StrickerLab

Musculoskeletal Development and Regeneration Lab, Division of Cell Biology, Karl Landsteiner University of Health Sciences. Stromal cells rule!

[StrickerLab @StrickerLab]

Happy to share the latest paper from our lab: https://t.co/zaqknrXYes where we propose that multipotent progenitors from the dorsal aortic compartment in E9.5 mouse embryos contribute to the formation of brown adipose tissue depots

[StrickerLab @StrickerLab]

@HenningLanger @agata_moss @MuscleScience Congratulations Henning!

[Henning Langer @HenningLanger]

Hey Muscle And Metabolism Folks on Twitter, @LykkeSylow and I are looking for a Postdoc who is interested in applying for a prestigious @DDEA_Denmark fellowship with us. More details in the picture attached. Please share widely! @MYOTWlTTER

[StrickerLab @StrickerLab]

Only a few more days left to register for the German Society for Developmental Biology (GfE) Summer school
https://t.co/9XzZUbEu0e

[Rüegg Lab @RueggLab]

Myc and muscle growth: necessary in muscle stem cells, dispensable in muscle fibers and harmful if overexpressed. Check out our latest work https://t.co/ACbr55RXuz in @NatureComms, where we explore the role of Myc in muscle growth and more.

[Development @Dev_journal]

Mesenchymal Osr1+ cells regulate embryonic lymphatic vessel formation

Read this Research Article by Pedro Vallecillo-García, Sigmar Stricker @StrickerLab (@FU_Berlin @ChariteBerlin) and colleagues:

https://t.co/5rfxA12lk0

[StrickerLab @StrickerLab]

Loss of Osr1 leads to altered matrix deposition impairing proliferation of lymph endothelial cells (LECs) at the sprouting tip, while decreased expression of signaling factors as Cxcl12 impairs LEC migration.

[StrickerLab @StrickerLab]

New paper: we show a role for our favorite transcription factor Osr1 in our favorite #stromal cells to non cell autonomously regulate #lymphangiogenesis
Out now in @Dev_journal
https://t.co/Y03ezfd61y

[StrickerLab @StrickerLab]

Great @FUBiochemistry retreat today; proud of my group, especially Hafsa Zahid winning the poster prize!

[StrickerLab @StrickerLab]

@comai_g Congratulations Glenda @comai_g @LabTajbakhsh !

[Kairo @Kairo_Anatomika]

So...Mammals normally store fat under the skin in an even layer, but camels evolved to pile fat in one spot, so the rest of their bodies can stay cool in the desert.

Why don't other desert animals do this?

Well, they do.... but for some reason, we never talk about them..... 🧵🧵

[Anna Vainshtein, PhD @VainshteinAnna]

Hey #myotwitter! Enjoy this week’s papers on the regulation of skeletal muscle. It features metabolism, sarcopenia, dystrophy, development, exercise, and more.
👇
https://t.co/69ujeHL4Bi

Highlighting work from
@ValFajardoPhD
@SamMathew_RCB
@StrickerLab
Thanks
@Bims_BiomedNews

[StrickerLab @StrickerLab]

@F_Helmbacher @Xiao_yan_Wei @LaszloNagyLab Thank you Francoise!

[StrickerLab @StrickerLab]

It’s finally out!!! Neurofibromin 1 controls metabolic balance and Notch-dependent quiescence of murine juvenile myogenic progenitors https://t.co/wSjvRUttBn
Congratulations to @Xiao_yan_Wei, now postdoc @LaszloNagyLab

[StrickerLab @StrickerLab]

New preprint from @LeGrandLab1 @GarciaPaulineJ : Setdb1 safeguards genome integrity in muscle stem cells to allow for regenerative myogenesis and inflammation https://t.co/bwRR9yClqe

[StrickerLab @StrickerLab]

While studies as these are only a very small step towards providing treatment to patients suffering from complex diseases as NF1, we hope this contributes to the understanding of an important phenotypic facet of NF1 @nfnetwork @NFibromatosis @neurofibroma_uk @ChildrensTumor

[StrickerLab @StrickerLab]

This was coupled to premature muscle stem cell quiescence induction via Notch pathway activation; blunting Notch signaling during early postnatal development ameliorated the muscle phenotype in this model.

[StrickerLab @StrickerLab]

So cool! From our @FU_Berlin @fubcp @FUBiochemistry neighbors @ewers_helge: An open-source, high resolution, automated fluorescence microscope https://t.co/wAi0Tc2ioT