Inês Cabrita (@inscabrita3) 's Twitter Profile
Inês Cabrita

@inscabrita3

Scientist
| Renal and airway physiology, TMEM16A, Hippo, niclosamide, Glomerular diseases, Polycystic Kidney Disease, Cystic Fibrosis, Asthma, drug development

ID: 1367181823026094089

calendar_today03-03-2021 18:35:29

9 Tweet

14 Followers

9 Following

Bernhard Schermer (@bernhardscherm1) 's Twitter Profile Photo

Congratulations to Lioba Ester for a brilliant thesis defense CECAD Cologne Uniklinik Köln 🎉🥳🍾 !!! Many thanks to Joseph Bonventre and his team for allowing Lioba to enter the world of kidney organoids!

Congratulations to <a href="/LiobaEster/">Lioba Ester</a>  for a brilliant thesis defense <a href="/CECAD_/">CECAD Cologne</a> <a href="/UKKoeln/">Uniklinik Köln</a> 🎉🥳🍾 !!!

Many thanks to Joseph Bonventre and his team for allowing Lioba to enter the world of kidney organoids!
Claudio S. Gonzalez (@claudiosgonzal0) 's Twitter Profile Photo

Excited to share our new research on the role of BTLA in glomerulonephritis! Check out the paper and dive into the fascinating world of kidney diseases!This study uncovers fascinating insights into the immune response and potential therapeutic targets journals.lww.com/jasn/Abstract/…

Bernhard Schermer (@bernhardscherm1) 's Twitter Profile Photo

📢Thrilled to share: Our latest study on NUPs & the #Hippo regulators YAP/TAZ is now live Human Molecular Genetics. We add another puzzle piece to the role of YAP/TAZ in #Podocytes and #FSGS. Congrats & a big THANK YOU to the entire team! #nephrology #NephroLab tinyurl.com/42e7jf4d

📢Thrilled to share: Our latest study on NUPs &amp; the #Hippo regulators YAP/TAZ is now live <a href="/hmg_journal/">Human Molecular Genetics</a>.  We add another puzzle piece to the role of YAP/TAZ  in #Podocytes and #FSGS.
Congrats &amp; a big THANK YOU to the entire team!
#nephrology #NephroLab 

tinyurl.com/42e7jf4d
Inês Cabrita (@inscabrita3) 's Twitter Profile Photo

🔬 Final print out!! 🔍 Lioba Ester sheds light on FSGS and nephrotic syndrome's mysteries 🧩 YAP/TAZ dysregulation in mutated NUP205 patients might be key🗝️ Thank you for the opportunity to contribute for the field 🐙 academic.oup.com/hmg/advance-ar…

Kasia Bozek (@bozeklab) 's Twitter Profile Photo

We perform a fully unsupervised analysis of the filtration barrier in kidney and show that it allows to group images in a way that reflects their morphometry: frontiersin.org/articles/10.33… Great collaboration with the NephroLab David Unnersjö-Jess Linus Butt !

Bernhard Schermer (@bernhardscherm1) 's Twitter Profile Photo

📣 A new star is born in the cilia world and cell death galaxy: Emilia Kieckhöfer brilliantly defended her PhD today! Congratulations!!! 🎉🥳👍 #cilia #necroptosis #bbs #ciliopathy Uniklinik Köln CECAD Cologne SFB_1403 Universität zu Köln

Bernhard Schermer (@bernhardscherm1) 's Twitter Profile Photo

On the road/track for podocytes-Hippo-Ajuba: Heading to Beate and Team in Münster 😊🐙🫘🦛 #Podocyte #Hippo #Ajuba #yap #mechanosensor

On the road/track for podocytes-Hippo-Ajuba: Heading to Beate and Team in Münster  😊🐙🫘🦛

#Podocyte #Hippo #Ajuba #yap #mechanosensor
Bernhard Schermer (@bernhardscherm1) 's Twitter Profile Photo

🎉🥳NOW ONLINE: Our #snRNAseq study on #YAP and #TAZ in #podocytes🐙 THANKS to Lioba Ester & Inês Cabrita & the team (including Eva Wiesner He Chen Paul Diefenhardt francesca fabretti) & to incredibly thorough reviewers at #JASN ASN Publications! journals.lww.com/jasn/abstract/… #kidney #health #science

🎉🥳NOW ONLINE: Our #snRNAseq study on #YAP and #TAZ in #podocytes🐙
THANKS to <a href="/LiobaEster/">Lioba Ester</a> &amp; <a href="/InsCabrita3/">Inês Cabrita</a> &amp; the team (including <a href="/MrsEvaW/">Eva Wiesner</a> <a href="/hecheeee/">He Chen</a> <a href="/PaDiefen/">Paul Diefenhardt</a> <a href="/frarom76/">francesca fabretti</a>) &amp; to incredibly thorough reviewers at #JASN <a href="/asnpublications/">ASN Publications</a>!
journals.lww.com/jasn/abstract/…

#kidney #health #science
ASN Publications (@asnpublications) 's Twitter Profile Photo

Research shows that transcriptional regulators YAP and TAZ can maintain podocyte viability by compensating for each other's loss, but TAZ fails to maintain YAP-specific functions, leading to podocyte injury. bit.ly/JASN0689 #ASNJASN #BasicResearch

Research shows that transcriptional regulators YAP and TAZ can maintain podocyte viability by compensating for each other's loss, but TAZ fails to maintain YAP-specific functions, leading to podocyte injury. bit.ly/JASN0689
#ASNJASN
#BasicResearch