Tielens A G
Laboratory of Veterinary Biochemistry, Utrecht University, PO Box 80176, TD Utrecht, The Netherlands.
Parasitol Today. 1994 Sep;10(9):346-52. doi: 10.1016/0169-4758(94)90245-3.
Although parasitic helminths are a very heterogeneous group of organisms, they share many interesting properties in their energy metabolism. In certain stages of their life cycle, they all have a large capacity for anaerobic functioning. In other stages, an aerobic energy metabolism prevails. Parasites have to adapt to different environments in which the availability of oxygen and food varies widely. These variations in their external conditions strongly influence their energy metabolism. Here, Louis Tielens presents an introduction to the current ideas on the bioenergetics of parasitic helminths, focusing on the differences in energy metabolism between various stages (free-living and parasitic), and paying special attention to the mechanisms involved in the transitions between the different methods of energy generation.
尽管寄生蠕虫是一类非常多样化的生物体,但它们在能量代谢方面具有许多有趣的特性。在其生命周期的某些阶段,它们都具有很强的无氧功能能力。在其他阶段,则以有氧能量代谢为主。寄生虫必须适应不同的环境,在这些环境中氧气和食物的可利用性差异很大。它们外部条件的这些变化强烈影响其能量代谢。在此,路易斯·蒂伦斯介绍了当前关于寄生蠕虫生物能量学的观点,重点关注各个阶段(自由生活和寄生阶段)之间能量代谢的差异,并特别关注不同能量产生方式之间转换所涉及的机制。