Yes. It is lower by 7.6 points for the upper extremities. Reasoning: bp is measured in mm of Mercury. The specific weight of mercury is 76 kg/ltr With a gravitational constant of ~10 m/sec^2 this leads to 7.6 mm of mercury column rise for a 1 meter column of water. Assuming that the specific mass of blood is close to that of water, and The difference in height between upper and lower extremities is roughly 1meter. (3feet) we get about 7.6 points more in the legs. Leo Grassens
The Trendelenburg position is used for patients in shock to increase blood flow, by gravity, from the major vessels in the lower extremities to the brain to help increase the blood pressure enough to keep the patient stable until advanced medical care is available.
You should not take any sort of vitamins, especially ones claiming to lower blood pressure without talking to your doctor. It sounds like there may be an underlying problem to your high blood pressure.
The "larger" bones in the body are located in the extremities, such as the femur, tibia and fibula in the lower extremities, and the humerus, radius and ulna in the upper extremities.
Higher elevation is going to also have higher atmospheric pressure. My recollection is that the higher pressure of the atmosphere on the surface of the lake will cause a higher level of absorption in the lake itself.
In most cases, body position has very little effect on blood pressure. In many cases, the blood pressure will rise a little as a result of the heart rate going up when sitting or standing compared to lying down. Some people have an imbalance in their Autonomic Nervous System, which controls constriction and dilation of blood vessels and may find that their blood pressure is lower when standing as opposed to when lying down or sitting.
no higher the blood pressure
higher
Abruptly stopping aerobic activity can cause blood pooling in your lower extremities or making you feel lightheaded.
No. Use the other arm or lower extremities if it's appropriate.
Yes. The hotter the water,the higher your blood pressure and vice verser xx
Blood coming from the lungs has lower pressure while that from the heart has higher pressure. Blood coming from the lungs also has higher oxygen content and lower carbon dioxide content compared to that coming from the heart.
Naturally, your blood pressure is higher when it is working harder as in running, body work, etc. High blood pressure can also be caused by stress, anger problems, etc. So the result is that your blood pressure is higher when working than at rest.
Yes. Blood always flows from a higher pressure to a lower pressure, so as the blood moves from the arteries through the capillaries and into the veins pressure drops considerably.
During rest,the blood pressure drops to a minimal level. When one stands up from a supine or sitting position,the effect of gravity tends to work on the circulation such that the blood in the upper extremities rapidly flows to the lower extremities thus there is an increased pressure in the lower extremities while the upper extremities has low blood pressure thus this account for the low volume of venous return which direcly affect the cardiac output. Decreased cardiac output is dangerious to the vital organs in the body such as heart and brain.syncope may ensue due to low blood flow to the brain.among other features include loss of consciousness,dizziness,myocardialischaemia expressed as angina etc
There are compartments in both the upper and lower extremities.
Higher to lower.
The the abdominal, iliac, and femoral arteries.