dc.description.abstract |
Background: Ethiopia is the most culturally diversified country in which a variety of
traditional alcoholic beverages are consumed in different cultures and among others Arake is
very popular. The effect of Arake on internal organs structures and functions is not well
studied. Objectives: Therefore, the aim of the current study is to assess acute effect of local
Arake on hepatorenal structures and functions in Swiss albino mice.
Methods: Twenty eight newly breaded Swiss albino mice were randomly divided into four
groups. Arake was provided for the experimental groups and distilled water for control for
daily for six weeks. Throughout the treatment period the mice in both groups were observed
for any behavioral change and body weight was recorded on daily bases. At the end of 42
days each animal was anaesthetized with diethyl ether and blood was collected through
cardiac puncture for biochemical determination such as AST, ALT, BUN and CRT as a
measure of liver and kidney functions. After blood collection the mice sacrificed by cervical
dislocation and abdominal cavity was opened anteriorly through midline incision of the
abdomen to gain access to internal organs notably Liver and Kidneys. Wet organ weight of
each organ was recorded, accessioned and immersion fixed in 10% neutral buffered formalin
for histopathological investigation. The quantitative data including body weight, organ
weight and serum levels of AST, ALT, BUN and CRT were analyzed using SPSS version 26
and the result presented by descriptive statistics as mean ± SEM while the difference
between groups were compared using one way ANOVA Post Hoc Tukey and p-value <
0.05 was considered as a significant. The qualitative data including histopathological
alterations was investigated through preparing microscopic slides which were examined
under light microscope by Anatomist and Pathologist (both blinded to dose and groups).
Results: Twenty eight Swiss albino mice (14 Males and 14 Females) were used to start the
experimentation. But, four mice (2 Male and 2 Female mice) were dead within 72hr of
acclimatization and twenty four mice survived up to end of necropsy. The body weight of
the treated groups was significantly decreased as compared to control group (p<0.05) but the
decrement of weight between the treated groups was not significant. The serum level of AST ii
and ALT of the experimental group was significantly higher when compared with control
group (p<0.05). Serum level of BUN and CRT was increased as the dose of Arake
administered increases but the serum level of the CRT has no significance difference in all
the groups but serum urea was significantly different between the groups. Arake
consumption induced hepatorenal inflammation and necrosis precipitated by increment in
dose accompanied by alteration of its functions.
Conclusions: The result of this study revealed that Arake intake decreased body weight of
the mice and induced hepatorenal inflammation and necrosis accompanied by alteration of
its functions. The damaging effect was exacerbated as the dose of Arake increased. |
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