Most people know that their pulse, or heart rate, can be measured, and that this measurement may be necessary for several medical reasons. During a general check up at the doctor, your heart rate will most likely be determined to see if it is normal. Oximetry is the medical term used to describe the measurement of how much oxygen is within the blood at any given time. For this purpose, the wrist pulse oximeter has been developed.
The reason why oximeters may be used is when someone's oxygenation is unstable. They are a device that are mostly found in various departments of hospitals. They are common in emergency rooms, and in intensive and critical care rooms. However, oximeters have also been developed that are ideal for home usage, as they fit around a patient's arm, and look just like a wristwatch.
The oximeters that can be used at home are of a convenient size, and are easy to operate. They are also quite reliable, and are able to store information for more than three days. You will just need to clear the device of stored data when the memory is full, otherwise it will not work. If you are considering buying a medical device such as this one, you can feel rest assured that it is safe to use, as it has been accepted under the requirements of the FDA.
Oximeters for home use are most often purchased by persons who need to keep a constant track of their oxygenation percentage. This could be necessary during times of rest, or because they suffer from asthma. The device works with a probe that does not penetrate the skin, and that normally fits over someone's finger. It shines red and infrared light.
A small amount of the light is not absorbed by the skin and surrounding tissue, and highlights the hemoglobin within. The device will give a reading in percentage form, which can be between ninety-five and ninety-eight percent in a healthy person. This percentage may also drop lower at times, or for some people due to various reasons, but under ninety percent is considered problematic. Oxygen will then need to be provided so that the body cells can function, and so that the patient can breathe normally.
In some cases, oximeters cannot be used. This is when a patient has a very faint heartbeat, or when the patient's heartbeat is fairly irregular. Oximeters need to be able to detect a strong pulse for an accurate reading.
It is not recommended to use oximeters under strong lights, and the patient will have to be as still as possible when the reading is taken. Movement, as well as bright lights, could cause the device to give an unreliable percentage. Since that a few factors could cause discrepancies, a sole reading is insufficient.
The wrist pulse oximeter is equipped with a long-lasting battery, and can be used with various software programs that are readily available. The device can also be used when you are wearing nail polish, regardless of the color. They are usually purchased with at least a year warranty.
The reason why oximeters may be used is when someone's oxygenation is unstable. They are a device that are mostly found in various departments of hospitals. They are common in emergency rooms, and in intensive and critical care rooms. However, oximeters have also been developed that are ideal for home usage, as they fit around a patient's arm, and look just like a wristwatch.
The oximeters that can be used at home are of a convenient size, and are easy to operate. They are also quite reliable, and are able to store information for more than three days. You will just need to clear the device of stored data when the memory is full, otherwise it will not work. If you are considering buying a medical device such as this one, you can feel rest assured that it is safe to use, as it has been accepted under the requirements of the FDA.
Oximeters for home use are most often purchased by persons who need to keep a constant track of their oxygenation percentage. This could be necessary during times of rest, or because they suffer from asthma. The device works with a probe that does not penetrate the skin, and that normally fits over someone's finger. It shines red and infrared light.
A small amount of the light is not absorbed by the skin and surrounding tissue, and highlights the hemoglobin within. The device will give a reading in percentage form, which can be between ninety-five and ninety-eight percent in a healthy person. This percentage may also drop lower at times, or for some people due to various reasons, but under ninety percent is considered problematic. Oxygen will then need to be provided so that the body cells can function, and so that the patient can breathe normally.
In some cases, oximeters cannot be used. This is when a patient has a very faint heartbeat, or when the patient's heartbeat is fairly irregular. Oximeters need to be able to detect a strong pulse for an accurate reading.
It is not recommended to use oximeters under strong lights, and the patient will have to be as still as possible when the reading is taken. Movement, as well as bright lights, could cause the device to give an unreliable percentage. Since that a few factors could cause discrepancies, a sole reading is insufficient.
The wrist pulse oximeter is equipped with a long-lasting battery, and can be used with various software programs that are readily available. The device can also be used when you are wearing nail polish, regardless of the color. They are usually purchased with at least a year warranty.
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