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The water diffusional permeability of human red blood cells following exposure to various sulfhydryl group (SH) reagents have been studied using a nuclear magnetic resonance technique. Exposure of red blood cells up to 12 mM N-ethylmaleimide (NEM) or 10 mM 5,5'-dithio-bis(2-nitrobenzoic acid) (DTNE) alone does not affect water diffusion. In contrast, when DTNB treatment follows a preincubation of the cells with NEM, a small (18% at 37 degrees C) but significant inhibition of water permeability occurs. The NEM and DTNB treatment of the cells caused no change of the cell shape and volume or of the cell water volume. Consequently, the inhibition observed after NEM and DTNB treatment has a real significance.
G Benga, and
O Popescu, and
V Borza, and
A Hodârnău, and
V I Pop, and
J Wrigglesworth
August 1986,
Biochimica et biophysica acta,
G Benga, and
O Popescu, and
V Borza, and
A Hodârnău, and
V I Pop, and
J Wrigglesworth
January 1966,
Experientia,
G Benga, and
O Popescu, and
V Borza, and
A Hodârnău, and
V I Pop, and
J Wrigglesworth
December 1984,
Current eye research,
G Benga, and
O Popescu, and
V Borza, and
A Hodârnău, and
V I Pop, and
J Wrigglesworth
September 1984,
Archives of biochemistry and biophysics,
G Benga, and
O Popescu, and
V Borza, and
A Hodârnău, and
V I Pop, and
J Wrigglesworth
April 1986,
Journal of cellular physiology,
G Benga, and
O Popescu, and
V Borza, and
A Hodârnău, and
V I Pop, and
J Wrigglesworth
September 1984,
Biochimica et biophysica acta,
G Benga, and
O Popescu, and
V Borza, and
A Hodârnău, and
V I Pop, and
J Wrigglesworth
January 1987,
The Journal of membrane biology,
G Benga, and
O Popescu, and
V Borza, and
A Hodârnău, and
V I Pop, and
J Wrigglesworth
February 1987,
Journal of cellular physiology,
G Benga, and
O Popescu, and
V Borza, and
A Hodârnău, and
V I Pop, and
J Wrigglesworth
May 1988,
Biochimica et biophysica acta,
G Benga, and
O Popescu, and
V Borza, and
A Hodârnău, and
V I Pop, and
J Wrigglesworth
November 1983,
The American journal of physiology,
