A neurotransmitter is a chemical messenger that carries signals from one cell to another. It converts electrical activity in the nervous system into real effects in muscles, organs, and glands, shaping movement, stress response, focus, and emotional tone.

In simple terms, the signal travels electrically, then continues chemically. The neurotransmitter binds to receptors in the next cell and directs what happens next, activation, inhibition, or regulation. Examples include acetylcholine, norepinephrine, and dopamine, each linked to different functions like movement, alertness, and motivation.
From an alchemical view, neurotransmitters are part of the transformation process inside the body. An inner state, a thought, a breath, or a sensation shifts neural activity, and this changes the chemical balance. The invisible becomes tangible. What begins as an internal impulse is translated into physical response, showing how the body continuously turns subtle signals into form.
Neurotransmitters work in both forms, dynamic or neurogenic shaking but the entry point is different. In dynamic shaking, you initiate movement. Motor neurons release acetylcholine at the muscle, which drives contraction. At the same time, norepinephrine increases alertness and activation, supporting sustained movement and rhythm. You are consciously amplifying neural signaling, which raises overall system activity.
In neurogenic shaking, the process is driven from within the nervous system. The same acetylcholine still triggers muscle contractions, but the pattern is no longer voluntary. Shifts in autonomic balance change neurotransmitter output. Activation can rise through norepinephrine, then move toward regulation as parasympathetic signaling increases. This creates cycles of contraction and release without conscious control.
In both cases, neurotransmitters coordinate the process. Acetylcholine enables muscle movement, norepinephrine supports activation, and the balance between sympathetic and parasympathetic signaling shapes whether the shaking is driven by intention or emerges spontaneously.

[…] nerves release neurotransmitters such as acetylcholine and epinephrine. These signals generate action potentials that initiate […]