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“The incorporation of Cd2+ was stimulated either by raising the concentration of glucose to 20 mM or K+ to 30.9 mM. Whereas D-600 suppressed the stimulatory effect of glucose by 75%, it completely abolished that obtained with high K+.”
“Hg2+, Cd2+ and Pb2+ (10(-5) and 10(-4)) singly or in combination inhibit the active transport of D-glucose (10 mM) and L-tyrosine (2 mM) in rat and pigeon small intestine.”
Comparative biochemistry and physiology. C, Comparative pharmacology and toxicology • 1986 | View Paper
“The increase in lactate release from the muscle tissues induced by the addition of glucose to a high-K+ medium under anoxia was inhibited by Cd2+ , whereas gallopamil demonstrated only minor effects on lactate release.”
Japanese journal of pharmacology • 1984 | View Paper
“The uptake of Cd2+ dropped significantly in cultures supplemented with 20 microM ascorbic acid, glucose and GSH, while Ca2+ (30 microM) significantly lowered the Cd2+ uptake by 58% indicating that Ca2+ had a more antagonistic effect against Cd2+.”