Significance of CNS depressant effect
CNS depressant effect refers to the impact of substances that diminish central nervous system activity, resulting in sedation and decreased physical movement. This effect is characterized by impaired memory and altered behavior, which can be observed with the administration of various substances, including toluene and Asafoetida. Additionally, extracts from plants like Tragia plukenetii also produce similar CNS depressant effects, leading to reduced locomotion and exploration in experimental models.
Synonyms: Sedative effect, Tranquilizing effect, Calming effect, Soothing effect
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The concept of CNS depressant effect in scientific sources
CNS depressant effect entails reduced central nervous system activity, leading to decreased alertness and physical activity, as demonstrated by notable reactions like impaired memory and altered behavior following toluene exposure and Asafoetida administration at high doses.
From: The Malaysian Journal of Medical Sciences
(1) The impact of substances that reduce the activity of the central nervous system, leading to sedation and decreased locomotor activity in subjects.[1]