And all of those genes are related to glycine receptors.

所有这些基因都与甘氨酸受体有关。

And because there are glycine receptors that help signal to opposing muscle groups, it can help you control automatic reflexes from surprises or startles.

因为有甘氨酸受体帮助向相反的肌肉群发出信号，它可以帮助你控制意外或惊吓的自动反射。

This helped connect their symptoms to a neurotransmitter called glycine because we have a higher concentration of glycine receptors in the brainstem and spinal cord.

这有助于将他们的症状与一种叫做甘氨酸的神经递质联系起来，因为脑干和脊髓中甘氨酸受体的浓度更高。

If your glycine receptors aren't working right, the drug helps compensate by ramping up GABA instead, another inhibitory neurotransmitter helps make up the difference.

如果你的甘氨酸受体不能正常工作，这种药物会通过增加 GABA 来弥补，而另一种抑制性神经递质会弥补这一差异。

Then, as more complexity developed in organisms and creatures needed a basic way to signal motion in muscle groups, they already had glycine receptors ready to go.

然后，随着生物体越来越复杂，生物需要一种基本的方式来发出肌肉群运动的信号，它们已经准备好了甘氨酸受体。