Sero - epidemiological investigation on trichinosis in dehong prefecture 德宏州人群旋毛虫病血清流行病学调查
2.
Finaliy two kinds of piezoeiectric biosensors were constructed using different sensing membranes and were firstly applied in detecting m . tuberculosis and trichinosis , which have aroused much attention in recent years . some more detaii investigations were listed as foliowing ; 1 最后，利用所讨论的两种膜本文构制了两种类型的压电生物传感器，针对人们关注的结核病和旋毛虫病首次进行了临床诊断方面的应用。
3.
Because of the difficulties on diagnosis and treatment , it is very important for the prevention of trichinosis . trichinella spiralis ( t . s ) has a complex life history and a variety of antigen components , so , despite of a lot of studies , no prevention measures specific for t . s has been found until now 旋毛虫病的诊断和治疗都比较困难，因而预防显得尤为重要。由于旋毛虫生活史的复杂性和抗原的多样性，虽然近年来许多学者进行了多方面的研究，但迄今为止，尚未发现免疫预防旋毛虫病的有效措施。
4.
One was based on the sbs sensitive membrane and " gas phase " immunoassay technology . by immobilized anti - tb or anti - trichinosis on the sbs membrane , it can be used to determine m . tuberculosis and trfohiflosjs . the other one was based on the protein a sensitive membrane and " liquid phase " immunoassay technoiogy 一种是基于sbs膜固定抗体的压电气相兔疫技术，我们利用该技术首次对结核病和旋毛虫病分别进行了快速诊断：另一种是基于蛋白a定向修饰抗体的压电液相兔疫传感技术，我们利用该技术首次对结核病进行了诊断。
