Question

What is the order of Synaptic Transmission?

Answer 1

The synapse is the physical connection between two neurons. It is the location from where the signal is moved. A synapse is divided into three parts: the presynaptic neuron, the synaptic split, and the postsynaptic neuron.

Complete answer:
Neurotransmitter synthesis: Neurotransmitters are combined in the neuron and packaged into vesicles.
The packaging Calcium releases synapses in response to an activity potential, preparing them for delivery into the synaptic split via exocytosis.
Binding occurs when a synapse crosses the synaptic gap and binds to a receptor on a postsynaptic neuron, causing the neuron to move.
The synapse is separated from the receptors and is either diffused away, converted into idle synthetic compounds, reclaimed into the presynaptic neuron, or taken up by neuroglial cells.
Electrical information travels through the body through neurons. Neurons, on the other hand, are not infinitely long (though some can be over 1 m long), and they "neurotransmitter" on one another.
The problem is that there is a "hole or cleft" between the primary neuron and the subsequent one at the point of synaptic intersection. The synaptic cleft (which is between 10 nm and 20 nm in size) is the name given to this hole.
The electrical sign is unable to "hop" over the gap. If all other factors remain constant, the electrical sign is "interpreted" into a synthetic message (the synapse) by the presynaptic neuron (at the presynaptic terminal) at the point of synaptic intersection between two neurons – Steps 1 and 2.
This chemical diffuses ("swims") across the synaptic gap until it reaches the other neuron – steps 2 and 3.
Steps 3 and 4 involve the other neuron interpreting the chemical signal once more into an electrical one.
Step 5: The chemical message has been degraded.
This "new" electrical message could now travel down the neuron until it reached another synaptic intersection.

Note:
Receptors can bind to either ionotropic or metabotropic receptors on the postsynaptic neuron. Ionotropic receptors are made up of two main components: a limiting site for the synapse and a channel. When the transmitter connects to the site, the receptor changes and directly influences the progression of particles, causing rapid changes in the voltage across the layer. Metabotropic receptors have a limiting site but lack a particle channel. As a result, restricting these types of receptors causes circuitous changes in neighbouring particle channels or activates other cell measures.