Journal of Neurochemistry · 1991 · 30 citations · 11 references
PharmacyPharmacologyPhysiologyExcretionNeurochemistryNeuroendocrinologyDrug DispositionRodent PhysiologyUrinary ExcretionMicrobiota-gut-brain AxisMonoamine MetabolismMonoamine Oxidase InhibitionMonoamine Oxidase InvolvementMonoamine Oxidases
Germ-free rats excreted considerably smaller amounts of the monoamine oxidase-inhibiting compound isatin than the substantially larger output by conventional animals of the same strain, although concentrations in brain and other tissues were similar in the two groups. Thus, isatin is likely to be elaborated both endogenously in rat tissues and "exogenously" by flora inhabiting the lumen of the alimentary tract.
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A monoamine oxidase inhibitor in human urine
Vivette Glover, M.A. Reveley, M. Sandler · Biochemical Pharmacology · 1980 · 112 citations
Isatin, regional distribution in rat brain and tissues
Peter Watkins, Angela Clow, Vivette Glover et al. · Neurochemistry International · 1990 · 73 citations
M. Sandler · Trends in Pharmacological Sciences · 1982 · 69 citations