线样丝虫的成虫寄居于组织内,怀孕的雌虫产出微丝蚴,后者循环于血液或通过组织移行.微丝蚴被适宜昆虫(蚊或蝇)吸入后在其内变为感染性幼虫,这些昆虫再次叮咬时将感染性幼虫种入或置于皮肤,只有少数虫种可感染人类.此外,动物的丝虫偶尔也可感染人类宿主,但不能完全发育.
结论该技术是监测丝虫感染的理想方法。
Conclusion This was an ideal method to be used in filarial infection surveillance.
是诊断丝虫感染的有效方法，可取代微丝蚴血检用于现场的人群丝虫病监测。
It is an effective method for the diagnosis of filarial infections and might be used for the field surveillance of filariasis instead of the conventional microscope examination of blood.
结果显示，七个地区马来丝虫感染蚴的GPI、G6PD、LDH、PO、EST这五种酶的同工酶型没有差异。
No significant difference in isoenzyme patterns of GPI, G6PD, LDH, PO and EST were observed among the seven areas.
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