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- schistosoma miracidium 血吸虫毛蚴
- Schistosoma including the life history of adult, egg, miracidium, sporocyst, cercariae and insects, such as children 6 stage. 血吸虫的生活史包括成虫、卵、毛蚴、胞蚴、尾蚴及童虫等6个阶段。
- He says the Schistosoma parasite needs oxygen to survive. 他说,血吸虫属的寄生虫需要依赖氧气存活。
- In stagnant shallow water at 26℃, hatching occurs in 14 to 18 day to form the miracidium. 在26℃的积滞的浅水中,14-18天孵化出毛蚴。
- A QUICK METHOD OF MIRACIDIUM HATCHING OF SCHISTOSOMA JAPONICUM 一种快速血吸虫毛蚴孵化法
- Objective To observe the dynamic changes of CAgs and IgG Ab of sera from rab-bits infected with Schistosoma japonicum before and after treatment. 目的观察感染家兔在治疗前后血清中循环抗原和循环抗体的动态变化情况。
- Miracidium in the free swimming in the water and onto the initiative of the snails in the water in the body, develop into the mother sporocyst, cloning, have a daughter sporocyst. 毛蚴能在水中自由游动,并主动钻入水中的钉螺体内,发育成母胞蚴,进行无性繁殖,产生子胞蚴。
- Schistosome infected people or other mammals from the discharge of faecal egg, if manure contaminated the water, eggs were brought into the water, hatched miracidium in the water. 感染血吸虫的人或其它哺乳动物从粪便中排出虫卵,若粪便污染了水,虫卵被带进水中,在水里孵出毛蚴。
- Therefore,Dot?ELISA to detect CAgs is not suitable for judgement of infectiosity of ?Schistosoma japonicum?. ? 因此Dot-ELISA法检测循环抗原不适宜于作为日本血吸虫感染度的判断方法
- The rSj-FABPc, can be recognized by the rabbit serum with schistosoma japonicum immunity using western blotting. Western blot显示,表达蛋白能被日本血吸虫免疫兔血清识别。
- Objective :To improve technological process of fabrication to schistosoma japonicum cercaria specimen. 目的:探索日本血吸虫尾蚴标本制作流程的改进。
- To study the effects of Eomecon Chinanthe Alkaloids (ECA) on molluscicidal and against Schistosoma japonicum cercaria. 目的研究血水草生物碱(ECA)杀灭钉螺及日本血吸虫尾蚴的作用。
- Oxygen use produces oxygen-free radicals that can destroy schistosoma an organism. 氧气使用生产不含氧可以摧毁生物的基础。
- Here is the review about the chief advancement of immunodiagnosis on Schistosoma japonicum antigen(antibody). 文中就血吸虫分子诊断抗原(抗体)主要研究进展作了综述。
- To study the common epitope between Lumbricus terrestris( Lt) and Schistosoma japonicum( Sj) by phage displayed technology. 目的采用噬菌体呈现技术,获得蚯蚓与血吸虫的共同表位。
- MethodsAn endemic village beside Puyang Lake with 404 residents aged 15-70 years was selected, and the residents were tested with DDIA kit, ELISA, COPT and stool examination (miracidium hatching). 方法选择江西鄱阳湖沿岸湖沼地区的一个血吸虫病流行村15~70岁的自然人群404人,采用尼龙绢集卵孵化法、胶体染料试纸条法(DDIA)、酶联免疫吸附试验(elisa)、环卵沉淀试验(COPT)等方法同时进行检测。
- Background Schistosoma japonicum causes an infection involving humans, livestock, and snails and is a significant cause of morbidity in China. 背景:日本血吸虫可以引发包括人、畜、田螺在内的感染,在中国是地方病的一个重要因素。
- Objective To develop BSAS-ELISA for improvement of sensitivity to detecting serum circulating antigen of Schistosoma japonicum. 目的建立BSAS-ELISA技术以提高检测日本血吸虫循环抗原的敏感性。
- Objective To investigate the immune response of nucleic acid vaccination in rabbits against Schistosoma Japonicum with pcDNA3.1(+)/MLP(SJP). 目的 初步检测日本血吸虫pcDNA3.;1 ( + ) /MLP(SJP)核酸疫苗是否诱导家兔免疫应答的产生。
- Objective To study the isoenzyme zymogram of monophenol oxidase (MPO) and diphenol oxidase(DPO) of Schistosoma japonicum adult worm. 目的观察日本血吸虫成虫单酚氧化酶(monophenoloxidase,MPO)和二酚氧化酶(diphenoloxidase,DPO)的同工酶酶谱形式。