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1. Measurements of galactose unidirectional fluxes across the isolated mucosa of the hamster small intestine were made under a variety of experimental conditions designed to investigate the interrelationships between galactose transport, the sodium ion and electrical potentials.2. Galactose transport was inhibited by lowering the sodium concentration in the mucosal and/or serosal solutions and by increasing the p.d. across the tissue. This inhibition of galactose transport was judged to be irreversible.3. Transport was unaffected by decreasing the p.d. across the tissue.4. These results are discussed in relation to the model proposed to explain galactose transport across the intestine.
A P Smulders, and
E M Wright
January 1987,
Drug-nutrient interactions,
A P Smulders, and
E M Wright
March 1993,
Research in veterinary science,
A P Smulders, and
E M Wright
January 1987,
Comparative biochemistry and physiology. A, Comparative physiology,
A P Smulders, and
E M Wright
June 1975,
Gastroenterology,
A P Smulders, and
E M Wright
November 1992,
Zentralblatt fur Veterinarmedizin. Reihe A,
A P Smulders, and
E M Wright
July 1968,
Nature,
A P Smulders, and
E M Wright
December 1975,
The Chinese journal of physiology,
A P Smulders, and
E M Wright
January 1986,
Comparative biochemistry and physiology. A, Comparative physiology,
A P Smulders, and
E M Wright
July 1986,
Quarterly journal of experimental physiology (Cambridge, England),
A P Smulders, and
E M Wright
August 1984,
The American journal of physiology,
