Damaging Effects Of Phosphide- Powder Residue On Brain, Lung And Heart Histoarchitecture In Rats
نویسنده
چکیده
In many parts of the developed world, the sale and use of phosphide is under strict regulations with adequate training of workers being a major perquisite before its use. In Nigeria this chemical is commonly available and in most cases users are largely untrained, therefore contamination of cowpea with residual phosphide post-fumigation does occur. The aim of this study is to determine the impact of phosphide residue contamination on organs such as brain, lung and heart. Six rats per group were used for this study. The rats in the first and second groups received phosphide residue contaminated and uncontaminated cowpea respectively, while the rats in the third group were fed untreated cowpea and served as control. Tissues (brain, lung, heart) were fixed in 10% formal saline for routine histological techniques and Haematoxylin and Eosin staining technique was used. Feeding of rats with phosphide residue contaminated cowpea resulted in significant damage to all examined tissues. Examination of different sections revealed severe congestion of the meninges (brain); severe congestion at the interalveolar septum with diffuse hemosiderosis (lung); and congestion of coronary vessels (heart) in rats fed cooked phosphide-residue contaminated cowpea. The rats in treated but uncontaminated cowpea and untreated cowpea groups exhibited no visible lesions in all tissue-sections examined. This study has revealed that the erroneous belief among illiterate grain merchants that phosphide residue is harmless should be discarded and proper training of users of this chemical should be encouraged to prevent many of the anomalies associated with cowpea fumigation in Nigeria.
منابع مشابه
Traumatic Brain Injury Has Not Prominent Effects on Cardiopulmonary Indices of Rat after 24 Hours: Hemodynamic, Histopathology, and Biochemical Evidence
Background: Accidents are the second reason for mortality and morbidity in Iran. Among them, brain injuries are the most important damage. Clarification of the effects of brain injuries on different body systems will help physicians to prioritize their treatment strategies. In this study, the effect of pure brain trauma on the cardiovascular system and lungs 24 hours post trauma was assessed. M...
متن کاملChronopharmacological effects of growth hormone on the executive function and oxidative stress response in rats
Objective(s): to investigate the chronopharmacological effects of growth hormone on executive function and the oxidative stress response in rats. Materials and Methods: Fifty male Wistar rats (36-40 weeks old) had ad libitum access to water and food and were separated into four groups: diurnal control, nocturnal control, diurnal GH-treated, and nocturnal GH-treated animals. Levels of Cu, Zn sup...
متن کاملمطالعه اثرات هیستولوژیکی و بیوشیمیایی هایپوترمی بر کبد موش صحرایی
Introduction: Hypothermia is used as an adjunct in surgery of different organs including heart, liver, brain and thyroid .It can be produced by different techniques such as superficial cooling ,cooling of blood and pharmacological cooling . Hypothermia has several effects on function of different organs and tissues including heart, lung ,liver, brain ,thyroid and vascular system .In this study,...
متن کاملThe relationship between rice tablet consumption and pathological signs leading to death: a study in Tehran
Purpose: to investigate the effects of phosphide on some human biological systems in order to find a way to control it and facilitate the prevention and treatment of its poisoning. Materials and Methods: In this study, 67 files of autopsy description, forensic pathology results and forensic toxicology were studied as nominal qualitative variables in terms of each type of histological change...
متن کاملMethylmercury Chloride Coaxed Oxidative Stress in Rats
The present experiment was designed to access the effects of Methylmercury chloride ( MeHgCl) on antioxidant status, protein concentration, lipid peroxidation and hydroperoxidation in brain parts, spinal cord, lung, heart and pancreas of rats. Twenty male Wistar rats (3 months old) were divided in saline controls (C) and MeHgCl-treated group (MMC). Treated rats were intoxicated with MMC ...
متن کامل