Synonyms
Vernacular Names:
| Malaysia | Ara Jalar |
| English | Creeping Fig, Fig Vine, Creeping Rubber Plant, Figvinel Tropical Ivy |
| China | Bi Li, Man Tu Lua, Mu-lien, Mu-man-t’ou, Kuei-mau-t’ou |
| Indonesia | Dolar, Pacar Tembok |
| Myanmar |
Jyauk Kat Nyaung Nwe
|
| Vietnam |
Cay Trau Co
|
| Japan |
Oo itabi, O-itabi, Itabi Kadsoura, Ki Fatsisou, Fime Itabi, Pi Li
|
| German |
Kletter-Feige
|
| French |
Figuier Rampant
|
| Danish |
Haengefigen
|
| Italian |
Fico Rampicante
|
| Spanish | Higuera Trepadora, Paja de Colchon, Paz y Justice, Una |
| Portuguese | Falsa-hera, Hera de China, Hera-miuda, Mama de Pared |
| Serbian |
General Information
Description
Ficus pumila is a member of the Moraceae family. It is a robust, true-climbing evergreen vine attaching to rocks, walls, tree trunks by means of exudations from the aerial roots. The branches are downy. The leaves are polymorphic, those on the vegetative creeping stems are ovate-subcordate in shape, measuring 1-3cm long and 0.8-2cm wide, apex obtuse or acute, base oblique cordate, thinly papery, glabrous except on major veins beneath. The leaves on erect branches bearing flowers are oblong, ovate-oblong or obovate in shape measuring 3-9cm long and 1.5-4cm wide, obtuse, rounded or rarely emarginated at apex, faveolate and pilose beneath. It has fleshy receptacles that are ellipsoid-subspherical in shape, measuring 1.5cm long and across the middle, apex obtuse, densely covered by yellow hairs, pedunculated, bracts 3, apical to the stalk. The mature syncarp is turbinate, measures 4-8 cm long and 3-4cm in diameter across the truncate end.[3] [5]
Plant Part Used
Chemical Constituents
Traditional Used:
In Traditional Chinese Medicine F. pumila is considered cold and bitter and has the ability to clear fever and detoxifies.
Gastro Intestinal Diseases
F. pumila is used to treat gastrointestinal diseases especially diarrhoea and dysentery.[2] Usually the decoction of the leaves is used to treat these two conditions. It is a remedy for haemorrhoids. In Malaysia, a decoction of the leaves is used to cleanse the haemorrhoids while the paste of the twigs or the latex is applied over the lesion to promote reduction and healing of the piles. For hernia, a decoction of the roots is given to the patient.[7]
Respiratory Diseases
To relieve asthma, a poultice of the leaves is applied over the chest.[7]
Gynaecological Diseases
The shape of the fruit is similar to that of the uterus and this forms the basis of its use in the treatment of uterine problems including amenorrhoea and oligomenorrhoea. In these cases a decoction of the dried fruit is given. The whole plant is thought to have lactagogue activity.[2][4][6][7] For promoting lactation the mother is given a meat or bone soup where the dried fruit had been added to or she is given to drink rice wine with the dried fig.[7]
Genito-urinary Diseases
The diuretic propertyof the plant qualifies its use in the treatment of various urinary tract problems including dysuria, strangury, haematuria and bladder infection. It is also recommended for use in the treatment of gonorrhoea. Dried fruit is used in the treatment of impotency, spermatorrhoea by making a decoction of it.[2] [4][6][7]
Other Uses
The plant is believed to have anti-inflammatory activity and is used in the treatment of skin infections, tuberculosis of the testicles, injuries and rheumatic arthritis.[2][4][6][7]
Pre-Clinical Data
Pharmacology
Antimicrobial activity
From the chloroform extracts of F. pumila two bioactive furanocoumarin derived compounds (bergapten and oxypeucedanin hydrate) were isolated. Bergapten had antimicrobial activity against Staphylococcus aureus, Escherichia coli and Salmonela typhi while oxypeucedanin hydrate was only active against Salmonella typhi. Both compound were found to have antimutagenic activity with oxypeucedanin hydrate being stronger. Another compound isolated from the leaves (neohopane) showed a wider spectrum of activity. The micro-organism affected by neohopane include Escherichia coli, Pseudomonas aeruginosa, Baccilus subtilis and Candida albicans.[12][14]
Antioxidant activity
The leaves of F. pumila contained flavonoids of which four (rutin, apigenin 6-neohesperidose, kaempferol 3-robinobioside and kaempferol 3-rutinoside) had been identified by Cheng Ning et al. in both aqueous and ethanol extracts. Of the four they found that rutin had the highest antioxidant activity.[13]
Toxicities
No documentation
Clinical Data
Clinical Trials
No documentation
Adverse Effects in Human:
Used in Certain Conditions
Pregnancy / Breastfeeding
No documentation
Age Limitations
Neonates / Adolescents
No documentation
Geriatrics
No documentation
Chronic Disease Conditions
No documentation
Interactions
Interactions with drugs
No documentation
Interactions with Other Herbs / Herbal Constituents
No documentation
Contraindications
Contraindications
No documentation
Case Reports
No documentation
References
- Walter Erhardt, Erich GZotz, Allen J. Coombes, Nils Bodeker, Seigmund Seybols The Timber Press Dictionary of Plant Names Timber Press Inc. Portland 2009 pg. 348
- Ephraim Philip Lansky, Helena Maaria Paavilainen Figs CRC Press Inc. Boca Raton 2009 pg. 59
- Micheal Dirr Dirr’s Tree and Shrubs for Warm Climates: An Illustrated Encyclopedia Timber Press Inc. Portland 2002 pg. 120
- Shizhen Li, Porter Smith, George Arthur Stuart Chinese Medicinal Herbs: A Modern Edition of a Classic Sixteenth-Century Manual Dover Publications Inc. New York 1973 pg. 175
- Shui-ying Hu Food Plants of China The Chinese University Press Hong Kong 2005 pg. 360
- Running Press A Barefoot Doctor’s Manual: A Concise Edition of the Classic Work of Eastern Herbal Medicine Running Press Book Publishers Philadelphia 2003 pg. 508
- Hean Chool Ong Tanaman Hiasan: Khasiat Makanan & Ubatan Utusan Publishing & Distributors Sdn. Bhd. Kuala Lumpur 2008 pg. 62 – 63
- R. Fritsch, Peter Hanelt, Ruth Kilian, Wofgang Kilian Mansfeld’s Encyclopedia of Agriculture and Horticulture Crops Volume 2 Springer-Verlag Berlin 2001 pg 373
- Junichi KITAJIMA,* Kaoru KIMIZUKA, and Yasuko TANAKA Three New Sesquiterpenoid Glucosides of Ficus pumila Fruit Chem. Pharm. Bull. 48(1) 77—80 (2000) 77
- Junichi KITAJIMA,* Kaoru KIMIZUKA, and Yasuko TANAKA New Dammarane-Type Acetylated Triterpenoids and Their Related Compounds of Ficus pumila FruitChem. Pharm. Bull. 47(8) 1138—1140 (1999)
- Kitajima J, Kimizuka K., Tanaka Y New Sterols and triterpinoids of Ficus Pimula fruit Chemical and Pharmaceutical Bulletin 1998 vol 46(9): 1408 – 1411
- Juan, EA; Rideout JA; Ragasa CY Bioactive furanocoumarin derivatives from Ficus pumila (Moraceae) Philippine Journal of Science (April-June 1997) vol. 126(2):143-153
- Cheng Ning Abraham Leong, Masakuni Tako, Isao Hanashiro, Hajime Tamaki Antioxidant Flavonoid glycosides form the leaves of Ficus pumila L. Food Chemistry July 2008 vol. 109(2):415 – 420
- Ragasa CY, Juan E, Rideout JA A triterpene from Ficus pumila. J Asian Nat Prod Res. 1999;1(4):269-75.
- E. Paulsen, P. Stahl Skov, K. E. Andersen Immediate skin and mucosal symptoms from pot plants and vegetables in gardeners and greenhouse workers Contact Dermatitis Volume 39(4):166–170, October 1998