脊椎动物各类群均具有中枢化学感受器；
All the classes of the vertebrates possess central chemical receptors;
其作用主要依靠中枢和外周化学感受器、外周牵张感受器。
Its function main dependence main center and the circumference chemical receptor, the circumference pulls opens the receptor.
这说明，TASK-1可能作为一种化学感受分子参与呼吸中枢的调控过程。
The results provided TASK-1 can participate in the regulation of respiratory center as a chemosensory molecule.
最后一个重要的抑制因子-潜水反射-与喉有关。喉全部覆盖有化学感受器，或味蕾。
The last important inhibitory factor-the dive reflex-is associated with the larynx. The larynx is covered all over with chemoreceptors, or taste buds.
最后一个重要的抑制因子-潜水反射-与喉有关。喉全部覆盖有化学感受器，或味蕾。 。
Thee last important inhibitory factor—the dive reflex—is associated with the larynx. The larynx is covered all over with chemoreceptors, or taste buds.
利用这些化学感受器，昆虫可感知来自植物的各种化学信息，并由此而做出相应的行为反应。
By the chemosensory organ, insect can perceive chemical cues which coming from the plant and subsequently make a series of corresponding behavioral responses.
血氧水平下降，颈动脉化学感受器就会感受到刺激，向大脑汇报低氧信息，之后交感神经活性就会大大增高。
As soon as the blood oxygen level drops the carotid chemoreceptors get stimulated, which then reports to the brain and is followed by a massive increase in sympathetic nerve activity.
非呼吸相关神经元（LVPO）与呼吸相关神经元（面神经后核，NRF）同样可能参与中枢化学感受而调节呼吸活动。
It also demonstrated that both non-respiration related neuron(LVPO)and respiration related neuron(nucleus retrofacialis, NRF)might play roles in central chemoreception in respiratory regulation.
根据调控在这个网络中发生作用的位置，DNA损伤-应答的调控可能产生不同的结果，这包括化学感受性和化学保护两方面。
Modulation of the DNA-damage response, depending on where in the network this modulation occurs, could have different consequences including chemosensitization and chemoprotection.
根据调控在这个网络中发生作用的位置，DNA损伤-应答的调控可能产生不同的结果，这包括化学感受性和化学保护两方面。
Modulation of the DNA-damage response, depending on where in the network this modulation occurs, could have different consequences including chemosensitization and chemoprotection.
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