Blood pressure would decrease
yes
When muscles are tensed, they can increase blood pressure. Fighter pilots take advantage of this by tensing their gut muscles to avoid blacking out at high-G conditions.
It'll Increase your blood pressure because the blood is being rushed to the area where your flexing, which causes your blood pressure to rise.
Blood pressure is generated by the heart. When the heart muscles contract, they create pressure to push blood around the circulatory system.
Blood pressure drops as dilation increases. This occurs because of decrease resistance.
Smooth muscles constrict veins when blood pressure suddenly drops. These types of muscles are the non striated, involuntary muscles found in blood vessels, veins, arteries, the uterus, the bladder, and reproductive tracts.
Hypertonic muscles usually have trigger points that refer pain to another related area of the body. The treatment would include static pressure on the trigger points, sometimes called ischemic pressure, until they disperse and allow blood flow to return to the affected tissues. The overall affect would be to relax the muscles.
Blood vessels. Constriction of blood vessels increases blood pressure by reducing the space for blood flow, while dilation of blood vessels decreases blood pressure by increasing the space for blood flow.
As we exercise, we use our muscles. Our muscles need oxygen to function. Therefore, the more we exercise, or the harder we exercise, the more oxygen we need. In order for our muscles to get that extra oxygen, we need to breathe more. The oxygen then enters our blood and our hearts beat stronger and faster in order for the oxygen to reach the muscles as quickly as possible, thus why our blood pressure increases.
Yes, blood pressure typically increases after exercise due to the increased demand on the heart and blood vessels to deliver oxygen and nutrients to the muscles.
Yes, blood pressure typically increases during exercise as the heart pumps more blood to deliver oxygen and nutrients to the muscles.