… Acute kidney injury stage 1 was defined as either a 1.5-fold increase in initial serum
creatinine level measured in the ICU, or a urine output <0.5 ml kg –1 h –1 over at least 6 …

… cells during the recovery phase after kidney injury (29). Another study shows that granulocyte
macrophage CSF (GM-CSF) mediates macrophage activation during the renal repair …

… The aim of the review is to present the most common renal complications after HSCT such
as acute kidney injury, chronic kidney disease glomerulopathies. HSCT is a critical therapy for …

… (E) Graph shows histologic kidney injury scores in the four groups of SD rats. *P < 0.05
versus sham, n = 4. (F) Graph depicts semiquantitative assessment of TUNEL staining in …

… kidney injury with the notable exception of T-cell differentiation, as will be discussed later.
A recent publication showed a protective effect of FoxO1 in the context of transforming growth …

… mice and DcR2 CKO mice were used to compare the degree of kidney injury, renal function
and tubular repair after I/R injury. Furthermore, quantitative proteomics and bioinformatics …

… UB organoids derived from either primary UB progenitor cells or human pluripotent stem
cells are amenable to effient gene editing, and have broad applications for studying …

… as the beneficial effects of stem cell-derived extracellular vesicles in preclinical models of
acute kidney injury (AKI), chronic kidney disease (CKD) and kidney graft preconditioning. We …

… Human stem cell–derived kidney tissue represents an emerging technology that may … kidney
injury models and used human kidney biopsy samples from the most common kidney injury, …

… Toward this goal, we have characterized induced pluripotent stem cell-derived human kidney
… In summary, our organoid model of cisplatin-induced kidney injury shows limited proximal …