how to turn down the voice the ozeri cuff
The pressure in the cuff drops further, the sounds change in quality, then become muted, then disappear altogether. As the pressure in the cuff drops below the diastolic blood pressure, the cuff no longer provides any restriction to blood flow allowing the blood flow to become smooth again with no turbulence and thus produce no further audible sound.
let the door be shut
dude! just shut up yes its stress full this job of his that he does.
The auscultatory method of blood pressure measurement employs a stethoscope (for listening) and a sphygmomanometer (measures pressure). The sphygmomanometer is a mercury or aneroid manometer attached to an inflatable cuff. The cuff is fitted to the upper arm, at the same height as the heart, then inflated until the brachial artery is pressed shut. The examiner listens to the sounds of the artery at the elbow with the stethoscope, first for quiet (no flow), then, as the pressure in the cuff is slowly released, for the "whooshing" of pent-up blood starting to flow again. The pressure at which this sound is heard is systolic BP (peak pressure). Cuff pressure is continuously lowered until the artery again makes no sound, which marks diastolic BP.
Yeah If I Had A Husband :]
If the building is not air tight the presure should be just about the same inside or outside. If all the doors and windows are shut and you turned on the heat, the presure may be slightly higher inside.
Shut up, Be Quiet, Shut Your Mouth, No Sound, Lower Your Voice
That's easy just shut up
There are a few ways you can use a stethoscope (and cuff) to get vital signs, many of which are simple to obtain but provide a wealth of information. The stethoscope is used to perform auscultation, i.e. listening. 1.) Auscultating the heart-to listen for heart murmurs and extra heart sounds. 2.) Auscultating the lungs-to hear air movement through the lungs 3.)Auscultating blood vessels-to hear for any turbulent flow caused by blockage e.g.atherosclerosis. 4.)Taking a blood pressure. This is performed by placing the cuff around the arm and inflating it until the radial (wrist) pulse cannot be felt anymore. The value on the manometer is noted, this is a rough estimate of the top (systolic blood pressure). The stethoscope diaphragm (flat part) is placed on the brachial artery just over the elbow joint and inflated until 20mmHg over the original recording. The cuff is slowly deflated until the first sounds are heard, they will resemble a pulse (a booming noise). NB This is not a pulse, but known as the Korotkoff sounds. The cuff is continuily deflated until the sounds cannot be heard anymore, this is the low (diastolic pressure). The sounds represent turbulent blood flow through the brachial artery. When the cuff is inflated, the artery is forced shut. When you start to deflate it, blood starts to re enter the artery but is bounced around the very narrow artery, causing the sounds you hear. When the sounds disappear, that is when the artery has resumed its normal diameter and the blood flow is now laminar (smooth) again.
The Chamber that creates the highest pressure is the Left Ventricle. It must do this to get the blood all the way around the body, including right up to the top of the heat, but more importantly it must overcome the huge pressure in the Aorta. This is because of the Aortic Valve which sits stops the blood being pushy back formthe aorta into the ventrivle. The high blood pressure in the aorta holds this valve shut tight. A pressure greater than the one holding any vavle shut is required to open it, ie the ventricular presure must be greater than the aortic pressure is required to force the aortic valve open.
shut up freak..
IT has shut down, sorry.