Effect of Cinnamon Bark Oil on Leydig Cell Count and Morphology along with Serum Testosterone Levels in Rats after Cadmium Induced Testicular Toxicity
Aisha Muhammad, Hafsa Muhammad, Atika Aslam, Zaeem Sohail Jafar, Talha Laique
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ABSTRACT
Cadmium
is a toxic heavy metal that causes number of health issues.
Purpose: To
demonstrate the effect of cinnamon bark oil on Leydig cell count and morphology
with measurement of serum testosterone levels.
Study Design: Experimental study.
Methodology: Healthy male wistar
rats (n=30) were taken and divided into 3 groups with n= 10. Group A functioned
as control. Cadmium chloride was administered to the rats to induce testicular
toxicity in group B. Group C was the treatment group. Animals were euthanized
on day 15. Leydig cell count and morphology was done after haematoxylin and
eosin staining of the testicular tissue sections. Serum testosterone level was
done by ELISA.
Statistical analysis: Data analyzed by SPSS
22.0v.
Results: Cadmium chloride was
observed to significantly reduce leydig cell counts and serum testosterone
levels in group B. No significant effect
was observed on the morphology of the leydig cells. Cinnamon bark oil
significantly improved the leydig cell count. Serum testosterone levels were
observed to increase after the cinnamon bark oil administration. Conclusion: This study clearly showed
that cinnamon bark oil has protective effect on the cadmium induced testicular
toxicity.
Key Words: Enzyme Linked Immuno-sorbent Assay, High
Density Lipoprotein, Cinnamon Bark Oil and Optical Density.