Pietro Cippà retweeted
Proximal tubule responses to injury: interrogation by single-cell transcriptomics. ncbi.nlm.nih.gov/pubmed/3707…
Pietro Cippà retweeted
The Bcl-2 inhibitor #venetoclax can selectively deplete hematopoietic stem cells and reduce radiation doses during conditioning for #StemCellTransplant in large animals, suggesting the drug could minimize toxicity and foster graft tolerance. @MGHSurgery scim.ag/2ao
Pietro Cippà retweeted
New! Mapping the single-cell transcriptomic response of murine diabetic kidney disease to therapies dlvr.it/SSF30Y
Pietro Cippà retweeted
The K-CLIER project, another great example of collaborative work on the use of AI in translational research presented by @pcippa and Daniele Malpetti. @EnteOspedaliero #SCTO Events
Pietro Cippà retweeted
Kidney gluconeogenesis is responsible for 40% of systemic gluconeogenesis during fasting. This study shows that CKD disrupts kidney gluconeogesis, with systemic decrease in glucose and increase in lactate levels, and is associated with worse prognosis bit.ly/j2021050680
Pietro Cippà retweeted
Happy to share our latest work in @FrontImmunol!
In this work we explore the complex landscape of multiple cytokines & chemokines in kidney transplantation:
frontiersin.org/articles/10.…
1/5
Pietro Cippà retweeted
Who said that only the #heart can beat?! #Vasomotion in the afferent arteriole in the #kidney. Green is #calcium in vascular smooth muscle cells. #FluorescenceFriday #Leica @LeicaMicro
Pietro Cippà retweeted
⏬QPRT activity/expression, a rate-limiting enzyme of de novo NAD+ biosynthesis in acute kidney injury & chronic kidney disease
Important evidence of #ERStress in NAD+ pool depletion🥸
Dr. Pietro Cippà & Nicolas Pallet labs @JCI_insight 2022 @pcippa
insight.jci.org/articles/vie…
Pietro Cippà retweeted
ASCI member János Peti-Peterdi @KeckMedUSC on the #cover of @JCI_insight: Visualizing endothelial and immune pathogenesis in an Alport syndrome model: buff.ly/3q8dSeR
#Nephrology
Pietro Cippà retweeted
Learn more about how @USCStemCell is serving as an incubator for medicine of the 21st Center. stemcell.keck.usc.edu/usc-st…
Pietro Cippà retweeted
A newly identified gene variant helps to improve peritoneal #dialysis. #Kidney patients with this gene variant have a higher risk of death and should therefore be treated with special dialysis solutions. media.uzh.ch/en/Press-Releas…
Pietro Cippà retweeted
A @Dev_Cell study traces the blueprints for how human #kidneys form their filtering units. The @USCStemCell study from Andy McMahon’s lab was led by Nils Lindström, with collaborators from @Princeton and @EdinburghUni. @LindstromLab @KECKSchool_USC stemcell.keck.usc.edu/nephro…
Pietro Cippà retweeted
Complications of hospitalised COVID19 common even in young patients, especially acute kidney injury. Long term health issues are likely for many
NEW—An observational study of >70,000 people in the UK hospitalised with severe #COVID19 finds 1 in 2 developed at least one health complication. Authors warn of significant challenges for individuals and health & social care in the coming years.
🔗 hubs.li/H0SnMm90
Single-nuclear transcriptomics reveals diversity of proximal tubule cell states in a dynamic response to acute kidney injury pnas.org/content/118/27/e202…
Pietro Cippà retweeted
The @USCStemCell lab of Andy McMahon has identified a type of injured cell that might contribute to the transition from an acute kidney injury to chronic kidney disease, as described in a new study in PNAS. @PNASnews @KeckSchool_USC stemcell.keck.usc.edu/acute-…
Pietro Cippà retweeted
A moving shortfilm about an extraordinary « second Life » after #kidney #Transplantation
TAYO - Deu - Kurzfilm über die Bedeutung der Verbundenheit zwischen Mens... youtu.be/rC8nIQozE1M via @YouTube @Swisstransplant































