More to learn about #AKI and working in this article, Strategies to mitigate acute kidney injury risk during physical work in the #heat (Abdulaziz Masoud et al. @UNM):
https://t.co/ODePWe1OzF
Ready to expand your experience in renal physiology?
Apply for the #AJPRenal Editorial Fellowship!
🖱️https://t.co/tAf0BxXoaB
Gain hands-on editorial experience, expert mentorship, and scientific publishing training.
⏱️Apply by Oct. 12, 2026!
https://t.co/tAf0BxXoaB
More about early life #environment effects in this @Cambridge_Uni article, Early-life exposures and long-term health: adverse #gestational environments and the programming of #offspring renal and vascular #disease (Z. Oulerich and A. N. Sferruzzi-Perri):
https://t.co/eX9o7o3Fzx
We're looking at the progress from #AKI to #CKD in this @YaleMed research article, VCAM-1 mediates proximal tubule-immune cell cross talk in failed tubule #recovery during AKI-to-CKD transition (Isabel Melchinger et al.):
https://t.co/YrsgKAIhnm
If you're interested in more #sepsis research, then check out this amazing article, Zn2+ improves sepsis-induced acute kidney injury by upregulating SIRT7-mediated Parkin #acetylation (Jun Guo et al.):
https://t.co/yGhaWRpprl
There's more to learn about acute kidney injury thanks to these Second Xiangya Hospital at Central South University authors, Rodent models of #AKI and #AKI-CKD transition: an update in 2024 (Ying Fu et al.):
https://t.co/IUPXFJTR2y
🆕 New Call for Papers | #AJPRenal
What we eat and the environment around us can have a profound impact on kidney health.
We invite submissions for our new Call for Papers: #Environmental and Dietary Factors in Kidney Health and Disease
📅 https://t.co/nVQ4SmBHOX
#Nutrition
Find out for yourself what makes this #review article so popular! From @MonashUni, Transition from acute kidney injury to chronic kidney disease: mechanisms, models, and #biomarkers (Tingfang Zhang et al.):
https://t.co/ON3rFwXzSP
#AKI#CKD
We have a new review #OpenAccess#ArticleinPress, Sex Differences in the Developmental Programming of Cardiovascular and Renal Risk across the Lifespan (LE Coats et al. @UMMCnews):
https://t.co/UtaZCrkDoq
🆕Call for Papers-New Mechanisms in the #Juxtaglomerular Apparatus and #PKD Development
This special collection honors the legacy of Dr. P. Darwin Bell, whose research advanced our understanding of juxtaglomerular apparatus physiology & renal disease
https://t.co/go8XVE5IrL
Learn more about #glucagon in #ArticleinPress, Acute glucagon infusion induces #natriuresis and #diuresis through a direct tubular mechanism involving overlapping receptor pathways (Anna Billeschou Bomholt et al. @uni_copenhagen):
https://t.co/2jBW7bjSb9
There's an amazing new #ArticleinPress from @kumamotoUniv_PR! The Protective Role of TRPV4-Mediated HSP27 Preemptive Induction by Thermal Preconditioning Against #Cisplatin -Induced Renal Tubular Injury (Akira Maeda et al.):
https://t.co/dQxPX8AYao
We're looking into the link between #AKI and #pregnancy in this #ArticleinPress, Delayed conception or #sildenafil prevents endothelial dysfunction in pregnant rats after renal ischemia-reperfusion (Desmond Moronge et al. @MCG_AUG):
https://t.co/OYhWoJPARt
Deep dive into some new #PKD research in this #ArticleinPress, #Metabolomics in renal cystic disease: links to mechanisms and identification of pathways for potential #pre-diagnosis (Liyan Chen et al. @EdithCowanUni):
https://t.co/Z49v9bVXkT
New #ArticleinPress from amazing @MaastrichtUMC authors, #Smartwatches in the digital health ecosystem for #health monitoring in patients with chronic kidney disease and kidney failure: opportunities and challenges (Jeroen P. Kooman et al.):
https://t.co/BL3DtZdnLi
Brand new #ArticleinPress from @uhmanoa, Loss of #Fn14 reduces cisplatin-induced maladaptive #inflammatory and #fibrotic gene expression and limits downstream tubular damage (Ross K. Villiger et al.):
https://t.co/hKCwaMJjFM
Learn more about the effects of #MitoQ in this #ArticleinPress, Eight Weeks of MitoQ #Supplementation Does Not Alter Kidney Function or Urinary Kidney Injury #Biomarkers in Middle-Aged and Older Adults (Nina L. Stute et al. @AuburnU):
https://t.co/noS7DzcJk9
There's another brand new #ArticleinPress! From Hannover Medical School, ΔNP63 regulates #epithelial stratification and differentiation in the murine #ureter (Fairouz Qasrawi et al.):
https://t.co/6CeACipXgq