Arteries are generally deep within our bodies which makes them hard to feel. However the Branchial Artery is close to the surface of the skin and is easily felt by hand. Also behind the Branchial Artery there is a firm muscle that allows us to press the artery against it and get an accurate measurement.
Normally you use the brachial artery to measure blood pressure.
The Brachial artery.
bronchial artery
if your taking blood pressure in the anticubital area (crease of the elbow) then you would palpate the brachial artery.
Sphygmomanometer.
Blood vessels that take blood away from the heart are called arteries. The high pressure of the blood pushes strongly on the thick, elastic artery walls. They stretch and shrink as the blood moves through them. This movement of artery walls makes a pulse. When an artery passes close to the skin the pulse can be felt and therefore used to count how fast the heart is beating.
the artery in the axilla i.e:the axillary artery when crosses the teres major muscle enters the arm and becomes the brachial artery(brachum means arm). then in the cubital fossa (across the elbow joint) it divides into ulnar and radial artery which run in the fore arm.
Several arteries are used as pulse points including: The radial artery (Lat.: A. Radialis) on the underside of a persons wrist is often used, because of its easy accessibility. The femoral artery (Lat.: A. Femoralis) is also, although rarely, used. The jugular artery (Lat.: A. Carotis communis) is often used. Two other rather important pulse points are located in the feet: The dorsal artery (Lat.: A. dorsalis pedis aka. A. Tibialis Ant.) and the posterior tibial artery (A. Tibialis post.). The radial artery is without question the most often used pulse point. Regarding the systolic blood-pressure in critically ill patients the following rule of thumb is observed: No pulsation in the radial artery, but pulsation in both femoral and jugular => Systolic pressure of ~80 mmHg. No pulsation in either the radial nor femoral, but pulsation in jugular => Systolic pressure of ~70 mmHg. No pulsation in either of the three points => Systolic pressure of ~60 mmHg. This is rarely observed. The two points located on the foot of a patient are often used to assess vascular conditions in this area. This is often relevant after trauma of the leg and/or foot. It should be noted, that in healthy individuals, the dorsalis pedis, posterior tibial and femoral pulses are impalpable in ~8 %, ~3% and 0 % of the time respectively. When assessing the pulse, you check for: - quality - rate - rhythm - amplitude Note should also be given to the fact, that the brachial artery (Lat.: A. brachialis) is quite often used as the artery for blood-pressure measurement.
if your taking blood pressure in the anticubital area (crease of the elbow) then you would palpate the brachial artery.
measuring blood pressure
A sphygmomanometer is the gauge used for measuring blood pressure.
a instrument used for measuring blood pressure
The Omron Hem 650 is used for measuring one's blood pressure from the wrist as opposed to the normal method of measuring on the upper arm with standard blood pressure cuffs.
it is the device used for measuring the blood pressure in human body.
sphymomanometer is an instrument used for measuring thew bloodpressure. It is based on the the principle of pressure exerted by the column of blood on the unit area of the blood vessel . Both the systolic and diastolic pressure can be measured by this instrument.
Sphygmomanometer.
Blood pressure can be measured by means of an invasive and non-invasive method. The invasive method requires the insertion of an arterial catheter that measures blood pressure real time. The radial artery is most often used but other arteries can suffice.The non-invasive method would entail the use of a sphygmomanometer and stethoscope. We listen for "Korotkoff's Sound". The beginning of the sound marks the systolic pressure while the end of the sound marks the diastolic pressure. The brachial artery is most often used but in some instances the popliteal artery can also be used.
Doctors use math daily: - measuring height and weight (percentages, ratios) - measuring blood pressure and heart rate (fractions) - measuring dosages of medications - measuring levels of blood, urine, saliva, or other samples
Your blood pressure can be taken with a mercury blood pressure gauge, an aneroid manometer, or an electronic device for measuring the blood pressure, as long as the device has been recently calibrated and validated. With rare exceptions, blood pressure gauges found in supermarkets or pharmacies aren't properly maintained and shouldn't be used.
chronic stable angina, coronary artery disease, or high blood pressure.