• Title of article

    Combretum aculeatum Vent (Combretaceae) hydroethanolic root bark extract attenuates D-galactoseinduced cognitive impairment, oxidative, and hippocampi dysfunction in mice

  • Author/Authors

    Beppe ، Galba Jean Department of Biological Sciences - Faculty of Science - University of Maroua , Barga ، Bertrand Mpoo Department of Biological Sciences - Faculty of Science - University of Maroua , Ngatanko ، Hervé Hervé Abaissou Department of Biological Sciences - Faculty of Science - University of Maroua , Folefack ، Alice Irène Department of Biological Sciences - Faculty of Science - University of Maroua , Allah-doum ، Nanou Gaël Department of Biological Sciences - Faculty of Science - University of Maroua , Nguedia ، Merline Department of Biological Sciences - Faculty of Science - University of Maroua , Dongmo ، Alain Bertrand Department of Animal Biology - Faculty of Science - University of Douala , Dimo ، Théophile Department of Animal Biology and Physiology - University of Yaoundé I

  • From page
    208
  • To page
    215
  • Abstract
    Introduction: Combretum aculeatum is a plant of Combretaceae family. In traditional medicine, it is used to treat schizophrenia. The aim of this study was to assess the possible impacts of hydroethanolic extract of C. aculeatum root bark on D-galactose (D-Gal)-induced amnesia in mice. Methods: Memory was tested using Y-maze test, radial arms maze (RAM), and new item appreciation. Mice brains were collected for histological and biochemical testing. Results: Combretum aculeatum substantially (P 0.001) improved the ratio of spontaneous alternation versus negative control. In addition, discrimination index, and the time required to appreciate the new item were reversed considerably (P 0.001) in mice receiving the extract opposed to the negative control fraction in the novel object appreciation test. The frequency of working memory mistakes was reversed in receiving extract categories versus negative control animals in RAM essay. Various doses of the extract substantially (P 0.001) diminished the level of malondialdehyde (MDA), and crucially enlarged superoxide dismutase (SOD) and catalase activity as opposed to the negative control. Furthermore, all doses of the extract had a restructuring effect on the organization of hippocampal cells. Conclusion: Combretum aculeatum improved cognitive impairment possibly thought its antioxidant activity.
  • Keywords
    Combretum aculeatum , Spontaneous alternation , Antioxidant activity , Short , term memory , Long , term memory
  • Journal title
    Journal of HerbMed Pharmacology
  • Journal title
    Journal of HerbMed Pharmacology
  • Record number

    2761844