Hypertention - High Blood Pressure Monitoring
Blood pressure is also generally known as hypertension.
It is basically the force exerted on the walls of the blood vessels in our body due to the circulation of blood.
The blood pressure is the maximum nearer the heart.
When the blood circulates in the body and moves through arteries, capillaries, arterioles, and veins, the pressure of the blood circulation decreases gradually.
However, in medical terms, is normally taken as the pressure in the larger arteries, the blood vessels that take the blood away from the heart.
This is known as arterial pressure which was generally measured by a device called sphygmomanometer.
This device uses the height of a mercury column that reflects the pressure of circulation.
As such, even today, the values are indicated in millimeters of mercury only (mmHg), in spite of the introduction of aneroid and electronic measurement devices which do not use mercury.
Pressure monitors are effective measuring devices.
The blood pressure is commonly reported as two parts, systolic and diastolic.
The systolic is the peak pressure generated in the arteries, occurring near the beginning of what is known as the cardiac cycle.
The diastolic is the lowest pressure during the resting phase of the cardiac cycle.
The mean arterial pressure is taken as the average occurring throughout the entire cardiac cycle.
The term, pulse pressure is used to denote the difference between the maximum and the minimum.
Automatic blood pressure monitors measure the systolic and diastolic pressures accurately.
Normally, a healthy, adult, resting human being should have a systolic pressure of 120 mmHg and a diastolic pressure of 80 mmHg.
However, these pressures vary considerably during the day and even from one heartbeat to the next.
They also undergo enormous change due to stress, disease, drugs, nutritional reasons, etc.
If the arterial pressure is abnormally high, it is termed as hypertension, while the word hypotension is coined if it is unusually low.
It can be measured by non-invasive devices that measure the arterial pressure externally, while invasive devices that penetrate the skin to measure the pressure inside the blood vessels are used in hospitals.
Automatic blood pressure monitors are non-invasive devices with high precision measuring results.
Automatic monitors are state-of-the-art digital devices that display systolic, diastolic and pulse rate simultaneously.
They are provided with fully automatic inflation and deflation and memory for several sets of readings.
Further they come with durable fan-shaped cuffs and are easily portable.
The best point about automatic blood pressure monitors is that they are quite affordable despite the latest sophisticated technology.
It is basically the force exerted on the walls of the blood vessels in our body due to the circulation of blood.
The blood pressure is the maximum nearer the heart.
When the blood circulates in the body and moves through arteries, capillaries, arterioles, and veins, the pressure of the blood circulation decreases gradually.
However, in medical terms, is normally taken as the pressure in the larger arteries, the blood vessels that take the blood away from the heart.
This is known as arterial pressure which was generally measured by a device called sphygmomanometer.
This device uses the height of a mercury column that reflects the pressure of circulation.
As such, even today, the values are indicated in millimeters of mercury only (mmHg), in spite of the introduction of aneroid and electronic measurement devices which do not use mercury.
Pressure monitors are effective measuring devices.
The blood pressure is commonly reported as two parts, systolic and diastolic.
The systolic is the peak pressure generated in the arteries, occurring near the beginning of what is known as the cardiac cycle.
The diastolic is the lowest pressure during the resting phase of the cardiac cycle.
The mean arterial pressure is taken as the average occurring throughout the entire cardiac cycle.
The term, pulse pressure is used to denote the difference between the maximum and the minimum.
Automatic blood pressure monitors measure the systolic and diastolic pressures accurately.
Normally, a healthy, adult, resting human being should have a systolic pressure of 120 mmHg and a diastolic pressure of 80 mmHg.
However, these pressures vary considerably during the day and even from one heartbeat to the next.
They also undergo enormous change due to stress, disease, drugs, nutritional reasons, etc.
If the arterial pressure is abnormally high, it is termed as hypertension, while the word hypotension is coined if it is unusually low.
It can be measured by non-invasive devices that measure the arterial pressure externally, while invasive devices that penetrate the skin to measure the pressure inside the blood vessels are used in hospitals.
Automatic blood pressure monitors are non-invasive devices with high precision measuring results.
Automatic monitors are state-of-the-art digital devices that display systolic, diastolic and pulse rate simultaneously.
They are provided with fully automatic inflation and deflation and memory for several sets of readings.
Further they come with durable fan-shaped cuffs and are easily portable.
The best point about automatic blood pressure monitors is that they are quite affordable despite the latest sophisticated technology.