Title of article :
EFFECT OF ASCORBIC ACID ON THE RIGHT and LEFT CORONARY ARTERIES OF MALE RABBITS FED WITH HIGHCHOLESTEROL DIET
Author/Authors :
Dashti, Gholamreza Assistant Professor - Anatomy Dept - Isfahan University of Medical Sciences , Behdadipour, Zeynolabedin Associate Professor - Anatomy Dept - Isfahan University of Medical Sciences , Vahedi, Parviz Anatomy Dept - Isfahan University of Medical Sciences , Pestechian, Nader Mycology and Parasitology Dept - Isfahan University of Medical Sciences
Abstract :
INTRODUCTION: Atherosclerosis and cardiovascular diseases are the most common
causes of death in western countries. The beneficial effect of ascorbic acid on various
organs has been reported. The present study was conducted to determine the effect of
ascorbic acid on the right and left coronary arteries of male rabbits fed with highcholesterol
diet.
METHODS: Twenty white male rabbits (mean weight: 950 g) were weighed and
randomly divided into two groups. For 40 days, group 1 (n=10) was given a highcholesterol
(1%) diet, group 2 (n=10) was fed with a high-cholesterol diet and ascorbic
acid (100 mg/kg). Then both of the groups were weighed and the animals were sacrificed.
The right and left coronary arteries were dissected and then fixation, tissue processing,
histological sectioning and H & E staining were carried out and sections were studied by
light microscopy. The results were analyzed by using the Mann Whitney test.
RESULTS: Group 2 which received ascorbic acid had no fatty streaks in their coronary
arteries. Significant difference in mean weight was observed before and after the diet in
both groups (P<0.05).
CONCLUSIONS: Histopathological study of the coronary arteries showed that the
rabbits which received ascorbic acid diet did not develop fatty streaks. Thus ascorbic acid
exerts an apparently inhibitory effect on fatty streak formation and may slow down or
prevent atherosclerosis by countering the side effects of a high-fat meal.
Keywords :
Ascorbic acid , cholesterol , coronary arteries
Journal title :
Astroparticle Physics