 2022
Thank you Gretchen for the lovely tour of the lab today @lab_meyer! #myocyte #adipocyte #musclephysiology
1
4
Meyer Muscle Lab retweeted
Kelsey Collins@KelseyHCollins27 Sep 2022
Still in my feelings about meeting @ardemp & having #fatchat IRL. Thank you for a wonderful lecture! Excited to learn more about the role of DRGs - so much to discover about #piezo signaling in adipose tissue, infrapatellar fat pad & orthopaedic applications. #FatHasFeelingsToo
Farshid Guilak@Farsh_G26 Sep 2022
⁦@KelseyHCollins⁩ getting a shoutout from Nobel Prize winner ⁦@ardemp⁩ for coining the phrase “fat has feelings too!”
1
5
1
59
Meyer Muscle Lab retweeted
Rita Brookheart@CellNinja25 Aug 2022
The first preprint from the Brookheart Lab identifies Site-1 Protease, a regulator of ATF6 and SREBPs, as an inhibitor of skeletal muscle metabolism and mass. Many thanks to our collaborators! @bnfinck @terri_pietka @lab_meyer biorxiv.org/content/10.1101/…

Site-1 Protease inhibits mitochondrial metabolism by controlling the TGF-β target gene MSS51

The mitochondrial response to changes in cellular energy demand is necessary for cellular adaptation and organ function. Many genes are essential in orchestrating this response, including the...

biorxiv.org
6
10
2
37
Meyer Muscle Lab retweeted
Kelsey Collins@KelseyHCollins22 Aug 2022
Are you actively studying #crosstalk (more than one tissue or organ/organ system) in Orthopaedic Research? Don't miss your chance to submit your #ORS2023 abstract to the ✨new✨ Multi-Organ System Crosstalk Topic! One week to go⏰! #orthotwitter #ORSSMC
Orthopaedic Research Society@ORSsociety22 Aug 2022
The deadline for #ORS2023 abstract submission is in ONE WEEK! We look forward to receiving your abstracts & all the groundbreaking #orthoresearch you have been doing! bit.ly/3Q14K69
1
10
29
Leptin mediates the regulation of muscle mass and strength by adipose tissue physoc.onlinelibrary.wiley.c…

Leptin mediates the regulation of muscle mass and strength by adipose tissue

Abstract figure legend Adipokines help maintain healthy muscle physiology in wild-type (WT) mice (far left panel). Mice lacking adipose tissue (fat-free (FF) mice) experience muscle atrophy and...

physoc.onlinelibrary.wiley.com
1
4
11
Meyer Muscle Lab retweeted
Kelsey Collins@KelseyHCollins5 Aug 2022
Studying multi-organ or tissue crosstalk in Orthopaedic diseases or applications? Don’t miss your chance to share your work at #ORS2023 and look out for this NEW topic, Multi-Organ System Crosstalk during abstract submission. Deadline is August 29, 2022! @rem7101 @DrBrianFeeley
Orthopaedic Research Society@ORSsociety5 Aug 2022
Did you know there's a new topic for #ORS2023 Abstract Submissions? This year we have added Multi-Organ System Crosstalk! Click here for an extensive list of all Abstract Submission Topic/Subcategories and submit your abstracts by 8/29 bit.ly/3Q14K69
10
29
Last week's MOST talked about studies in Sports Science👟. Including effects of high-intensity and sprint interval training on fat oxidation. 1.doi.org/10.1136/bjsports-202… 2.doi.org/10.3389/fspor.2022.8… 3.doi.org/10.1113/JP283034 #research #sports #exercise #Training
1
9
27
Meyer Muscle Lab retweeted
Adipose Papers@adipose_papers18 Jul 2022
Leptin mediates the regulation of muscle mass and strength by adipose tissue dlvr.it/SV4j5x
2
2
Meyer Muscle Lab retweeted
Kelsey Collins@KelseyHCollins18 Jul 2022
How does fat talk to muscle? With @lab_meyer in @JPhysiol, we show that fat-free mice had reduced muscle strength and mass, reversed by fat transplant. Leptin KO didn't rescue muscle, suggesting #leptin #crosstalk regulates muscle mass/strength @Farsh_G tinyurl.com/2y8h25sa
Adipokines help maintain healthy muscle physiology in wildtype (WT) mice (far left panel). Mice lacking adipose tissue (Fat-free (FF) mice) experience muscle atrophy and contractile dysfunction (middle left panel). Add-back of a small quantity of adipose tissue to FF mice can fully restore WT muscle physiology (middle right panel). However, add-back of adipose tissue lacking the adipokine leptin fails to rescue the FF muscle phenotype (far right panel). Therefore we conclude that adipose-derived leptin is required to develop and maintain full muscle mass and strength

ALT Adipokines help maintain healthy muscle physiology in wildtype (WT) mice (far left panel). Mice lacking adipose tissue (Fat-free (FF) mice) experience muscle atrophy and contractile dysfunction (middle left panel). Add-back of a small quantity of adipose tissue to FF mice can fully restore WT muscle physiology (middle right panel). However, add-back of adipose tissue lacking the adipokine leptin fails to rescue the FF muscle phenotype (far right panel). Therefore we conclude that adipose-derived leptin is required to develop and maintain full muscle mass and strength

7
35
4
203
Meyer Muscle Lab retweeted
Rick Lieber@lieber_rick15 Jun 2022
Finally, the copyright issue is solved and you can download this eBook at sralab.org/academy/bookstore…
6
104
6
554
Meyer Muscle Lab retweeted
Jennifer Young@nano_jenn19 Feb 2021
Looking for postdocs to join my soft nano-biomaterials lab @MBIsg @BME_NUS @NUSingapore studying the tissue nanoenvironment using #cryoEM! Please spread and RT! mbi.nus.edu.sg/jobs/seeking-… #ECM #mechanobiology #postdocjobs
2
78
7
147
Meyer Muscle Lab retweeted
Farshid Guilak@Farsh_G16 Oct 2020
We have a variety of different laboratories doing outstanding BME research in orthopaedics! @The_Lake_Lab @lab_meyer @schellerlab @McAlinden_Lab @SimonYTangLab @washu_ortho_res @NateHuebsch @setton_lab @Guilak_Lab and others! Join us at 2pm EDT to learn more!
WashU Biomedical Engineering@WashUBME16 Oct 2020
Want to learn more about WashU's BME graduate programs? Chat with our faculty from 2-3 pm EDT today to learn more about our research, academics and fellowships. Register here 👉 ow.ly/8QwW50BTq8h
4
25
Meyer Muscle Lab retweeted
Lake Lab@The_Lake_Lab10 Aug 2020
So excited to share Chelsey Dunham's latest paper in @FASEBJournal "Adipose stem cells exhibit mechanical memory and reduce fibrotic contracture in a rat elbow injury model" doi.org/10.1096/fj.202001274… @lab_meyer @WashUengineers @WashUBME @washu_ortho_res @wustlcrm @ORSsociety
1
6
1
36
Load more