Evidence supporting the use of: Bacopa (unspecified)
For the body system: GABA
Synopsis
Source of validity: Traditional
Rating (out of 5): 2
Bacopa, also known as Bacopa monnieri or Brahmi, is traditionally used in Ayurvedic medicine for its cognitive and calming effects. Its historical use centers on promoting mental clarity, reducing anxiety, and supporting overall brain function. The traditional rationale for using Bacopa to support the "GABA body system" (referring to the gamma-aminobutyric acid neurotransmitter system, which is central to relaxation and inhibition in the nervous system) is based on its reputed anxiolytic and adaptogenic properties. While several animal studies and some small clinical trials suggest that Bacopa extracts may modulate neurotransmitter systems, including potentially increasing GABA receptor activity or GABA levels, the direct evidence for this mechanism in humans is limited and not robustly established. Most research focuses on Bacopa’s antioxidant, anti-inflammatory, and cognitive-enhancing effects rather than direct GABAergic modulation. Thus, the use of Bacopa to support GABAergic function is primarily justified by its traditional use for stress and anxiety, rather than by strong direct scientific evidence of effects on the GABA system itself. The overall quality of evidence for Bacopa specifically enhancing GABAergic activity is modest, warranting a rating of 2.
Other ingredients that support GABA
amino acidsashwagandha
California poppy
chamomile
hops
kava root
l-taurine
l-theanine
lactium casein decapeptide
lactobacillus brevis
lavender
magnesium
magnolia
passionflower
phytocannabinoids
polygala root
skullcap
valerian root
vitamin B6
gastrodia
kanna
7,4-Dimethoxyflavone
7-Methoxyflavone
Apigenin
Baccosides
Brahmi
Capitate Valerian
Convolvulus prostratus
Convolvulus Pluricaulis
Other body systems supported by Bacopa (unspecified)
AcetylcholineBrain
Cortisol
GABA
Glandular System
Nerves
Parasympathetic Nervous System
Serotonin
Specific Neurotransmitters
Sympathetic Nervous System