home about us journals search

African Journal of Biotechnology

     
   AJB Home
   About AJB
   Submit Manuscripts
   Instructions for Authors
   Editors
   Call For Paper
   Archive
   Email Alerts

  Afr. J. Biotechnol.

  Vol. 7 No. 13

  Viewing options:

    • Abstract
    •Reprint (PDF) (59K)

  Search Pubmed for articles by:

  Akintonwa A
  Olaniyi OM

  Other links:
  PubMed Citation
  Related articles in PubMed

Related Journals
African Journal of Agricultural Research
African Journal  of Environmental Science & Technology
Biotechnology & Molecular Biology Reviews

African Journal of Biochemistry Research

African Journal of Microbiology Research
African Journal of Pure & Applied Chemistry
African Journal of Food Science
Journal of Cell & Animal Biology
African Journal of Pharmacy & Pharmacology

African Journal of Plant Science
Journal of Medicinal Plant Research
International Journal of Physical Sciences
Scientific Research and Essays
 

African Journal of Biotechnology Vol. 7 (13), pp. 2134–2136, 4 July 2008

ISSN 1684-5315  © 2008 Academic Journals  

 

 

Short Communication

 

The mutagenic testing of different brands of commonly used insecticides

 

A. Akintonwa, O. Awodele, S. O. Olayemi, I. A. Oreagba and O. M. Olaniyi

 

Department of Pharmacology, College of Medicine, Idi-Araba, University of Lagos, Nigeria.

 

*Corresponding author. E-mail: awodeleo@yahoo.com.

 

Accepted 18 January, 2008

 
   Abstract
 

Insecticides are chemical agents used to control insects, but humans are usually exposed to insecticides and this may have a long term toxicological effects on their health. Different brands of insecticides including BaygonR, MobileR, MorteinR and TotalR were subjected to Ames spot Forward Mutation Assay, using Escherichia coli. The assay was examined for the presence of revertant strains of the organism in the presence and absence of white albino rat liver metabolizing enzymes (S9). The results showed that these insecticides produced no mutant strain of the organism and no alteration in the phenotypic characteristics of the organism as compared with the standard mutagen (ethidium bromide), which produced revertant strains of the organism and altered the phenotypic characteristics of the organism. Finally, this result showed that these insecticides can be considered not mutagenic in bacteria and may not be mutagenic or carcinogenic in human.

 

Key words: Insecticides, mutant strains, ames spot assay, bacteria.

___________________________________________________________________________________________________________

Advertise on AJB | Terms of Use | Privacy Policy | Help

© Academic Journals 2002 - 2008