Bacopa monniera supports the functions of the central nervous system
Mode of action of the bacosides
Anxiolytic effects of Bacopa monniera
Anti-convulsive action
Beneficial effects in the management of animal models of Alzheimer's disease
   
 
       
     
 
 
 
 
 

The current interest in the anxiolytic properties of Bacopa monniera extract assumes greater relevance in view of the fact that Bacopa monniera promotes cognition unlike the amnesic action of benzodiazepine anxiolytics. One study compared the anxiolytic effect of standardized Bacopa monniera extract (25.5% bacosides) with that of benzodiazepine. The effects of Bacopa monniera extract at levels of 5, 10 and 20 mg/kg administered orally to rats were compared to those elicited by lorazepam (0.5 mg/kg administered intraperitoneally). The higher doses of Bacopa monniera extract produced significantly greater anxiolytic effects compared to lorazepam.

A recent conference presentation summarized the anxiolytic profile of standardized Brahmi extract. Two batches of the extract were subjected to a number of CNS tests in animal models. The authors of this presentation concluded that the mild anxiolytic effects exhibited by Brahmi extracts were partly responsible for the role of Brahmi in improving cognitive functions.

Standardized extracts of Brahmi were found to exhibit nootropic effects. Besides enhancing cognitive functions, they neither showed classical stimulant nor depressant effects on the central nervous system. The extracts were found to increase barbiturate-induced sleeping time, increase survival time under low oxygen levels, reduce clonidine-induced fighting and biting behavior and reduce hyperactivity in amphetamine-treated animals. In addition, the extracts also blocked secondary conditioned response in a conditioned avoidance response, suggesting a mild anxiolytic effect. (Conditioned avoidance response is a type of behavior in which the animal avoids stimuli that it associates with anxiety-provoking symptoms, thereby reducing anxiety. This becomes a positive reinforcer for continuing avoidance.) The lack of secondary conditioned avoidance shown by the animals suggests that the extract lowers anxiety levels.

 
     
     
 

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