Bhringaraj
AsteraceaeEclipta prostrata
Also known as: False Daisy, Eclipta alba, Mo Han Lian (TCM)
clinical_notes Clinical Summary
Bhringaraj (Eclipta prostrata), known as Mo Han Lian in TCM and Bhringaraj in Ayurveda, is a clinically versatile herb with dual fame as a premier hair-growth promoter and hepatoprotective agent.
Its coumestan wedelolactone and eclalbasaponins drive hepatoprotective effects by reducing oxidative stress, inhibiting NF-kB, and inducing apoptosis in activated hepatic stellate cells; while hair-growth promotion involves stimulating follicular transition from telogen to anagen phase.
Safe at traditional doses, it demonstrates biphasic hepatotoxicity (protective at low-moderate doses, toxic at high doses in animal models), requiring adherence to dose guidelines and liver function monitoring with extended use.
Pregnancy Safety
High-dose internal use contraindicated in pregnancy due to preclinical hepatotoxicity data and insufficient human safety studies. Topical hair oil application considered low-risk. Use only under practitioner supervision if internal use considered necessary.
Lactation Safety
Insufficient safety data for lactation. Avoid large internal doses. Topical scalp application is likely safe.
warning Contraindications
- Pregnancy (large doses, topical or oral) (caution)Theoretical
- High-dose internal use (hepatotoxicity risk) (caution)Theoretical
- Concurrent anticoagulant therapy (caution)Theoretical
vital_signs Clinical Profile
Primary Indications
- check_circle hair loss (alopecia)
- check_circle premature greying
- check_circle liver disease (hepatitis, cirrhosis support)
- check_circle non-alcoholic fatty liver disease
- check_circle skin conditions (eczema, psoriasis, vitiligo)
- check_circle bleeding disorders
- check_circle jaundice
Therapeutic Actions
System Affinities
- check_circle liver
- check_circle skin/hair
- check_circle nervous system
- check_circle blood
labs Active Constituents
wedelolactone
demethylwedelolactone
eclalbasaponin I-VI
luteolin
apigenin
alpha-terthienyl
stigmasterol
ecliptine
polypeptides
tannins
history_edu Traditional Use
Traditional Chinese Medicine (TCM)
墨旱莲 (Mo Han Lian)
Nature: cool
- nourishes Liver and Kidney Yin
- cools Blood and stops bleeding
- promotes hair darkening and growth
- treats dizziness and tinnitus from Yin deficiency
- stops uterine and other bleeding disorders
Mo Han Lian is one of the two herbs in Er Zhi Wan, a classical formula for Liver-Kidney Yin deficiency with premature greying, hair loss, dizziness, and tinnitus. The name 'Mo Han Lian' means 'ink-clinging lotus' referring to the black juice that exudes when the plant is cut. Used to distinguish it from peppermint (Bo He) and similar cooling herbs.
Traditional Uses Across Healing Systems
While many herbs lack controlled clinical trials, centuries of traditional practice across cultures provide valuable insight into their therapeutic applications.
Bhringaraj is one of the most important hair rejuvenating herbs in Ayurveda; used as Kesharaja (lord of hair) in medicated oils for hair loss, premature greying, and scalp conditions; also hepatoprotective in liver disorders, jaundice, and spleen enlargement
Bhringaraj oil is a cornerstone of Ayurvedic hair care; the herb is classified as Rasayana (rejuvenating)
Mo Han Lian nourishes Liver and Kidney Yin, cools Blood to stop bleeding, and promotes hair darkening; used for premature greying, hair loss from Yin deficiency, uterine bleeding, and epistaxis
Paired with Nu Zhen Zi (Ligustrum) in Er Zhi Wan formula for Liver-Kidney Yin deficiency
Used across South and Southeast Asia for liver protection, snake bite antidote (preclinical evidence), bleeding disorders, and skin conditions; applied topically for wounds and fungal infections
In Brazil, used for asthma and respiratory conditions; anti-venom properties against Malayan pit viper venom studied preclinically
spa Parts Used
aerial parts (whole herb)
- hair loss
- liver disease
- skin conditions
- bleeding disorders
- jaundice
Whole aerial plant used fresh or dried. Fresh juice (Svarasa) 10-20 mL used in Ayurveda. Dried powder 1-3 g/day. Medicated oil infusion for scalp application is classic Ayurvedic preparation.
root
- hepatoprotective
- anticancer (preclinical)
Root used less commonly; chloroform root extract showed stronger hepatoprotective activity than leaf in some studies.
shield Safety
Contraindications — Evidence Basis
Pregnancy (large doses, topical or oral)
High-dose animal studies showed hepatotoxic effects and detrimental effects on liver enzymes. Due to insufficient human safety data, avoid large medicinal doses during pregnancy. Topical hair oil use is likely safe.
High-dose internal use (hepatotoxicity risk)
Eclipta demonstrates biphasic hepatotoxicity: protective at small/moderate doses, hepatotoxic at large doses in animal studies. Use within traditional dose ranges.
Concurrent anticoagulant therapy
Wedelolactone inhibits NF-kB and has antihaemorrhagic properties; potential pharmacodynamic interaction with anticoagulant medications.
Monitoring Parameters
Monitor during use, especially with prolonged or high-dose therapy.
Liver function tests (ALT, AST, bilirubin)
Baseline and at 8 weeks with high-dose or prolonged internal useBiphasic hepatotoxicity at high doses in animal models; therapeutic window monitoring ensures safe use
flagThreshold: ALT/AST >2x upper limit of normal: discontinue and investigate
Toxicity
LD50 in mice >10 g/kg (very low toxicity at standard doses). Hepatotoxic effects observed at 300 mg/kg methanol extract in some animal studies.
Elevated liver enzymes at high doses in animal studies. Rare allergic reactions reported. Histopathological liver changes only at very high experimental doses.
Reduce dose; monitor liver enzymes. Discontinue if liver enzymes elevated. Allergic reactions: standard antihistamine management.
Adverse Effects
CYP Metabolism
Wedelolactone has been shown to modulate drug metabolism enzymes in vitro. May improve drug resistance in chemotherapy for liver cancer by modulating P-glycoprotein. Clinical CYP interaction data is limited.
swap_horiz Interactions
Hepatotoxic Drugs (Acetaminophen, Isoniazid, Methotrexate, Statins)
Class: Hepatotoxic Agent
Eclipta prostrata (Bhringaraj) is primarily used for hepatoprotection, with wedelolactone and demethylwedelolactone shown to reduce transaminase elevation, attenuate immune-mediated liver injury (via TNF-alpha and IFN-gamma suppression in ConA-induced hepatitis models), and protect against CCl4-induced oxidative hepatotoxicity. When combined with hepatotoxic drugs, Bhringaraj may mask hepatotoxicity signals by suppressing transaminase elevation and anti-inflammatory markers, potentially delaying detection of drug-induced liver injury. Conversely, it may provide genuine hepatoprotection.
Monitor liver function tests (ALT, AST, bilirubin) at baseline and periodically when combining Bhringaraj with potentially hepatotoxic drugs. Be aware that wedelolactone may suppress transaminase elevation, masking early DILI signals. Do not rely solely on transaminase monitoring — assess clinical symptoms as well. Discuss with hepatologist in high-risk patients.
Warfarin / Anticoagulants (Heparin, Apixaban, Rivaroxaban)
Class: Anticoagulant
Eclipta prostrata has been reported to modulate coagulation pathways in preclinical studies. Wedelolactone has demonstrated mild antiplatelet activity. Ayurvedic and traditional sources flag mild clotting modulation as a potential concern. The herb is classified as having mild blood-thinning properties in some traditional medicine systems. When combined with anticoagulants, additive anticoagulant effects could increase bleeding risk.
Monitor INR if patients on warfarin use Bhringaraj preparations. Advise patients with bleeding disorders or on anticoagulants to consult their healthcare provider before using Bhringaraj. Discontinue at least 2 weeks before elective surgery. Observe for signs of unusual bleeding (bruising, prolonged wound bleeding, blood in stool/urine).
Antidiabetic Agents (Metformin, Glipizide, Insulin)
Class: Antidiabetic
Eclipta prostrata has demonstrated hypoglycemic activity in alloxan-induced diabetic rats, with significant blood glucose reduction attributed to multiple constituent classes (flavonoids, steroids, triterpenes). Network pharmacology analyses identify AGE-RAGE signaling in diabetic complications and metabolic pathways as key targets. Additive hypoglycemic effects when combined with antidiabetic drugs may cause hypoglycemia, particularly with insulin or sulfonylureas.
Monitor blood glucose more frequently when Bhringaraj preparations are used alongside antidiabetic medications. Educate patients on hypoglycaemia symptoms. Consider dose reduction of sulfonylurea under medical supervision. This combination may be useful in metabolic syndrome management but requires monitoring.
Chemotherapy Agents and P-glycoprotein Substrates (Doxorubicin, Vincristine, Paclitaxel)
Class: Antineoplastic / Chemotherapy
Wedelolactone (a coumestan in Eclipta prostrata) has been shown to modulate P-glycoprotein (P-gp) expression and function, potentially affecting drug resistance in chemotherapy. Topoisomerase II inhibition by wedelolactone has also been documented, which could theoretically interact with etoposide and doxorubicin. While some interactions may be beneficial (reversing MDR), the net effect is uncertain and could increase chemotherapy toxicity or reduce efficacy.
Bhringaraj use during cancer chemotherapy should be disclosed to the oncology team. Do not use high-dose preparations alongside chemotherapy without oncological guidance. Monitor for unexpected changes in chemotherapy toxicity profile or treatment response. The potential for P-gp modulation affecting drug efflux is clinically significant.
Immunosuppressants (Cyclosporine, Azathioprine, Corticosteroids)
Class: Immunosuppressant
Eclipta prostrata possesses immunomodulatory activity, including activation of macrophages, enhancement of NK cell activity, and modulation of T-cell responses. These immunostimulatory effects may partially counteract immunosuppressive drugs. In patients requiring suppression of immune activity (transplant, autoimmune disease), Bhringaraj could potentially reduce drug efficacy. The herb is also used to support liver function after hepatotoxic treatments.
Use with caution in patients on immunosuppressive therapy. Monitor for breakthrough inflammation or graft rejection in transplant patients. Disclose Bhringaraj use to supervising physician. Benefits for liver health in patients on immunosuppressants may be significant, but the risk-benefit ratio should be evaluated individually.
hub Combinations
Synergistic pairings can enhance therapeutic outcomes, while knowing suitable substitutes helps when specific herbs are unavailable or contraindicated.
Synergistic Combinations
3Amla
Traditional UseClassic Ayurvedic pairing for hair health and liver support; Amla provides vitamin C and antioxidant support for collagen and hair shaft integrity while Bhringaraj stimulates follicular growth
Traditional Ayurvedic pairing; Amla-Bhringaraj formulas common in commercial hair care products
Milk Thistle
Limited EvidenceBoth are hepatoprotective herbs with complementary mechanisms; Bhringaraj's wedelolactone (NF-kB inhibition) + Silymarin (antioxidant, protein synthesis support); used together in liver support protocols
Complementary mechanisms; used in integrative hepatology protocols; Bhringaraj claimed superior to Milk Thistle for some liver conditions in some Ayurvedic literature
Schisandra
Traditional UseIn TCM, Mo Han Lian (Eclipta) is paired with Schisandra for Liver-Kidney Yin deficiency patterns with dizziness, tinnitus, and hair changes; Schisandra adds hepatoprotective and adaptogenic effects
Traditional TCM pairing for Liver-Kidney Yin deficiency
science Studies
Eclipta prostrata promotes the induction of anagen, sustains the anagen phase through regulation of FGF-7 and FGF-5
In VivoThis in vivo and in vitro study investigated the hair growth-promoting activity of Eclipta prostrata (EP) extract using C57BL/6N mice (depilated to synchronize the anagen phase) and human dermal papilla cells (HDPs). Oral administration of EP (1 and 10 mg/day) for 14 days produced more prominent hair growth and skin darkening than both control and minoxidil groups at 8, 11 and 14 days post-treatment. Mechanistically, EP increased expression of FGF-7 (keratinocyte growth factor, which induces anagen) while decreasing FGF-5 (which triggers catagen regression) in dorsal skin and HDPs, with mTOR signaling identified as a downstream pathway. These findings provide preclinical evidence supporting the traditional use of Bhringaraj for hair loss.
Lipidomic analysis reveals the efficiency of Eclipta prostrata on diet-induced nonalcoholic fatty liver disease in rats
In VivoThis in vivo study investigated the effect of Eclipta prostrata methanolic extract on a high-fat diet-plus-cholesterol-induced NAFLD rat model, using lipidomic analysis to identify metabolic biomarkers. High doses (200-300 mg/kg bodyweight) of E. prostrata extract produced significant improvements in liver enzymes (ALT and AST) and lipid profiles (total cholesterol, triglycerides, HDL-C, LDL-C) in NAFLD-bearing rats. Lipidomic profiling identified glycerol, linoleic acid, arachidonic acid, and cholest-5-en-3-ol acetate as key NAFLD biomarkers, with E. prostrata significantly ameliorating these metabolic derangements in both protective and treatment groups. The findings support E. prostrata as a hepatoprotective and lipid-modulating agent for NAFLD.
medication Dosing
powder
1-3 g churna (dried powder)
BID with warm water or honey
Standard Ayurvedic dose for internal use (liver and hair). Can be mixed with honey or ghee. Take after meals.
decoction
10-15 g dried herb in 240 mL water, reduced to 60-80 mL
Daily-BID
Traditional decoction for liver and blood conditions. In TCM, Mo Han Lian is typically used at 6-12 g in compound formulas.
topical
100 mL sesame or coconut oil infused with 20 g fresh/dried herb
Apply 2-3 times weekly to scalp
Classic Bhringaraj hair oil: simmer herb in carrier oil 20 minutes; strain; apply to scalp and hair. Evidence for stimulating follicular transition from telogen to anagen phase.
Disclaimer: This information is largely AI-generated and reviewed by human experts at Evara Health. It is intended for educational and clinical reference purposes only and should not replace professional medical advice.
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