With special thanks to @AtukoralePU lab and the whole team for their efforts in completing this study, here we reveal that "Loss of ADAMTS9 results in Nephronophthisis like polycystic kidneys by disrupting ciliogenesis and ECM dynamics" https://t.co/MNNMnCPS91
Delighted to share the publication of our work related to TMEM67 cleavage today. This is the first of three related manuscripts on the topic, thanks to a great team of collaborators from UMass and Europe.
https://t.co/pGbgYSGqzG
Biologically validating a mass spec predicted cleavage of any protein using a novel mouse model is quite rare. However, what made this study extraordinarily unique is ciliopathy patients with TMEM67 variants of the cleavage residues identified, which we modeled in C elegans.
Vey excited to unveil our work identifying the TMEM67 extracellular domain cleavage site. This is the first ciliary structural protein cleavage site identified using N-terminomics and validated in humans, mice and C elegans. https://t.co/nI0SzwoIkE
Excited to share our grant proposal with the @AtukoralePU lab to Develop a targeted mRNA encapsulated Lipid Nanoparticle for The Treatment of Polycystic Kidney Disease has been selected for funding supported by the NIH National Center for Advancing Translational Sciences. #Cilia
Delighted and rejoicing while humbly being thankful to all the past mentors, students, collaborators and colleagues whose contributions were invaluable to make this a reality. Thank you @NIHFunding@UMassChan#FirstR01
Some collaborations are more fruitful than others. Here’s our latest collaboration project with the Atukorale lab @AtukoralePU thanks to @umassmemorial
While being optimistically cautious, no words can ever describe the exhilaration the below numbers brought, when your first R01 gets reviewed as such. Thank you NIH and the NIDDK scientific reviewers for this moment!