microvillus membrane

BACKGROUND The mechanism of iron absorption by the intestine and its transfer to the main iron storage site, the liver, is poorly… (More)

Recent evidence suggests that apical membrane Cl--oxalate exchange plays a major role in mediating Cl- absorption in the renal… (More)

Light scattering was used to measure the water and urea permeability of brush border membrane vesicles (BBMV) isolated from… (More)

We examined the effects of external H+ on the kinetics of Na+-H+ exchange in microvillus membrane vesicles isolated from the… (More)

The transport of urate was evaluated in brush border membrane vesicles isolated from the dog renal cortex. It was previously… (More)

The intracellular pH in animal cells is generally maintained at a higher level than would be expected if H+ were passively… (More)

We examined the effect of amiloride on Na+-H+ exchange in rabbit renal cortical microvillus membrane vesicles. Amiloride… (More)

KINSELLA,JAMES L., AND PETER S. ARONSON. Properties of the Na’-H’ exchanger in renal microviks membrane vesicles. Am. J. Physiol… (More)

The transport mechanism of urate and p-aminohippurate (PAH) was evaluated in microvillus membrane vesicles isolated from the… (More)

1. Rat intestinal microvillus plasma membranes were prepared from previously isolated brush borders and the lipid composition was… (More)