Dynamics of glomerular ultrafiltration in the rat. II. Plasma-flow dependence of GFR
BM Brenner, JL Troy, TM Daugharty… - American Journal …, 1972 - journals.physiology.org
BM Brenner, JL Troy, TM Daugharty, WM Deen, CR Robertson
American Journal of Physiology-Legacy Content, 1972•journals.physiology.orgMETHODS Experiments were performed in 19 normally hydropenic adult Munich-Wistar rats
weighing 202-343 g and allowed free access to food and water prior to study. Rats were
anesthetized with Inactin (100 mg/kg) and prepared for micropuncture as described
previously (2, 3, 5). glomerular filtration rate; glomerular capillary pressure; intra- Glomerular
Dynamics During Normal Hydropenia renal vascular resistances; intrarenal plasma flow;
micropuncture methods; colloid osmotic pressure; Bowman's space; anerent arteriole; …
weighing 202-343 g and allowed free access to food and water prior to study. Rats were
anesthetized with Inactin (100 mg/kg) and prepared for micropuncture as described
previously (2, 3, 5). glomerular filtration rate; glomerular capillary pressure; intra- Glomerular
Dynamics During Normal Hydropenia renal vascular resistances; intrarenal plasma flow;
micropuncture methods; colloid osmotic pressure; Bowman's space; anerent arteriole; …
METHODS
Experiments were performed in 19 normally hydropenic adult Munich-Wistar rats weighing 202-343 g and allowed free access to food and water prior to study. Rats were anesthetized with Inactin (100 mg/kg) and prepared for micropuncture as described previously (2, 3, 5). glomerular filtration rate; glomerular capillary pressure; intra- Glomerular Dynamics During Normal Hydropenia renal vascular resistances; intrarenal plasma flow; micropuncture methods; colloid osmotic pressure; Bowman’s space; anerent arteriole; efferent arteriole
American Physiological Society