Happy to announce that I’ve been awarded the NSF GRFP ! Thank you to my fantastic advisor @DionnaKasper, and friends for supporting me !
I’m beyond happy to be a #NSFGRFP fellow !
New work from the #WeinsteinLab is on biorxiv! With MAJOR help from @ZebrafishMK and @aurora_kraus : The axillary lymphoid organ - an external, experimentally accessible immune organ in the zebrafish. Tweetorial below. #Zebrafish https://t.co/naiDHeQP6B
🎉Exciting news! Daniocell is now accessible via ZFIN! 4 years ago, when I started working on zebrafish with @JeffreyAFarrell, I was awestruck at the immense resource that is ZFIN. Happy to see Daniocell worthy of a place in ZFIN.
In response to Wednesday’s protest, more than 50 faculty members wrote in support of College President Sian Leah Beilock’s leadership.
https://t.co/zMpn41N82m
Mechanosensing by Vascular Endothelium
“Making Sense of Senses”
A comprehensive review of #endothelialCell Shear & Stretch sensors
Must-read!👹
Ion channels
#Piezo1 TRPV4 KIR2.1 ENaC TREK-1
Receptors
GPR68 BK2 S1PR1 H1R
Membrane structures
Glycocalyx Caveolae Integrin CD31/VE-cad/VEGFR2 PlexinD1
Any compressive force sensor?😃
Alk5/TGFβR1 also acts as shear sensors to drive #EndMT😁
@XinRuiLimEmily1@OsamaHarraz Annu Rev Physiol 2024 @AnnualReviews
https://t.co/bNijNT8ErR
Scientists have engineered an antibody-drug fusion that can calm immune cells that drive inflammatory diseases such as rheumatoid arthritis, while avoiding systemic effects linked to conventional drugs. @ScienceTM https://t.co/PHWk5eW7pM
New preprint alert📢
Brain vascular abnormalities are at the root of serious cerebrovascular diseases like strokes & dementia. In this work, led by @IvanBassi3, we investigate the mechanisms regulating Neurovascular unit (NVU) development & integrity
@KarinaYaniv@IRB_Department