Compound Profile
Dihydrokavain
Major kavalactone from kava linked to calming CNS activity through GABAergic mechanisms.
Last reviewed: •1 human studies cited
C PreliminaryMonograph visual
Dihydrokavain
Generated profile category visual
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Quick Stats
Evidence level
Limited evidence
Typical onset
Varies by prep
Safety rating
Use extra caution: Use caution
Best for
GABAergic Signaling, Voltage Gated Ion Channels, Monoamine Signaling
Avoid / review if
Pregnancy, Liver
Found In
Botanicals that contain Dihydrokavain, with full herb profiles.
Safety & Cautions
Review before use if any apply: Pregnancy, Liver.
Evidence Summary
C PreliminaryEvidence lens
Early signal that needs stronger human replication before practical claims.
PreliminaryLimited evidence
Human clinical evidence: Present in source signals
Mechanistic / preclinical: Mechanism mapped — Neurotransmitter Modulation · Stress Response Modulation · Neuroprotective Activity
Research maturity: Preliminary or mixed — main contexts: GABAergic Signaling · Voltage Gated Ion Channels · Monoamine Signaling
Safety boundary: Safety note available — Review before use if any apply: Pregnancy, Liver.
This profile cites 1 human study.
Evidence Strength
Confidence estimate based on the design quality and consistency of published clinical trials.
Dihydrokavain has a limited evidence evidence rating.
AdaptogenStress & Mood
Citation density
0.3
Sources
1
Effects
4
Research recency
Mixed recency
How evidence grades work
Each grade reflects the strength and consistency of published human evidence — not marketing claims. Grades are based on study count, design quality, effect size, consistency, and recency.
A
Strong
Multiple RCTs, consistent direction, adequate effect size
B
Moderate
Some RCTs or consistent observational data in humans
C
Preliminary / Mixed
Animal or in-vitro only, or conflicting human data
D
Traditional / Theoretical
Traditional use only; no controlled human trials
Clinical Study Summaries (1)Cited studies informing this profile. RCTs and reviews shown first.
| Study | Type | Sample | Source |
|---|---|---|---|
Kavalactones and dihydrokavain modulate GABAergic activity in a rat gastric-brainstem preparation. (2002) | Animal | — | PubMed → |
How Dihydrokavain Works
Simplified mechanism pathway based on preclinical and pharmacological evidence. Does not confirm clinical efficacy.
Mechanism Pathway — How Dihydrokavain Works
CompoundTarget / ReceptorMechanismEffect / Outcome
Mechanisms & Biological Pathways▼
Preclinical mechanism details from scientific profiles; these represent plausible pathways but do not guarantee clinical efficacy in humans.
Neurotransmitter ModulationStress Response ModulationNeuroprotective Activity
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Related research paths
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⚠️ Sourcing Options Disabled for Safety
Direct product recommendations and affiliate links are suppressed for this compound due to its high caution or needs-review safety classification.
Evaluate the safety checks, contraindications, and potential medication interactions below under clinician supervision before use.
Safety first · Harm reduction
This information is educational and not medical advice. Start low, avoid risky combinations, and consult a licensed clinician before making health decisions—especially if you use medications, have diagnosed conditions, or are pregnant/breastfeeding.
Learn how we evaluate confidence, safety, and intensity on the methodology page.
Editorial Review
Checked against primary sources, cited evidence, and contraindication language before publication. Evidence claims, safety language, and affiliate modules are reviewed independently. Not personal medical advice.
Compound profile context
How to interpret Dihydrokavain
Dihydrokavain dosage by use case, onset and duration, safety limits, and interactions for gabaergic signaling, graded against research. Limited Human Evidence… Use this compound profile to understand mechanism, evidence quality, and practical safety context before comparing products or building a stack. A biochemical pathway connection can be useful for discovery, but it is not the same as proven benefit in humans.
When reviewing Dihydrokavain, separate the active molecule from the product category around it. Dose form, absorption, extract standardization, medication interactions, and individual sensitivity can change the real-world risk-benefit picture.
For supplement planning, avoid combining multiple compounds with overlapping sedating, stimulating, serotonergic, blood-pressure, anticoagulant, or liver-metabolism effects unless a qualified clinician has reviewed the context.