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Oladosu I. A., Balogun S. O., Ademowo G. O.. Phytochemical screening,antimalarial and histopathological studies of Allophylus africanus and Tragia benthamii[J]. 中国天然药物, 2013, 11(4): 371-376.
引用本文: Oladosu I. A., Balogun S. O., Ademowo G. O.. Phytochemical screening,antimalarial and histopathological studies of Allophylus africanus and Tragia benthamii[J]. 中国天然药物, 2013, 11(4): 371-376.
Oladosu I. A., Balogun S. O., Ademowo G. O.. Phytochemical screening,antimalarial and histopathological studies of Allophylus africanus and Tragia benthamii[J]. Chinese Journal of Natural Medicines, 2013, 11(4): 371-376.
Citation: Oladosu I. A., Balogun S. O., Ademowo G. O.. Phytochemical screening,antimalarial and histopathological studies of Allophylus africanus and Tragia benthamii[J]. Chinese Journal of Natural Medicines, 2013, 11(4): 371-376.

Phytochemical screening,antimalarial and histopathological studies of Allophylus africanus and Tragia benthamii

Phytochemical screening,antimalarial and histopathological studies of Allophylus africanus and Tragia benthamii

  • 摘要: The anti-malarial potential of different parts of Allophylus africanus P.Beauv and Tragia benthamii Baker were determined in vivo for suppressive,curative and cytotoxic activities in mice receiving 0.2 mL of a standard inoculum size of 1107 infected erythrocytes of Plasmodium berghei(NK-65) intraperitoneally.The A.africanus extracts suppressed parasitaemia following administration to infected mice by 92.82%-97.81% on day 7 post-infection against 96.81% for chloroquine.The infected extract-treated animals had significantly moderate(P0.05) packed cell volume(PCV) compared with the infected,untreated animals.Phytochemical screening revealed a predominance of tannins,saponins,flavonoids and carbohydrates in all parts of A.africanus,and alkaloids instead of flavonoids in the extract of T.benthamii.The results suggest that the extract possesses considerable antimalarial activity.These results support further studies on A.africanus.

     

    Abstract: The anti-malarial potential of different parts of Allophylus africanus P.Beauv and Tragia benthamii Baker were determined in vivo for suppressive,curative and cytotoxic activities in mice receiving 0.2 mL of a standard inoculum size of 1107 infected erythrocytes of Plasmodium berghei(NK-65) intraperitoneally.The A.africanus extracts suppressed parasitaemia following administration to infected mice by 92.82%-97.81% on day 7 post-infection against 96.81% for chloroquine.The infected extract-treated animals had significantly moderate(P0.05) packed cell volume(PCV) compared with the infected,untreated animals.Phytochemical screening revealed a predominance of tannins,saponins,flavonoids and carbohydrates in all parts of A.africanus,and alkaloids instead of flavonoids in the extract of T.benthamii.The results suggest that the extract possesses considerable antimalarial activity.These results support further studies on A.africanus.

     

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