Kumar S
Angew Parasitol. 1987 May;28(2):85-90.
Microfilariae (mf), males and females of Setaria cervi were able to synthesize several important classes of lipids and thus exhibited a functional lipid metabolism. The incorporation of the C14 label from acetate into lipids was relatively greater than that from glucose in adults, whereas label from glucose was incorporated to a greater extent in mf. Though only a small portion of these precursors, was utilized for the non-polar (NP) lipid synthesis, they were the preferred substrate for the polar lipid (P) synthesis; the P/NP ratios being 5.2 (mf), 1.63 (male) and 5.16 (female) for acetate and 1.23 (mf), 1.06 (male) and 2.25 (female) for glucose.
鹿丝状线虫的微丝蚴、雄虫和雌虫能够合成几类重要的脂质,因此表现出功能性脂质代谢。在成虫中,乙酸盐中C14标记掺入脂质的比例相对高于葡萄糖,而在微丝蚴中,葡萄糖的标记掺入程度更高。虽然这些前体中只有一小部分用于非极性(NP)脂质合成,但它们是极性脂质(P)合成的首选底物;乙酸盐的P/NP比值分别为5.2(微丝蚴)、1.63(雄虫)和5.16(雌虫),葡萄糖的P/NP比值分别为1.23(微丝蚴)、1.06(雄虫)和2.25(雌虫)。