It has been revealed that excessive fluoride intake on long-term is associated with toxic
effects and can damage a variety of organs and tissues in the human body, for example, the
liver tissue. The molecular mechanisms of fluoride-induced hepato-toxicity are not well
understood. The study wants to offer up-to-date insights concerning the effects of natrium
fluoride on hepatic tissues when this substance is administrated to a population of mice.
The study was conducted on NMRI mice descending from the pregnant females treated with 0.25
mg and 0.5 mg natrium fluoride by daily gavage, from the beginning of pregnancy until the
lactation was ceased.
Then, the mice, males and females, were divided in six groups, three
groups descending from the pregnant females treated with 0.5 mg natrium fluoride (Groups
1A, 1B and 1C ) and three groups from the pregnant females with 0.25 mg natrium fluoride
(Groups 2D, 2E and 2F). From the moment the lactation is finished until adulthood, the
animals received the following treatments: homeopathic (a CH7 solution of natrium fluoride
- Groups A and D), allopathic-homeopathic (0.25 mg natrium fluoride administered like
drinking water ad libitum and CH7 solution of natrium fluoride - Group E; 0.5 mg natrium
fluoride administered like drinking water ad libitum and CH7 solution of natrium fluoride Group B), and allopathic administration of natrium fluoride (0.25 mg natrium fluoride like
drinking water ad libitum - Group F; 0.5 mg natrium fluoride like drinking water ad libitum
- Group C).
When the males reached adulthood, the administration of natrium fluoride was
stopped and, by randomization, they were selected for euthanasia. The euthanasia was
realized by cervical dislocation. The testes for the histopathological examination were
preserved in a 10% formalin solution. The preparation of samples for optical microscopy was
realized with Hematoxylin-Eosin staining.
The results indicate that natrium fluoride
administered in different doses, even in homeopathic dose or in allopathic-homeopathic
dose, determined centrolobular vacuolar dystrophy of hepatic tissue, cariomegalia, granulovacuolar
dystrophy, centrolobular hyperemia centrolobular degenerescences of hepatocytes
and discreet centrolobular apoptosis.
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