Ryan Kahn, PhD

Post-doctoral fellowship, Shirley Ryan Ability Labs

[Ryan Kahn, PhD @RyanKahn12]

Really excited to share some of the latest work from my PhD suggesting satellite cells may differentially regulate ex vivo contractile function in the morning vs afternoon 💪 @AJPCellPhys

@sududay78
@JohnAHawley
@lieber_rick

https://t.co/58bP8oymKB

[Ryan Kahn, PhD @RyanKahn12]

@mmhung22 Congrats 🥳

[Ryan Kahn, PhD @RyanKahn12]

@hubermanlab @PeterAttiaMD Related to light/dark timing, this may be a cool paper to do for journal club! They show muscle grows better during the day vs at night (albeit in zebrafish and in embryonic muscle development). Related to my PhD work as well 😁 https://t.co/PymlNmPKso

[AJP-Cell Physiology @AJPCellPhys]

As part of our Cellular and Tissue Clocks Reviews, Ryan E. Kahn et al. (@ACUmedia) authored this piece in our latest issue, Molecular clocks, satellite cells, and skeletal muscle regeneration:

https://t.co/rCRpcNF5Ju

#CellCycle #CircadianRhythm #StemCells

[Ryan Kahn, PhD @RyanKahn12]

Very excited to share our recent review and part of the first chapter of my PhD on satellite cell molecular-clock regulation of muscle repair! Stay tuned for more work on this to come soon 😁

https://t.co/ubOLu76tAR

@JohnAHawley
@sududay78
@KaplanOrly

[American Physiological Society @APSPhysiology]

#ArticlesInPresS from @AJPCellPhys explores molecular clock regulation of muscle regeneration and repair: https://t.co/sDiXwJWMgJ

[Ryan Kahn, PhD @RyanKahn12]

@AJPCellPhysEIC @AJPCellPhys @sududay78 Thank you!! 😁

[AJP-Cell Physiology @AJPCellPhys]

🏅Congratulations to Dr. Sudarshan Dayanidhi et al. for their #APSselect article “Resident muscle stem cell myogenic characteristics in postnatal muscle growth impairments in children with #CerebralPalsy”

https://t.co/2NV2EuURIF

@sududay78 @RyanKahn12

[Ryan Kahn, PhD @RyanKahn12]

@mmhung22 Thank you!! 😊

[APS Publications @APSPublications]

Congratulations to @AJPCellPhys March #APSselect winners @RyanKahn12, @sududay78 et al. for their article “Resident muscle stem cell myogenic characteristics in postnatal muscle growth impairments in children with cerebral palsy” @AbilityLab

https://t.co/Bfvx2hhW09

[Ryan Kahn, PhD @RyanKahn12]

@ChrisFryPhD @AJPCell @sududay78 Thank you! That's a very high compliment coming from you 😁

[Ryan Kahn, PhD @RyanKahn12]

Proud to share my pre-PhD work on MuSC characteristics in kids with cerebral palsy @AJPCell https://t.co/xZ588D7cts

Big shout-out to @sududay78, I've learned & grown so much from being in your lab first as a tech and now as a PhD candidate. Excited for more cool muscle projects!

[AJP-Cell Physiology @AJPCellPhys]

Resident #muscle stem myogenic characteristics in postnatal muscle growth impairments in children with #CerebralPalsy –

https://t.co/kb3SWL9Tyw

By @sududay78 and coauthors from @AbilityLab, @LurieChildrens, and @NUFeinbergMed

#myotwitter #ArticlesInPress #ResearchArticle

[APS Publications @APSPublications]

Resident muscle stem cell myogenic characteristics in postnatal muscle growth impairments in children with cerebral palsy (@RyanKahn12 @sududay78 et al.) - new in @AJPCell

https://t.co/HmfPbGGzxH

@AbilityLab @LurieChildrens @NUPTHMS @aacpdm

#cerebralpalsy #stemcells