Synapse Adrenergic

**Adrenergic synapse** is a special type of neuron connection that ensures the transmission of electrical impulses in the nervous system. It got its name because it is involved in the transmission of signals that cause increased cardiac activity and vascular tone. In the article I will tell you in more detail about what an adrenergic synapse is, how it works, what functions it performs and why its role is so important for the normal functioning of the body. A synapse is the point of contact between neurons. Adrenergic synapses are found in many parts of our body, such as the heart, blood vessels, intestines, lungs, etc. They are involved in the regulation of many body functions, including heart rate, blood pressure, vascular tone and many others.

**How ​​do adrenergic nerve fibers work?** As the nerve impulse travels along the fiber, it is transformed into electrical signals of various types. The most common are postsynaptic potentials with one-way conduction of the action current type. Moreover, they have a stimulating effect, with the exception of synapses of predominantly parasympathetic ganglia of the intramural nodes of the heart, where the aftereffects are long-lasting and can cause inhibition of myocardial contractions. A single postsynaptic neuroreflex fiber increases

An adrenergic synapse is a structural element of the neuroglial complex located in the space between two neurons, or between a neuron and other tissue. It is involved in the neuro-synaptic transmission of information through the neurotransmitters adrenaline and norepinephrine. Only the bipolar nerve functions, in which there are always two cells: 1-cell (presynaptic) and 2-cell