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Botanical Name : Bidens pilosa
Species: B. pilosa
Common names : Anguad (Ig.) Puriket (Bon.) ,Burbutak (Tag.) Beggar ticks (Engl.,) ,Dadayem (Iv.) Water marigold (Engl.) ,Nghuad (Tag.) Spanish needles (Engl.) ,Ñguad (Tag.) Black jack (Engl.) ,Pisau-pisau (C. Bis.) ,Chor pushpi,Picao Preto, Black-jack, Beggar-ticks, Cobbler’s pegs
Local names: Nguad (Ig.); dadayem (Jv.); pisau-pisau (C. Bis.); puriket (Bon.); beggar-ticks, bur marigold, Spanish needles, black jack (Engl.)
Habitat : Bidens pilosa is native to the Americas but it is known widely as an introduced species of other regions, including Eurasia, Africa, Australia, and the Pacific Islands.It is found in waste places, chiefly at medium altitudes, ascending to 2,200 meters, from the Batan and Babuyan Islands and northern Luzon to Mindanao. It is pantropic in distribution.
Bidens pilosa is an annual forb of gracile habit, growing up to 1.8 meters tall. It grows aggressively on disturbed land and often becomes weedy. The leaves are oppositely arranged and pinnate in form with three to five dentate, ovate-to-lanceolate leaflets. The petioles are slightly winged.This is an erect, branched, usually more or less hairy herb 0.2 to 1.5 meters in height. The leaves are 1- or 2-pinnatifid and 15 centimeters long or less, the upper one being usually much smaller; the segments are ovate-lanceolate, 2 to 5 centimeters long, and toothed. The flowering heads are about 8 millimeters long. The disc flowers are brown or yellowish and the ray ones, yellow or nearly white. The inner involucral-bracts have broad, scarious margins. The acheness are black, long and slender, linear, 1 to 1.5 centimeters long, and characterized by four projections at the apex.
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• In sub-Saharan Africa, fresh or dried tender shoots and young leaves are eaten as vegetable in times of scarcity.
• In Uganda, leaves are boiled in sour milk.
• Leaves are added to salads and stews.
• Young shoots used to make tea.
Constituents :Plant contains iodine; the leaves, tanin and aponin; the flowers, suflur.
· Entire plant.
· Collect before flower opens, rinse, sun-dry, section into pieces or compress.
Antibacterial, antidysenteric, anti-inflammatory, antimicrobial, antimalarial, diuretic, hepato-protective, antipyretic, antifungal.
Sweet tasting, mildly refrigerant.
According to Gibbs and Agcaoili the flowers are mixed by the Igorots with the balls of boiled rice which they set to ferment in the manufacture of crude spirits.
Burkill says that the leaves contain a little tannin.
The leaves are official in the Dutch (4) and Mexican (4) Pharmacopoeias.
According to Burkill the Malays boil the plant and take the infusion for coughs.
Caius reports that for sore eyes the pounded leaves are applied over the eyelids. In the Gold Coast and in Lagos the juice of the leaves is commonly squeezed into the eyes or the ears to cure complaints in those organs. In the latter case the leaves are first warmed in water with pepper. The leaves are also used as a styptic to stop bleeding from wounds. Watt and Breyer-Brandwijk say that the Zulus chew the young shoots for treatment of rheumatism. They also administer the powdered leaves in water as an enema for abdominal troubles, and rub the burnt seeds into incisions on the sides for the relief of pain. Caius reports that the leaves are used in Brazil as a styptic in stopping the floe of blood, and as a vulnerary. They are also applied to foul ulcers and swollen glands. In Columbia the infusion is used as a sudorific. Ridley quotes Holmes, who states that the Malays rub the leaves on the gums for toothache. Burkill adds the juice of the leaves is used in Java, Malaya, and Indo-China for eye complaints. In Java the leaves, heated, are applied to boils to ripen them. The leaves are said to be a substitute for tea in Mexico.
Crevost and Petelot state that in Indo-China the dried flower buds, ground and mixed with alcohol, are used as a mouth-wash in toothache. Caius says that among the Zulus the flower is used as a remedy for diarrhea.
· Used as preventive for influenza or cold, used for treatment of swelling pain at the throat, fever among infants, fear of cold weather.
· Used for poisonous insects and snake bite.
· For enteritis, flatulence, diarrhea, appendicitis.
· For sprains, contusions, chronic ulcers.
· Used to stop wound bleeding.
· Leaves used for treatment of thrush and candida.
· For piles, chronic ulcers, various skin diseases.
· Dosage: use 30 to 60 gms of dried material or 90 to 150 gms fresh material in decoction. Fresh materials may be pounded and applied as poultice or boiled in water and applied as external wash.
· In Uganda, the sap from crushed leaves is used to speed up blood clotting in fresh wounds. Leaf decoction used for headaches. Plant sap is used for ear infections. Decoction of leaf powder for kidney ailments. Plant decoction used for flatulence.
· In southern Africa, used for malaria.
· In Zimbabwe, used for stomach and mouth ulcers, diarrhea and hangovers.
· In Peru, leaves are balled up and applied to toothaches.
· In the Amazon, used for hepatitis, angina, sore throat.
· In the Congo, plant used as poison antidote and to facilitate child delivery.
· In Nigeria, the powder or seed ash is used as a local anesthetic for cuts.
· In Brazil, the plant is traditionally used for conditions related to cancer.
Note: This plant closely resembles Bidens tripartita which may be differentiated on the shape of the leaves, however the medicinal function of this plant is identical with Bidens pilosa and hence may be used as a substitute.
• Fodder for pigs.
• Seeds for chicken feed.
• Leaves used as stimulant alternative to tea.
• In Kenya, used for the extraction of natural dyes.
• In the Congo, roots are washed, dried and used as painting brush.
• B. pilosa has been studied for antitumor activity. Some reports suggest antileukemic actions. Polyacetylenes from B. pilosa suggest antimicrobial activity. Some flavonoids have anti-inflammatory. Other studies have shown it to possess antibacterial, antidysenteric, antiinflammatory, antimalarial, diuretid, hepatoprotedtive and hypotensive effects.
• Hepatoprotective: Study of water extract from B pilosa on Wistar rats showed phytotherapeutic activity in hepatic damage induced by chronic obstructive cholestasis by hepatoprotective effects on liver function, decrease of rate of necrosis and liver fibrosis.
• Studies of anticancer and antipyretic activity of Bidens pilosa whole plant: Extracts from B. pilosa were tested for anticancer and antipyretic activity. Extracts were showed a significant cytotoxic effect against Hela cells by in vitro method and showed a comparable antipyretic activity.
• Anti-Tumor: (1) Study of an in vitro cytotoxicity using Ehrlich ascites carcinoma cell line assay, the chloroform extract showed the best antitumor activity.
• Anti-Malarial Activity: (1) New evidences of antimalarial activity of Bidens pilosa roots extract correlated with polyacetylene and flavonoids: The results showed the in vivo activity of the ethanol extract depends on polyacetylene and flavonoids. (2) Study showed the presence of flanonoid compounds believed to be responsible for the antimalarial activity. Its proven activity against P falcifarum drug-resistant parasites in vitro and in rodent malaria in vivo, suggests it a good candidate for further testing as a phytotherapeutic agent.
• Immunomodulation: (1) Study yielded flavanoids – centaurein and centaureidin, which stimulated IFN-gamma expression. (2) Study showed the butanol fraction of B pilosa has a dichotomous effect on helper T cell-mediated immune disorders, possibly through modulation of T cell differentiation.
• Anti-Herpes: Study showed the hot water extract of Bidens pilosa inhibited replication of the HSV.
• Antiinflammatory / Antiallergic: Results of studies on suspension and boiling water extract of dried powder from the aerial parts of B pilosa L var radiata Scherff inibited histamine release and production of IgE, suggesting it may be clinically useful in the prevention of type 1 allergic disease.
• Anti-Diabetic: Results of study on water extract of B pilosa suggests it ameliorates type 2 diabetes in mice through regulation of insulin secretion and islet protection.
• Anti-leukemic: Study of hot water extracts showed inhibition of leukemic cell lines and suggests it may be a useful medicinal plant for treating leukemia.
• Flavonoids / Hepatoprotective: Study in carbon tetrachloride-induced liver injury in mice and rats showed the total flavonoids of Bidens pilosa had a protective and therapeutic effect on animal liver injiury and could be associated with its antioxidant properties and inhibition of NF-kB activation.
• Oxytocic: Study to validate the claimed uses of Bidens pilosa and Luffa cylindrica inducing labor during childbirth showed the aqueous leafy extracts of Bp and Lc increased rat uterine motility suggesting oxytocic activity and validates their therapeutic herbal uses in childbirth.
• Mutagenic Potential: A study to evaluate the capacity of teas of B pilosa and Mikania glomerata to induce DNA damages and mutagenic effects showed dose-dependent and preparation-form effects and suggests caution in the phytotherapeutic use of the plants.
• Vasodilating / Calcium Antagonist: Study showed the vasodilating properties of the neutral extract of B pilosa and indicate a potential as a calcium antagonist.
• Cytopiloyne / T Helper Cell Modulator / Anti-Diabetes: Study yielded a novel bioactive polyacetylenic glucoside, cytopiloyne. Results showed it functions as a T cell modulator, an activity that may directly contribute to its ethnopharmacologic effect on precenting diabetes.
• Anti-COX-2 / Anti-PGE2 / Anti-Inflammatory: In a study of interleukin-1ß induced inflammation in normal human dermal fibroblasts, B pilosa inhibited the phosphorylation of MAPKs, COX-2 expression and subsequently PGE2 production.
The information presented herein is intended for educational purposes only. Individual results may vary, and before using any supplements, it is always advisable to consult with your own health care provider.