首页> 外文期刊>The Indian Journal of Veterinary Research >Ameliorative effect of rhizome powder of Gandhpaalasi (Hedychium spicatum) inindoxacarb intoxicated WLH cockerels
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Ameliorative effect of rhizome powder of Gandhpaalasi (Hedychium spicatum) inindoxacarb intoxicated WLH cockerels

机译:甘草碱(Hedychium Spicatum)毒液粉的改良作用Inindoxacarb陶醉的WLH公鸡

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The toxic effects of indoxacarb on the visceral organs of cockerel and protective effect of Gandhpalasi (Hedychium spicatum) (HSRP) were evaluated. Cockerels were divided in seven groups comprising seven birds each group. Group I served as control andwere given normal grower ration, group II was fed with indoxacarb (250ppm), group III served as silymarin (250ppm) control and group IV was fed indoxacarb @250ppm+silymarin @250ppm, group V fed Hedychium spicatum rhizome powder-HSRP@4000ppm, group VI (HSRP@2000ppm+indoxacarb@250ppm) and group VII (HSRP@ 4000ppm+indoxacarb@250ppm). The dose of indoxacarb was selected on the basis of LD50 in cockerels (250mg/kg). The experimental birds were kept in deep litter system of housing and maintained on grower ration. Birds were sacrificed after completion of 16 weeks feeding trial and gross and histopathology was performed. Histopathological examination of different organs in group II treated with indoxacarb showed congestion of large blood vessels, fibrosis around central vein, budding of arterioles around blood vessel in the fibrosed area of the liver, swelling and hemorrhages in the glomeruli and interstitial hemorrhages in between tubules, edema in between the cardiac muscle bundles, gliosis, change in shape of neurons, satellitosis and neuronophagia and necrosis and depletion of majority of spermatids from majority of the seminiferous tubules were seen. Histopathological changes were not observed in control group aswell as in group III and V but very mild to moderate in group IV, VI and VII. It is concluded that the HSRP produced protective effect in indoxacarb induced histological changes in WLH cockerels.
机译:研究了吲哚卡威对公鸡内脏器官的毒性作用和甘地霉素(Hedychium spicatum,HSRP)的保护作用。公鸡被分为七组,每组七只。第一组为对照组,给予正常的种植者日粮,第二组为吲哚卡威(250ppm),第三组为水飞蓟素(250ppm)对照组,第四组为吲哚卡威@250ppm+水飞蓟素@250ppm,第五组为海棠根茎粉-HSRP@4000ppm,第六组(HSRP@2000ppm+indoxacarb@250ppm)和第七组(HSRP@4000ppm+indoxacarb@250ppm).吲哚卡威的剂量是根据公鸡的LD50(250mg/kg)选择的。实验鸟类被饲养在深窝饲养系统中,并按种植者口粮饲养。在完成16周的饲养试验后,处死鸟类,并进行大体和组织病理学检查。经吲哚卡威治疗的II组不同器官的组织病理学检查显示,大血管充血,中央静脉周围纤维化,肝纤维化区血管周围小动脉出芽,肾小球肿胀和出血,小管间质出血,心肌束间水肿,胶质增生,可见神经元形态改变、卫星变性和神经元吞噬、生精小管大部分精子细胞坏死和耗竭。对照组、III组和V组均未观察到组织病理学变化,但IV组、VI组和VII组的组织病理学变化非常轻微至中度。结论:HSRP对吲哚卡威诱导的WLH公鸡组织学变化具有保护作用。

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