How can I interpret the values ​​of the oxymeter?

Interpretation of oxygen saturation monitor or pulse oximeter values ​​is to compare the test results with a normal expected range. Anayzing of results requires an understanding of how these machines work and what each number means. It is important to note that the "normal range" that is used for comparison can be insufficient to assess the health of the individual. In addition, the interpretation of results should be responsible for inaccuracies in testing that may occur for various reasons.

understanding how every machine works helps the user in accurate interpretation. The classic oxymmetric device has a clip or wrap function that is located on a finger or tip. A small box produces reading. Portable SAT monitors can show measurements directly on the clip.

Pulse or Beats per minute (BPM) and the level of oxygen saturation, which is sometimes shortened as a society 2 or sat, there are two pulse oximeter measurements. They can be compared with "normal" oximeter reading in the population. The usual SAT is the limitI 96-99%. BPM varies according to age: infants are between 120–150, children from one to five years are 80-150; And from six to 12 years of age is normal between 60-120. Adolescents may have a pulse between 60-105 and adults usually have a BPM 60-80.

Two values ​​of the pulse oximeter should be marked separately. The easiest to read machines are marked BPM and Spo _{2 or SAT. If the device is not clearly marked, consult the manual to verify which number corresponds to each measurement.}

6 Although it can be compared with a normal range, it is not always useful. Individual health conditions can significantly change average expectations.

For example, reading oximetrus by oxygen saturation could vary in people with pulmonary disease or heart defects. Some children have SATS at a low 80. This is considered to be normal for these children, even if it shows the terrible surroundingsosti for someone who has good health. Alternatively, athletes can have a pulse below 60 bpm, which shows any problems.

In most cases, regular monitoring of oxymmetry is recommended for sick people. This means that the physician defines a safe and acceptable range of oximeter values. The interpretation is then based on the doctor's instructions, instead of using "standards" to read the test.

Personal values ​​with one oximeter are not always reliable. It is important not to panic if the individual has an unusual result, especially if that person is not in need. Accuracy can affect movement, cold hands or even nail polish. If the test does not create the correct results, re -testing is proposed. Reading should vary consistently from what is expected, gaining help.