控制颅骨的呼吸

S. Perry, M. Lambertz, A. Schmitz
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引用次数: 0

摘要

颅鳃沿咽部依次排列,因此从嘴部开始,通过肌肉收缩的波从前到后通风。在脑干中,每一对鳃似乎都有自己的一组神经元,它们协调肌肉活动并刺激下一对鳃。从盲鳗到硬骨鱼,这个系统似乎一直保持着。另一方面,在四足动物中,脑干中的不同中心协调呼吸的不同阶段:呼气、吸气和吸气后。这些中枢在脑干中的位置在两栖动物和哺乳动物中是相似的。在水呼吸的物种中,调节呼吸频率的刺激是氧气,而在空气呼吸的物种中,调节呼吸频率的刺激是血液pH/ pco2——就像在无脊椎动物中一样。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Control of breathing in craniotes
Craniote gills are arranged sequentially along the pharynx and accordingly are ventilated from anterior to posterior by a wave of muscle contraction, beginning with the mouth. Each gill pair appears to have its own set of neurons in the brainstem that coordinate the muscle activity and stimulate the next gill pair in the sequence. This system appears to have been maintained from hagfish to teleosts. In tetrapods, on the other hand, various centres in the brainstem coordinate different phases of breathing: expiration, inspiration, and post-inspiration. The location of these centres in the brainstem is similar in amphibians and mammals. The stimulus for regulating ventilatory frequency in water-breathing species is oxygen, whereas for air-breathing species it is blood pH/PCO2—just as in invertebrates.
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