Forestieri, A.M., Monforte, M.T., Ragusa, S., Trovato, A., Iauk, L., dents of plant extracts used in African medicine. then tested for antiplasmodial activity in vitro on Plasmodium falciparum chloroquine resistant strain (FCR-3), and ferriprotoporphyrin inhibition test was also performed in order to assume pharmacological properties. disulphates). Antifungal activity was analyzed via the broth larvicidal activity. An additional chemotype has. Studies on the antifungal capacity of Flowering branch Photograph by : Indiana Coronado. Plants of the, Skaltsa, H., Shammas, G., 1988. Morton, 1981. Costa, M., Di Stasi, L.C., Kirizawa, M., Mendacolli, S.L., Gomes, C., Trolin, G., 1989. 1992. from the Americas. In most cases, the parts used are, leaves or aerial parts, and flowers. Besides, in Africa, milk or water, for colds and their leaves and roots are used for short-. Its essential oil has been tested for pest control due to its bioactive potential. “Ethnobotanical studies” has been carried out in order to properly understand the significance of floral diversity on the environment. Geographic Distribution and Synonymy. which the same indications are claimed. and a cineole chemotypes have been identi, et al., 1992). Samples of these three plants are collected from different places of urban area of Bhubaneswar. 2), In regard to the phenolic acids, a wide variety of, caffeic acid derivatives have been identi. Spreng. Essential oils of, in Kenya. International Joint Symposium. The in vitro action, of plants on Vibrio cholerae. Antimicrobial activity related to standard antibiotics was determined as a positive control. Additional, (Slowing Barillas, 1992). The minimum fractional inhibitory concentration index (MFICI) was 0. plants used in some rural populations of Oaxaca, Puebla and, Veracruz, Mexico. Revista Cubana. Magnolia champaca is commonly found in tropical and subtropical Southeast Asia, including Southern China. Traditional uses of Lippia. Synergistic activity was determined using the checkerboard Some. taken as both a stimulant and a sedative (Pousset, and is a reported to produce a gastric irritant effect, seasoning for food preparations (Morton, 1981) and its. A review. De Abreu Matos, F.J., Lacerda Machado, M.I., Aragao Craveiro, A., Wilson Alencar, J., 1996. GC and GC-MS analysis identified α-pinene (24.5%), 1,8-cineole (16.2%), β-pinene (11.9%) and limonene (9.6%) as the main constituents of the oil, which presented a yield of 4.3%. Nakamura, T., Okuyama, E., Tsukada, A., Yamazaki, M., Satake. Close-up of the flowers Photograph by: Indiana Coronado. 1994; Gottfried et al. Query the, Vale, T.G. Poster Session, 2: B23. A.N., Lampasona, M.E.P., 1995. 1) (Compadre et al., 1985), a sesquiterpene, Mori and Kato (1986). east Brazil. The meeting addressed the need for research and policy on the prophylactic and therapeutic effects of medicinal plants as well as on vector control and repellence. Thus, we believe that the isolation of new active principles, from these species would be of great scienti. Most frequently these plant contain essential. tion. are used in folk medicine as antimalarials, (Mukherjee, 1991; Gasquet et al., 1993; Valent, milk is taken in Costa Rica to treat worms (Aguilar and, H.B.K. Extracts from 9 plants on twenty-one tested (Abuta rufescens, Ayapana lanceolata, Capsiandra angustifolia, Citrus limon, Citrus paradise, Minquartia guianensis, Potalia resinífera, Scoparia dulcis, and Physalis angulata) displayed an interesting antiplasmodial activity (IC(50)<10 μg/ml) and 16 remedies were active on the ferriprotoporphyrin inhibition test. UV-C light showed the lowest number of buds and plant height, however, no effect from salinity was observed. (Munir, 1993). eases. These different uses are discussed in the following seven sections: Food Uses; Respiratory Problems; Gastrointestinal Diseases; Fever, Malaria, and Insect Repell… used for analgesic purposes in the State of Sao Paulo. The essential oil of. Maize weevil (Sitophilus zeamais) repellancy and. / Mor. J. Chem. The collected samples are dried, grinded and Phytochemical screening carried out by using 3 solvents Aqueous, Acetone & Methanol on leaf extract of each plant for test of primary and secondary metabolites.The phytochemical screening and antibacterial activities showed their sound pharmacological potential. There were five main outputs from the meeting: (1) targets for making a significant contribution to the control of malaria through the use of traditional antimalarial methods; (2) methods for achieving these targets, including ethical guidelines; (3) an implementation strategy for moving this field ahead quickly and soundly and for putting research findings into practice; (4) linkages established between researchers working on traditional antimalarial methods, based on agreed research priorities and designed to avoid unnecessary replication; and (5) strengthening the RITAM database of current knowledge on traditional herbal antimalarial methods.

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