这两种蛋白质存在于所有神经细胞之中，并能控制在神经间传递信息的化学物质神经传递素的释放。
These proteins are found in every nerve cell and control the release of the chemicals which neurons use to talk to each other, called neurotransmitters.
另外，在传出信息的神经末端会释放少量的神经传递素，从而增加突触后神经细胞中的神经胶质素。
In addition, the nerve endings from where information is sent must release slight amounts of neurotransmitters to stimulate the neuroligin in the postsynaptic nerve cell.
然而，他们可以通过释放被称之为苯乙腈的信息素，将这种情况发生的机率降低到最低水平。
However, they can minimise the chances of this happening by releasing large amounts of a pheromone called phenylacetonitrile.
如果没有形成神经胶质素- 1，就会使得神经末端依旧处于发育不完全节段，从而释放不足的神经传递素；信息的流动也会被中断。
If no neuroligin-1 is formed, the nerve endings remain at an immature stage and release fewer neurotransmitters; the flow of information is interrupted.
行军蚁为集群式的微型空中飞行器网络的研发提供了思路，因为它们在从巢穴到食物来源地间的道路上释放并留存信息素。
Army ants were used as inspiration for SMAVNET, since they lay and maintain pheromone paths leading from their nests to food sources.
寄主标记信息素也会给释放着带来不利的影响，如信息盗用和盗寄生现象等。
Host marking pheromones sometimes may bring adverse effects on the releaser, such as eavesdropping and cleptoparasitism.
本文综述了来自寄主植物的挥发性物质和同种昆虫或异种昆虫释放的各种信息素及两者的协同作用的信息化合物对昆虫行为的影响。
The effects of infochemicals released from host plant or the pheromone, kairomone from same or different species of insects and their coordinations on insect behavior are reviewed.
本文综述了来自寄主植物的挥发性物质和同种昆虫或异种昆虫释放的各种信息素及两者的协同作用的信息化合物对昆虫行为的影响。
The effects of infochemicals released from host plant or the pheromone, kairomone from same or different species of insects and their coordinations on insect behavior are reviewed.
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