Yes, sympathetic stimulation can increase blood glucose levels. During stress or in response to the "fight or flight" response, the sympathetic nervous system activates the adrenal medulla to release catecholamines like epinephrine. These hormones promote glycogenolysis and gluconeogenesis in the liver, leading to an increase in blood glucose levels to provide energy for the body.
sympathetic stimulation is increased.
Increased blood glucose, decreased GI peristalsis, and increased heart rate and blood pressure.
Blood pressure would increase due to sympathetic nervous system stimulation.
Sympathetic stimulation (I'm guessing you mean your bodie's reaction in fight or flight) makes the blood vessles tighten, or constrict, hightening blood pressure. This is bad for you over long periods of time.
When sympathetic stimulation to the heart increases, it typically leads to an increase in heart rate and contractility, resulting in elevated blood pressure. In contrast, parasympathetic stimulation, primarily through the vagus nerve, decreases heart rate and can lead to lower blood pressure. Therefore, sympathetic activation raises blood pressure, while parasympathetic activation generally reduces it.
No sypathetic nervous system does not raise blood sugar. It decreaces blood sugar concentration by providing that sugar(glucose) as an energy source to muscles which are under fight or flight response.
with stimulation of the sympathetic nervous system there will be a. constriction of the pupils b. dilation of the coronary arteries c. constriction of selected blood vessels d. profuse sweating
Sympathetic stimulation results in renin secretion by the kidneys and causes a relaxation of the bladder. Accompanied by a constriction of the bladder sphincter, sympathetic stimulation tends to decrease urination and promote fluid retention.
Heart rate increases with sympathetic nervous system. There is increase in stroke volume and cardiac output. With stimulation of vagus nerve or parasympathetic nervous system, You have decrease in heart rate. There is decrease the stroke volume and cardiac output.
Yes, coronary vessels have both parasympathetic and sympathetic innervation. Parasympathetic input leads to vasodilation of coronary vessels, while sympathetic input can cause vasoconstriction in response to stress or exercise. The balance between these two systems helps regulate blood flow to the heart.
When sympathetic stimulation is increased.
with stimulation of the sympathetic nervous system there will be a. constriction of the pupils b. dilation of the coronary arteries c. constriction of selected blood vessels d. profuse sweating