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Possible Interaction: Chlorpromazine and Glucose

supplement:

Glucose

Research Papers that Mention the Interaction

In human RBC membrane chlorpromazine decreases the penetration of D(+) glucose.
Pharmacological research communications  •  1982  |  View Paper
CPZ accelerated glucose exit at concentrations between 1 × 10 −5 and 2 × 10 −5 M at 36° but at higher concentrations inhibited transfer.
CPZ affects the entry of glucose into erythrocytes in a biphasic manner similar to its effect on exit but at all concentrations it accelerates the penetration of ethylidene glucose which enters by diffusion.
CPZ , trifluoperazine, prochlorperazine, promazine and promethazine were found to inhibit glucose exit approximately in the order of their chemotherapeutic potency.
It is suggested that at low concentrations CPZ accelerates the movement of the glucose carrier within the membrane by effects on its charge environment.
Biochemical pharmacology  •  1972  |  View Paper
However, HCPZ decreased whole-body glucose infusion rates in hyperinsulinemic clamped states, but not whole-body glucose uptake.
Life sciences  •  2007  |  View Paper
EGTA (2 mM), chlorpromazine (200 microM) and lanthanum (3 mM) decreased the glucose release promoted by external Ca2+ absence.
Revista espanola de fisiologia  •  1990  |  View Paper
The effects of glucose and tolbutamide on insulin secretion were inhibited by low concentrations of chlorpromazine (0.005 mM–0.01 mM) and were stimulated by high concentrations (0.5 mM–1 mM).
Biochemical pharmacology  •  1976  |  View Paper
Abstract Chlorpromazine lowered the ratio of plasma insulin to blood glucose in adrenalectomized rats fed a glucose load.
Biochemical pharmacology  •  1974  |  View Paper
Chlorpromazine pretreatment (10 mg/kg, ip) reduced the capacity of the animals to secrete insulin in response to intravenously administered glucose and tolbutamide.
Toxicology and applied pharmacology  •  1973  |  View Paper
administration of CPZ promotes the absorption of both 3-MG and glucose from the peritoneal cavity.
Biochemical pharmacology  •  1971  |  View Paper
The results indicate that the adrenals are necessary for chlorpromazine-induced hyperglycemia and that chlorpromazine impairs peripheral utilization of glucose.
Journal of pharmaceutical sciences  •  1968  |  View Paper
Chlorpromazine exerts a progressive inhibitory activity (at 0.3–0.6 mM) on the respiration of brain cortex in presence of either glucose , fructose, pyruvate, or L-glutamate.
Canadian journal of biochemistry and physiology  •  1957  |  View Paper
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