Changes

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'''Glycine''' is responsible for spinal reflexes and some motor functions. When both '''glycine''' and '''GABA''' are released they result in the opening of chloride ion channels within the post synaptic membrane resulting in the membrane becoming hyperpolarised. The cytosolic side of the membrane becomes more negative. Therefore both neurotransmitters make it more difficult for the cell to reach it's depolarisation threshold to generate an action potential.

'''Glycine''' is present in the spinal cord and is crucial for limb movement, in particular the motor function associated with limb reflexes. When both '''glycine''' and '''GABA''' are released they result in the opening of chloride ion channels within the post synaptic membrane resulting in the membrane becoming hyperpolarised. The cytosolic side of the membrane becomes more negative. Therefore both neurotransmitters make it more difficult for the cell to reach it's depolarisation threshold to generate an action potential.

====Biogenic Amines====

====Biogenic Amines====