Pugh R E
Parasitol Res. 1987;73(2):171-7. doi: 10.1007/BF00536475.
Temperature was found to be a major factor affecting the development of Dipylidium caninum and the presence of a host reaction of adult Ctenocephalides felis felis to D. caninum. Adult fleas reared at 30-32 degrees C contained fully developed metacestodes when they emerged from their cocoons. However at lower temperatures, D. caninum could not complete development until the flea hosts had spent some time on their mammalian hosts. It was the surface temperature of the mammals (31-36 degrees C) and not the fleas' blood meals which resulted in the metacestodes completing their development. This development of D. caninum was therefore independent of the flea development. At 20 degrees C, a larger and more prolonged host reaction was mounted than at higher temperatures. The larval flea diet had a small effect on the subsequent cestode development and the adult fleas' reaction to it.
温度被发现是影响犬复孔绦虫发育以及猫栉首蚤指名亚种成虫对犬复孔绦虫宿主反应的一个主要因素。在30 - 32摄氏度饲养的成年跳蚤从茧中羽化出来时含有发育完全的中绦期幼虫。然而,在较低温度下,直到跳蚤宿主在其哺乳动物宿主身上停留一段时间后,犬复孔绦虫才能完成发育。是哺乳动物的体表温度(31 - 36摄氏度)而非跳蚤的血餐导致中绦期幼虫完成发育。因此,犬复孔绦虫的这种发育独立于跳蚤的发育。在20摄氏度时,与较高温度相比,会引发更大且更持久的宿主反应。幼虫跳蚤的食物对随后绦虫的发育以及成年跳蚤对其的反应有较小影响。