Sarah Snelling
@sarahsnelling.bsky.social
380 followers 430 following 9 posts
University of Oxford | Transcriptomics | Musculoskeletal development, growth and pathology 🦴 | Sarcoma | Inflammation | Fibrosis | Biomaterials Skier ⛷️, Runner, Mum and inept mountain biker
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sarahsnelling.bsky.social
Sending my deepest condolences. Frank was an amazing human, one of the kindest, cleverest, most supportive out there.
Reposted by Sarah Snelling
joletmimpen.bsky.social
Very excited to see this Translational Perspective by Asst Prof @mvfranchi.bsky.social, Dr Christopher Fry, and Prof Michael Kjaer discussing our recent transcriptomics study on the early injury response in human quadriceps tendons in @jphysiol.bsky.social.
physoc.onlinelibrary.wiley.com
Reposted by Sarah Snelling
ndorms.bsky.social
Dr Sarah Snelling @sarahsnelling.bsky.social is leading a new study aiming to develop a blood test that could identify markers of osteosarcoma. This could be game-changing for early detection of this disease.
sarahsnelling.bsky.social
Fibroblasts & endothelial cells appear to orchestrate the early response to injury in ruptured quads tendons.

Great to see this published in & congratulations to @joletmimpen.bsky.social & the rest of the team.

physoc.onlinelibrary.wiley.com/doi/10.1113/...
sarahsnelling.bsky.social
Join us online for the @humancellatlas.bsky.social Musculoskeletal Bionetwork seminar on 21st May at 4pm GMT. We're excited to hear about spatial mechano-transcriptomics from Dr Adrien Hallou @halloulab.bsky.social

Open to all interested in MSK atlases in any species!

Register now bit.ly/4jhakA8
Reposted by Sarah Snelling
drcarlacohen.bsky.social
Ever torn a tendon? Our study led by @joletmimpen.bsky.social discovered changes in fibroblast and immune cell populations that occur in quadriceps tendon tears.

Read more: doi.org/10.1113/JP28...

@sarahsnelling.bsky.social
@adamcribbs.bsky.social
sarahsnelling.bsky.social
Calling clinicians, research nurses, lab scientists & bioinformaticians!

Please fill out our short survey on challenges & enablers for #biobanks & #Omics research.

Respondents from #GlobalSouth & #LMICs especially welcome!

@ndorms.bsky.social @humancellatlas.org

bit.ly/41nHHex
Biobanks and 'Omics amongst international clinicians and researchers
bit.ly
Reposted by Sarah Snelling
labwaggoner.bsky.social
Perturb-FISH, a method that combines high-throughput imaging spatial transcriptomics with in situ guide RNA detection, allows for the analysis of molecular and functional states, with spatial resolution at the single-cell level @cellcellpress.bsky.social
www.cell.com/cell/fulltex...
sarahsnelling.bsky.social
It had to be done!

I do love tendons, but other musculoskeletal tissues including synovium should get a bigger mention here - let's see what the next few years bring!
Word cloud, circular in shape, with tendon, human, cell, patient, healthy, expression, gene, diseased, patient all in large letters.
Reposted by Sarah Snelling
jasoncmarvin.bsky.social
I cannot think of anyone more deserving than Megan Killian (@megankillian.bsky.social) for the Community Council Chair on the ORS Board of Directors ballot 😍

Megan is one of those rare gems who goes above and beyond in making folks feel included and heard. A fantastic human being 👇

t.co/h60xhz38NN
Banner showing the ORS ballot to vote for open seats on the Board of Directors. A headshot of Megan.
sarahsnelling.bsky.social
If you're interested in the extracellular matrix of soft tissues and the role ECM plays in osteoarthritis then this systematic review is for you!

boneandjoint.org.uk/Article/10.1...
Reposted by Sarah Snelling
Reposted by Sarah Snelling
Reposted by Sarah Snelling
natureportfolio.nature.com
Fat tissue retains a ‘memory’ of obesity through cellular transcriptional and epigenetic changes that persist after weight loss, which might increase the chance of regaining weight, according to a study in Nature. go.nature.com/48ZTVfg
This is figure 1, which shows human adipose tissue retains cellular transcriptional changes after BaS-induced weight loss.
Reposted by Sarah Snelling
shechnerlab.bsky.social
It's my great pleasure to present the next big preprint from SheqLab! An exciting application of our O-MAP platform that I hope will transform the study of nuclear architecture.
If you've ever wanted to dissect the subnuclear "neighborhood" around an individual locus, read on! (1/30)