The hypothesis that decrease in energy demand may prevent anoxic cell damage has been
examined in the medullary thick ascending limb of isolated perfused rat kidneys exposed to …

Hypoxic injury was evaluated morphologically in the proximal tubule and in the medullary
thick ascending limb of isolated rat kidneys perfused for 90 min without O2 or with various …

The effects of short-term anoxia and hypoxia were studied in a rabbit proximal renal tubule
suspension in order to avoid the hemodynamic consequences of clamp-induced ischemia …

A specific anatomical lesion sharply localized to the cells of the medullary thick ascending
limbs (mTAL) and characterized by mitochondrial swelling progressing to nuclear pyknosis …

Hypoxic injury in the proximal tubule of the isolated perfused rat kidney. The effect of
hypoxia on the morphology of the proximal tubule was examined in isolated rat kidneys …

Morphologic and functional studies were undertaken in the isolated rat kidney, perfused with
an albumin-Krebs-Henseleit solution, to which 5% human erythrocytes and/or various amino …

1. The distribution of morphological injury was assessed qualitatively and quantitatively in
the perfused rat kidney in vitro at controlled rates of oxygen delivery in the presence of low …

The topography of renal injury after ischemia-reflow was studied in intact rats by clamping
the right renal artery for variable periods of time and examining the histologic appearance of …

The utility of freshly isolated suspensions of rabbit tubules enriched in proximal segments for
studying the pathogenesis of oxygen deprivation-induced renal tubular cell injury was …

Previous studies of hypoxia induced alterations in renal function have yielded conflicting
results. Uncontrolled acid base conditions in most studies may account for this scatter. To …