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The relationship of thyroid and monoamine oxi dase act i vi t y t o locomotor responses was in•estigated. Locomotor activi ty was measured by use of actophotometers. Four mice were placed in the actophotometer and counts were recorded at specific time intervals up to two hours. The administration of thyroid, M0911, and combined thyroid and M0911 did not alter spontaneous activity significantly. Monoamine oxidase activity of brains and livers was measured in vitro using the Warburg apparatus. The elapsed time for tissue respiration was 28 minutes. Thyroid administration did not alter monoamine oxidase activity significantly in liver but brain activity was decreased. Therapy with M0911 decreased liver monoamine oxidase activity sharply and also depressed brain activity. Combined therapy with thyroid and M0911 decreased liver monoamine oxidase activity less effectively than M>911 alone. Brain m.onoamine oxidase activity was also depressed. No correlation was found to exist between monoamine oxidase activity and locomotor responses following thyroid, M0911, and combined thyroid and M09ll therapy.

The Effect of Thyroid and MO911 on Locomotor Activity and Monoamine Oxidase Activity in Mice