BIZARRE!! - September 27th, 1989 Voronezh, Russia. According to eyewitnesses, a flying saucer-like object hovered over the city for several hours, emitting beams of light and displaying unusual movements. #aliens#ufotwitter#uaptwitter#uaps#ufos#ufosightings
Our paper on RNA localization in skeletal muscle is out now in @NatureComms! @EricTWang@chasepkelley. Worth revisiting even if you saw the preprint as there are some additions and improvements: https://t.co/9niIuKvTG8 1/9
Interested in single cell genomics but need help getting started? Check out the agenda for my lab's free workshop next Friday. Very excited that we will be livestreaming all talks with the support of @cziscience! Please RT and spread the word! https://t.co/zG98gkckMU
New preprint with @NateDisser@G_Ghahramani & @SwansonGoBlue where we analyzed transcriptomes of different limb tendons from mice and rats. Tendons within and across species are transcriptionally very unique! Preprint below and database at https://t.co/EE95gkdhfu
A. Piacentini at the @HSpecialSurgery discusses how the MRL/MpJ mouse strain has been touted as a “superhealer”, despite tissues displaying different levels of healing ability. The @ChrisMendias lab sought to test that ability following rotator cuff tear.
https://t.co/0Exz2d6JVD
Check out my interview with @SelectScience where I talk about how @ACDbio's RNAscope technology helped @NateDisser and me in @ChrisMendias's lab histologically validate our single-cell RNAseq data from Achilles tendon.
In this exclusive interview with Jacob Swanson, discover how RNA in situ hybridization is being used to uncover the cellular makeup of tendons and its role in repair, leading to improved treatment for injuries: https://t.co/tkn34cByb1
@ACDbio #insituhybridization#RNA
Congrats to @NateDisser Kris Sugg @jefftalarek@Brennan_Rourke and Dylan Sarver on their new paper in @FASEBJournal demonstrating a critical role for IGF1 in #tendon growth https://t.co/NvBO5CyXkC
A new @cosgrovelab pre-print is up on @bioRxiv. Led by @AndreaDeMicheli and in collaboration with @DeVlaminckLab and @ElementoLab. Our work provides a comprehensive scRNA-seq reference atlas of skeletal muscle regeneration in mice. https://t.co/RHHwzPjG3o