Save the Dates: May 20 & 21, 2026
The Indiana O’Brien Center for Advanced Renal Microscopy will host a virtual workshop on Spatial Protein Imaging. Details coming soon on the program and registration (free). Stay tuned!!
Save the Dates: May 20 & 21, 2026
The Indiana O’Brien Center for Advanced Renal Microscopy will host a virtual workshop on Spatial Protein Imaging. Details coming soon on the program and registration (free). Stay tuned!!
Times have changed. Reviewing papers stopped being predominantly a duty and an academic privilege, to also becoming an integral part of a multi-billion dollar publishing industry. Compensate reviewers? Any other examples of industry sustained by free work?
This perspective in @asnpublications CJASN discusses the importance of spatial biology in studying kidney disease and the translational implications to identify therapeutic targets and biomarkers. journals.lww.com/cjasn/citat…
The lymphatic system has historically been understudied due to the difficulty of distinguishing it from the blood vasculature. This #ASNKidney360 paper's authors optimized an antibody-based method for imaging hard-to-visualize adult murine kidney lymphatics. Read more: kidney.pub/KID0919
Kidney diseases are a leading cause of death in the U.S. They affect 14% of adults, often without knowing it. IU researchers are mapping kidney cell types to improve diagnosis and open the door to more precise therapies.
bit.ly/47HwKHE
Our latest in @ScienceAdvances from a large collaboration through @KPMProject . We characterize a population of PTs in human kidney that express the regenerative marker THY1. THY1 PTs are lost in kidney disease science.org/doi/10.1126/scia…
Loss of THY1 and increase in PROM1 PTs may be indicative of disease progression and can help stage kidney disease
Harnessing Spatial Biology- Protein and RNA
Kidney cells can protect themselves during injury, but the mechanisms were unclear.
ASCI member Tarek M. El-Achkar @AshkarLab & team @IUMedSchool now show that oxidative stress induces an isoform of uromodulin that re-routes to the mitochondria to enhance energy production.
View paper: jci.org/articles/view/183343
Kidney cells can protect themselves during injury, but the mechanisms were unclear.
@AshkarLab & team @IUMedSchool now show oxidative stress induces an isoform of uromodulin that re-routes to the mitochondria to enhance energy production.
View paper: jci.org/articles/view/183343
How do trillions of cells work together to form & maintain the human body? @AshkarLab & @sarahteichmann1 will guide you through 3D & 4D spatial imaging, uncovering how organs function, develop, & respond to disease. Join the discussion! fcld.ly/hyh0vuq#CellMapCrew
Happy to share this work in @jclinicalinvest led by superstar Azuma Nanamatsu. We found a splice variant of Uromodulin directed intracellularly to mitochondria to enhance energy metabolism and protect TAL cells from injury.
jci.org/articles/view/183343
Splice switching antisense oligonucleotide that enhance this splice Uromodulin variant can improve the course of acute kidney injury. Many thanks to all collaborators @IUKidney@KPMProject