ENZYMIC OXIDATION OF EPINEPHRINE TO ADRENOCHROME BY THE SALIVARY GLAND.
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Adrenochrome↗
Biomedical subjects
J AXELROD
Publications and source records attributed to J AXELROD.
MELATONIN SYNTHESIS IN THE PINEAL GLAND: EFFECT OF LIGHT MEDIATED BY THE SYMPATHETIC NERVOUS SYSTEM.
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Autonomic Nervous System↗
MELATONIN SYNTHESIS IN THE HEN PINEAL GLAND AND ITS CONTROL BY LIGHT.
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Animals↗
RELEASE OF TRITIATED EPINEPHRINE FOLLOWING SYMPATHETIC NERVE STIMULATION.
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Animals↗
A SENSITIVE ASSAY FOR 5-HYDROXYTRYPTOPHAN DECARBOXYLASE.
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5-Hydroxytryptophan↗
INHIBITION OF HISTAMINE METHYLATION IN VIVO BY DRUGS.
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Carbon Isotopes↗
CONTROL OF THE CIRCADIAN RHYTHM IN SEROTONIN CONTENT OF THE RAT PINEAL GLAND.
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Chemical Phenomena↗
EFFECTS OF DENERVATION ON THE UPTAKE AND BETA-HYDROXYLATION OF TYRAMINE IN THE RAT SALIVARY GLAND.
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Chromatography↗
AN INHIBITORY EFFECT OF MELATONIN ON THE ESTROUS PHASE OF THE ESTROUS CYCLE OF THE RODENT.
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Animals↗
MEDIATION OF SOME EFFECT OF ILLUMINATION ON THE RAT ESTROUS CYCLE BY THE SYMPATHETIC NERVOUS SYSTEM.
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Animals↗
AGE AND ENZYME ACTIVITY IN THE HUMAN PINEAL.
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Adolescent↗
SOME CLINICAL, BIOCHEMICAL, AND PHYSIOLOGICAL ACTIONS OF THE PINEAL GLAND. COMBINED CLINICAL STAFF CONFERENCE AT THE NATIONAL INSTITUTES OF HEALTH.
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5-Hydroxytryptophan↗
S-DEMETHYLATION BY MICROSOMAL ENZYMES.
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Barbiturates↗
THE UPTAKE OF H3-MELATONIN IN ENDOCRINE AND NERVOUS TISSUES AND THE EFFECTS OF CONSTANT LIGHT EXPOSURE.
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Blood↗
THE DISPOSITION OF CATECHOLAMINES IN THE RAT UTERUS AND THE EFFECT OF DRUGS AND HORMONES.
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Animals↗
PHYSIOLOGICAL DISPOSITION OF H3-NOREPINEPHRINE IN THE DEVELOPING RAT.
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Animals↗
THE PHYSIOLOGICAL DISPOSITION OF C14-SEROTONIN IN THE RAT UTERUS.
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Animals↗
MELATONIN SYNTHESIS IN THE PINEAL GLAND: CONTROL BY LIGHT.
In rats placed in continuous darkness for 6 days, there is a striking increase in the activity of melatonin-synthesizing-enzyme (hydroxyindole-0-methyl transferase) in the pineal gland, but no change in the activity of monoamine oxidase. Since melatonin appears to have a hormonal role in mammals, and its synthesis is confined to the pineal gland, the inhibition of hydroxyindole-O-methyl transferase by light may constitute a mechanism of neuroendocrine regulation.
Animals↗