Oh no he’s back and making more threads no one needs.
WHO ARE YOU quoting
This is a pretty poor post even for you.
Wow, this really fires up my electric pulse that travels down the axon until it reaches the synapses, where it then causes the release of neurotransmitters. The synapses are extremely close to the dendrites of the target neuron. This allows the neurotransmitters to diffuse across the intervening space and fit into the receptors that are located on the target neuron. This causes some action to take place in that neuron that will either decrease or increase the membrane potential of the neuron. If it increases the membrane potential (makes it more positive, or depolarizes it.) then it is exciting the neuron, and if it decreases the membrane potential (makes it more negative, or hyper-polarizes it.) then it is inhibiting the neuron. If it causes the membrane potential to pass the firing threshold then it will activate an action potential in the target neuron and send it down its axon.