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Gotu Kola

A 4,000-year-old Ayurvedic herb — "brahmi-buti" / "mandukaparni" — whose pentacyclic triterpenoid saponins (asiaticoside, madecassoside, asiatic acid, madecassic acid; collectively "centellosides")…

Aliases (12)
GOTU KOLA · Centella asiatica · Indian pennywort · brahmi-buti · mandukaparni · TECA · TTFCA · Centellase · Madecassol · Centevita · GoTeCa · Asiatic pennywort
TYPICAL DOSE
500 mg twice daily of standardized extract
ROUTE
CYCLE
STORAGE

Overview

What is Gotu Kola?

A 4,000-year-old Ayurvedic herb — "brahmi-buti" / "mandukaparni" — whose pentacyclic triterpenoid saponins (asiaticoside, madecassoside, asiatic acid, madecassic acid; collectively "centellosides") drive two distinct effects: peripheral collagen-and-microcirculation support (wound healing, scar reduction, chronic venous insufficiency) and modest central anxiolysis + cognitive-mood modulation. The peripheral story is the better-evidenced one — TECA (titrated extract of Centella asiatica) is a registered pharmaceutical in France, Italy, and several Asian markets for venous insufficiency. The central story is real but mild: a 2010 GAD open-label trial at 500 mg b.i.d. for 60 days showed anxiety reduction; a 2008 healthy-elderly RCT showed working-memory and reaction-time improvements; a 2017 meta-analysis found no significant cross-domain cognitive benefit. For a 20yo MMA athlete already running ashwagandha + L-theanine + selank, gotu kola is redundant at the anxiolytic position and unconvincing at the cognitive position — OPTIONAL-ADD at best, with cycling discipline (≤6 weeks on / ≥2 weeks off) mandatory because the hepatotoxicity case literature is real even if rare. Topical centelloside creams are the most defensible application for an athlete picking up bruises, abrasions, and BJJ mat-burns.

Pharmacokinetics

·
PeakHalf-life
Approximate curve — visual aid only, not data-precise PK

Research Indications

Most Effective

Asiaticoside

the most abundant glycoside, hydrolyzes to asiatic acid in vivo.

Effective

Madecassoside

second major glycoside, hydrolyzes to madecassic acid.

Investigational

Asiatic acid

aglycone, lipophilic, more BBB-penetrant than the glycosides.

Investigational

Madecassic acid

aglycone with additional hydroxyl group.

Investigational

Glycosaminoglycan synthesis

supports ground-substance hydration.

Investigational

Microcirculatory endothelial repair

centellosides reduce capillary fragility and improve venous tone via direct effects on endothelial cells and pericytes. Likely contribute…

Peptide Interactions

Bacopa monnieri
Synergistic

classical Ayurvedic "brahmi" pairing. Bacopa for memory consolidation (replicated meta-analysis evidence), gotu kola for anxiolysis + microcirculation. Commu…

Ashwagandha (KSM-66 / Sensoril)
Synergistic

both adaptogenic, both modestly anxiolytic. Ashwagandha is the stronger anxiolytic; gotu kola adds microcirculation + skin support. n=98 co-mention.

L-theanine
Synergistic

fast-onset acute anxiolysis + cognitive support; gotu kola adds chronic GABAergic baseline. n=96.

Diosmin / hesperidin (venous-tone agents)
Synergistic

additive phlebotonic effect for chronic venous insufficiency; complementary mechanisms (flavonoid venous tone + centelloside microcirculatory repair).

Vitamin C + zinc
Synergistic

collagen-synthesis cofactors; pair with topical or oral centellosides for wound/scar protocols.

Pycnogenol
Synergistic

venous-tone + antioxidant synergy.

Hepatotoxic drugs (isotretinoin, methotrexate, valproate, high-dose acetaminophen, amiodarone)
Avoid

additive liver-injury risk.

Alcohol (chronic / heavy)
Avoid

same.

Sedatives (benzodiazepines, gabapentin, phenibut)
Avoid

theoretical additive GABAergic sedation; mild in practice but real.

Strong anticoagulants (warfarin, full-dose DOACs)
Avoid

theoretical mild antiplatelet contribution from triterpenoid saponins; clinically minor but flag.

Cholesterol-lowering statins
Avoid

both metabolized through CYP3A4; theoretical interaction, clinically minor at typical doses.

What to Expect

  • Week 1
    Tolerability and dose-response.
  • Week 2-4
    Early effect window.
  • Week 4-8
    Peak benefit assessment.
  • Week 8+
    Cycle decision point.

Side Effects & Safety 7

Side Effects

  1. 1Generally well-tolerated; most users report no side effects.
  2. 2Mild GI upset (~10%) — nausea, bloating, loose stool. Take with food.
  3. 3Mild drowsiness (~10%), especially at higher doses or evening dosing.
  4. 4Headache (~5%)
  5. 5Skin rash (contact dermatitis with topical; rare with oral)
  6. 6Photosensitivity (rare)
  7. 7Mild dizziness

When to Stop

  • Hepatotoxicity — the central safety signal. Multiple European case reports in the late 1990s–early 2000s clustered around Madecassol (prescription TECA) use, especially in women >50 on continuous high-dose oral preparations. Jorge & Jorge 2005 documented a Brazilian case series. The 2024 review literature (PMID cluster 38640296, 37759286, 35029831, 33868982) continues to document occasional hepatotoxicity cases. Pattern: cholestatic or mixed hepatocellular-cholestatic hepatitis, typically 4–8 weeks into continuous high-dose use, reversible on discontinuation but with case reports of jaundice requiring hospital admission. Mechanism: hepatic accumulation of triterpenoid metabolites + idiosyncratic immune-mediated injury.
  • Uterotonic effect (theoretical) — animal data suggests possible uterine stimulation; oral use contraindicated in pregnancy.
  • Allergic reaction — Apiaceae family allergy (rare cross-reactivity with carrots, parsley, fennel).
  • Weeks 1–4: GI tolerance + skin watch — if any rash or persistent nausea, drop dose or stop.
  • Weeks 4–6: liver-symptom watch — fatigue out of proportion to training, RUQ discomfort, dark urine, yellowing of sclera → stop and order LFTs same-day.
  • Continuous use >6 weeks: schedule ALT/AST check — even asymptomatic. Most documented hepatotoxicity cases were caught only when symptoms became overt.
  • Pre-surgery: stop 2 weeks before. Potential additive effect with anesthetics (GABAergic) and theoretical bleeding-time concerns are unproven but cautioned in surgical literature.

References

Wattanathorn et al. 2008 — Positive modulation of cognition and mood in healthy elderly

pubmed.ncbi.nlm.nih.gov · 2008

(PMID 18191355, J Ethnopharmacol) — small RCT, 250/500/750 mg × 2 months, working memory and reaction time improvements.

View Study

Bradwejn et al. 2000 — Gotu Kola acoustic startle response

pubmed.ncbi.nlm.nih.gov · 2000

(PMID 11106141, J Clin Psychopharmacol) — single 12 g oral dose, attenuated peak ASR amplitude at 30/60 min vs placebo. Benchmark anxiolytic-pharmacology paradigm.

View Study

Jana et al. 2010 — Centella asiatica in GAD

pubmed.ncbi.nlm.nih.gov · 2010

(PMID 20677602, Nepal Med Coll J) — open-label 500 mg b.i.d. × 60 days, significant anxiety/stress/depression reductions.

View Study

Puttarak et al. 2017 — Centella asiatica cognitive function meta-analysis

pubmed.ncbi.nlm.nih.gov · 2017

(PMID 28878245, Sci Rep / Nature) — pooled 5 RCTs, no significant cross-domain cognitive benefit; mood subscale improved.

View Study

Pointel et al. 1987 — TECA in venous insufficiency

pubmed.ncbi.nlm.nih.gov · 1987

(PMID 3544968, Angiology) — original multicenter RCT establishing TECA pharmaceutical indication.

View Study
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