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Title: | The Anthelminthic Effect Crude Aqeous Ethanolic Extracts of Ocimum Gratissimum and Zingiber officinale on Experimental Schistosoma mansoni Infections in Mice |
Authors: | Lar, P.M. Akintunde, A.S. Igwillo, C.I. Oyerinde, J.P.O. |
Issue Date: | 2007 |
Publisher: | International Journal of Natural and Applied Sciences |
Series/Report no.: | Vol.3;No.2;Pp 235-238 |
Abstract: | The anti-schistosomal effect of crude aqueous extract of Odmum gratissimum and the ethanolic
extract of Zingiber offldnale (Ginger) on experimental S. mansoni infections 111 120 mice were
evaluated. Similarly, the effect of a rnixture of these two extracts in equal proportions was also
analyzed. Various oral concentrations of the extracts administered for 10 days (100 mq/rnl, 75
mq/rnl, 50 rng/ml and 25 mg/ml) were carried out and mice saaificed 14 days after treatment for
the mature mouse infections and 41 and 27 days after treatment for the 2 week old and -1week
old infections. A concentration of 100 rng/ml for 10 days of O. gratissimum CAUSed80%
reduction and 50 rnq/rnl of the ethanotic extract of Z offldnale resulted in a 60% reduction of
worm burden when mice were treated at 8 weeks of infection. The combination of the two
extracts was Ineffective (20% reduction of worms).The female worms were more susceptible to
both extracts than the male worms. Only O. gratissimum (100 mg/ml) caused a 25% reduction of
worm burden on the young adult at 4 weeks infections. Interestingly, the combination of the two
extracts caused a 13% reduction in worm burden on the 2 week old infections, Effect of the
extracts on liver weight and the average egg load per liver in O. gratissimum treated mice was
significant, although the average liver egg load was increased but the difference was not
significant compared with the control mice. Thls report confirms that both O. gratissimllm and Z
offidna/e have anti-schistosomal properties, and Odmum may be effective against immature
Schistosome infections but also possess anti-inflammatory properties. These results would
require further validation |
URI: | http://hdl.handle.net/123456789/365 |
Appears in Collections: | Microbiology
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