Genomic Modification by Ocimum canum Against Lead-Induced Chromosome Aberration and It’s Effect on Antioxidant Enzymes


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Article type :

Original Article

Author :

Tugbobo Oladimeji Samuel, Abegunde Segun Michael, Idowu Kayode Solomon

Volume :

4

Issue :

2

Abstract :

Introduction: Anticlastogenic potential of Ocimum canum (Black leaf) extract was studied in bone marrow cells of mice using micronucleus assay. Experimental: 200mg/kg of Ocimum canum aqueous extract was administered as dietary supplement for 30-days. The mice were divided into three groups A, B and C. Animals in group A were fed with distilled water, B were treated with 2.5mg/kg lead acetate while group C were fed with 200mg/kg Ocimum canum aqueous extract and 2.5mg/kg lead acetate simultaneously. After 30-days, mice were sacrificed and chromosome preparations were made from bone marrow according to colchicines hypotonic-fixation air drying Giemsa schedule. The cytogenic end-point observed was chromosomal aberration which increased significantly (P

Keyword :

Chromosomal-aberration, Ocimum canum, Lead acetate, Anticlastogen, Antioxidant
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