科技与创新
科技與創新
과기여창신
Science and Technology & Innovation
2014年
7期
123-123,126
,共2页
刘向东%孙耀贵%王道洋%郑华斌%韩永利%王茜
劉嚮東%孫耀貴%王道洋%鄭華斌%韓永利%王茜
류향동%손요귀%왕도양%정화빈%한영리%왕천
常青白参颗粒%兔球虫病%化学药物%药效
常青白參顆粒%兔毬蟲病%化學藥物%藥效
상청백삼과립%토구충병%화학약물%약효
ChangQingBaiShenKeLi%rabbit Coccidiosis%chemical drugs%efficacy
该试验旨在研究常青白参颗粒对兔球虫病的防治效果。选用（35±2）日龄仔兔80只，随机分为4个处理组，每组20只，分别为空白对照组、模型对照组、阳性药物组和中药防治组。采用人工接种球虫孢子化卵囊的方法建立实验动物模型。
該試驗旨在研究常青白參顆粒對兔毬蟲病的防治效果。選用（35±2）日齡仔兔80隻，隨機分為4箇處理組，每組20隻，分彆為空白對照組、模型對照組、暘性藥物組和中藥防治組。採用人工接種毬蟲孢子化卵囊的方法建立實驗動物模型。
해시험지재연구상청백삼과립대토구충병적방치효과。선용（35±2）일령자토80지，수궤분위4개처리조，매조20지，분별위공백대조조、모형대조조、양성약물조화중약방치조。채용인공접충구충포자화란낭적방법건립실험동물모형。
This test is designed to study the prevention and cure effect of ChangQingBaiShenKeLi on Rabbit Coccidiosis. We collected 80 rabbits aging(35±2)days and divided them into 4 groups randomly which respectively are the Blank Control Group, the Model Control Group, the Positive Control Group and the Chinese Medicine Control Group. Experimental animal model were built by vaccinating Eimeria oocysts spore artificially.
