Adults are aware of the fact that their heart rate can be monitored, and sometimes this is necessary. Most also know how to measure their pulse in the conventional way by finding it in various parts of the body. Less commonly known is the meaning of oximetry, which is the way to determine how much oxygen the blood contains. Equipment has been designed to measure oxygen levels, such as the wrist pulse oximeter.
When there is a worry that someone's oxygen levels could fall too low, oximeters will need to be used. Medical facilities are equipped with such appliances, and usually have them fitted in various sections, such as the intensive care and casualty areas. The oximeters that have been designed in the form of a wristwatch are more useful for persons who are not in a hospital environment.
Wristwatch oximeters are not cumbersome in any way, and have all the features of a hospital's unit. They have a memory of possibly up to eighty hours, which means that every reading can be stored. However, when the memory is full, the information must first be deleted or transferred before the device will work again. These wristwatch devices have been approved for usage by the FDA.
The wristwatch oximeters are usually used on one's finger, but on the earlobe or on a toe are common places too. The device does not hurt in any way, as it is non-invasive, and works with red and infrared lights. They are ideally bought by people who wish to monitor their levels of oxygen during sleep, study or exercise, or because they have asthma.
The light that is shined onto the skin is mostly absorbed by tissue, but some is not, and it is this small amount of light that is used to show the level of oxygen in the blood, or the hemoglobin levels. An individual in good health will be expected to get a reading of between 95% and 98%. It will rarely be at 100%. However, for some people it could be normal that the percentage is anything down to 90% as well. Below this percentage, the patient may be having trouble breathing.
There are certain ways that someone's oxygen levels should be measured with oximeters to ensure that the device's readings are more accurate. Firstly, oximeters can only work when the pulse of the patient can be easily detected, and is strong. The reading will not be accurate with a weaker heart rate, and for patients with irregular heartbeats.
The patient who requires the test should also not be moving around, as motion could cause the device to give an unreliable response. The light is disturbed by movement. The device should not be used around other very bright lights, as this could effect its own light. One reading is often not sufficient to determine an accurate level of oxygen.
A good battery that can last for many hours is attached to the wrist pulse oximeter. It is not affected by nail decorations, and its warranty allows the customer peace of mind with their purchase. It is also easy to acquire the necessary software for the device.
When there is a worry that someone's oxygen levels could fall too low, oximeters will need to be used. Medical facilities are equipped with such appliances, and usually have them fitted in various sections, such as the intensive care and casualty areas. The oximeters that have been designed in the form of a wristwatch are more useful for persons who are not in a hospital environment.
Wristwatch oximeters are not cumbersome in any way, and have all the features of a hospital's unit. They have a memory of possibly up to eighty hours, which means that every reading can be stored. However, when the memory is full, the information must first be deleted or transferred before the device will work again. These wristwatch devices have been approved for usage by the FDA.
The wristwatch oximeters are usually used on one's finger, but on the earlobe or on a toe are common places too. The device does not hurt in any way, as it is non-invasive, and works with red and infrared lights. They are ideally bought by people who wish to monitor their levels of oxygen during sleep, study or exercise, or because they have asthma.
The light that is shined onto the skin is mostly absorbed by tissue, but some is not, and it is this small amount of light that is used to show the level of oxygen in the blood, or the hemoglobin levels. An individual in good health will be expected to get a reading of between 95% and 98%. It will rarely be at 100%. However, for some people it could be normal that the percentage is anything down to 90% as well. Below this percentage, the patient may be having trouble breathing.
There are certain ways that someone's oxygen levels should be measured with oximeters to ensure that the device's readings are more accurate. Firstly, oximeters can only work when the pulse of the patient can be easily detected, and is strong. The reading will not be accurate with a weaker heart rate, and for patients with irregular heartbeats.
The patient who requires the test should also not be moving around, as motion could cause the device to give an unreliable response. The light is disturbed by movement. The device should not be used around other very bright lights, as this could effect its own light. One reading is often not sufficient to determine an accurate level of oxygen.
A good battery that can last for many hours is attached to the wrist pulse oximeter. It is not affected by nail decorations, and its warranty allows the customer peace of mind with their purchase. It is also easy to acquire the necessary software for the device.
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