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用高效液相色谱氨基酸自动分析仪与原子吸收分光光度计分别测定7种寄生蠕虫的氨基酸和化学元素的种类及含量,结果:寄生虫的氨基酸种类随其种属、雌雄和不同发育期而异,但同一虫体的不同组织器官则为一致。这些蠕虫含14～17种氨基酸,其中以天冬氨酸(10.13～15.77％)和谷氨酸(10.92～16.24％)含量最高。各发育期的虫种均含微量元素Zn、Cu、Fe与常量元素Ca、Mg等离子,其含量亦示寄生虫的种属和发育期不尽相同。前者以Zn(214～285μg/0.1g)或Fe(305～4300μg/0.1g)为主,后者以Ca或Mg为多。寄生虫体这些化学物质的生物学活性与催化化学反应方面是一个待探讨的新课题。
The amino acid and chemical element types and contents of seven kinds of parasitic worms were determined by high performance liquid chromatographic amino acid analyzer and atomic absorption spectrophotometer respectively. The results showed that the types of amino acids of parasites were different according to their species, male and female, and different developmental stages , But the same body of different tissues and organs are the same. These worms contain 14 to 17 kinds of amino acids, of which aspartic acid (10.13 ~ 15.77%) and glutamic acid (10.92 ~ 16.24%) content highest. Insect species in each development stage contain trace elements Zn, Cu, Fe and Ca, Mg and other elements of the plasma, its content also shows the parasite species and development period are not the same. The former Zn (214 ~ 285μg / 0.1g) or Fe (305 ~ 4300μg / 0.1g) dominated, the latter with Ca or Mg more. Parasitic body The chemical activity of these chemicals and catalytic chemical reactions is a new topic to be explored.