Question

Imagine if you were walking along the beach and cut the bottom of your foot open from a sharp piece of beach debris.

1. Examine the action of a neurotransmitter compared to that of a hormone on the physiology of the heart and blood vessels as a result sustaining this injury.

Answer 1

Neurotransmitters are those endogenous chemicals that act on the signaling molecules which are unable to perform neurotransmission. These are the type of chemical messengers that transmit signals across the chemical synapse from one neuron to another neuron. Some of the major neurotransmitters involved acetylcholine which is found throughout the nervous system. They are responsible to regulate different aspects of behavior along with epinephrine. Chemical messengers in the body and their job is to transfer the signals from nerve cells to target cells.
The action of the neurotransmitter as the result of the injury involves the sustained elevations of intracellular cells. During injury the neurotransmitter act as signaling molecules that transmit the signals across the chemical synapse from one neuron to the target neuron. They also affect the level of serotonin, dopamine, and norepinephrine. During the traumatic brain during the traumatic injury different forms of therapeutic interventions are taken. These are especially observed for a different number of patients to identify the type of injury with chronic symptoms. Based on the physiology of blood and heart vessels, different hormones are secreted by myocardium and different glands of the body. These are together responsible to perform the physiological functions. The hormone on the physiology of heart and blood vessel involves a different kind of hormones which are together responsible to increase the rate of heart and speed of blood pressure. Activation of the cardiovascular hormonal system enhances the tissue oxygenation and increased pressure. There are several mechanisms that involve circulating catecholamines , angiotensin, and vasopressin.