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March
2014 Vol. 2 No.3
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Antwi-Agyei
P
Maalekuu
BK
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Merit Research Journal of Agricultural Science and Soil
Science (ISSN: 2350-2274) Vol. 2(3)
pp. 038-046, March, 2014
Copyright © 2014 Merit Research Journals |
Full
Length Research Paper
Determination of microbial contamination in meat and fish
products sold in the Kumasi metropolis (A Case Study of Kumasi
central market and the Bantama market) |
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Food borne
diseases are considered to be the most wide spread health
problem in most parts of the world especially in the developing
countries. This is mainly due to the way food is handled by the
producer and the final consumer. The food safety risks
associated with meat and fish products have been widely
documented. This study evaluates the level of microbial
contamination of meat and fish products that are sold in two
major markets in the Kumasi metropolis of the Ashanti Region in
Ghana. Ten samples of different meat portions and fish samples
each were selected from the two markets (5 meat and 5 fish
samples from Bantama market and then 5 meat and 5 fish samples
from Kumasi Central market). The samples were analyzed for total
viable bacteria count, total coliforms count, Escherichia coli
and salmonella using different biochemical test. Pathogens like
Staphylococcus aureus, mould, Pseudomonas spp.
Salmonella and Bacillus spp. were also isolated from both
the meat and fish products. The study suggested that most of the
meat and fish products that are sold are commonly contaminated
with pathogenic microorganisms. Bantama market recorded the
highest level of contamination. This contamination may play a
significant role in the transmission of potentially harmful
microorganisms which causes different diseases such as cholera,
diarrhoea and skin infections. It is therefore expedient that
great care is taken during handling and the preparation of our
meat and fish products to avoid or reduce the level of microbial
load and contamination. Thorough cooking processes and good
hygiene practices could help reduce the microbial load to
harmless level.
Keywords: Microbial contamination, Food safety,
pathogenic micro-organisms, meat and fish.
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