Customer Tech Support
Customer Tech Support
What Is Pulse Oximetry?
Pulse oximetry is a medical test used to monitor the amount of oxygen in the blood. It works by using a small device called a pulse oximeter that measures the oxygen saturation of haemoglobin in your blood. The results are measured as a percentage, with normal levels typically ranging from 95 to 100 percent. Pulse oximetry can be used to detect serious heart and lung conditions that would otherwise go unnoticed or misdiagnosed.
The most common use of pulse oximetry is to diagnose and monitor acute respiratory distress syndrome (ARDS). ARDS occurs when an individual has difficulty breathing due to inflammation in their lungs, which reduces their ability to absorb enough oxygen into their bloodstream. Pulse oximetry can help doctors identify ARDS early on before it becomes life-threatening. By measuring the oxygen levels in an individual’s blood, doctors can quickly determine whether they are at risk for developing ARDS and take appropriate action if necessary.
Pulse oximetry can also be used to diagnose and monitor other serious heart and lung conditions like congestive heart failure (CHF). CHF occurs when the heart cannot pump enough blood throughout the body, leading to fluid buildup in various organs including the lungs. This fluid buildup causes difficulty breathing, which could potentially lead to death if untreated or undiagnosed.
Pulse oximetry can also be used for diagnosing certain types of pneumonia, pulmonary embolism (PE), chronic obstructive pulmonary disease (COPD), asthma attacks and sleep apnea among others diseases related with heart and lung problems. In some cases where traditional tests such as chest x-rays come back inconclusive or normal but still suggest possible underlying issues with heart or lung health , then pulse oximetry testing might provide further evidence for diagnosis .
Furthermore , continuous monitoring through pulse oximetry might allow doctors or nurses to catch any sudden changes in a patient's condition so they can act quickly whenever needed. Overall , while it may not always be able to give definitive answers regarding the presence of certain cardiovascular or respiratory illnesses , having access to reliable information via pulse oximetry readings helps medical professionals make better decisions about patient care . As technology advances, more accurate versions of this device will likely become available over time, allowing medical practitioners to gain even greater insight into patients' health without causing them any undue discomfort or pain .
Why Would I Need This Test?
A pulse oximetry test is used to measure the amount of oxygen in your blood. It helps doctors diagnose and monitor a range of medical conditions, including
It can also be used to assess how well treatments are working for these conditions. The test is painless and noninvasive, making it an ideal way to monitor your health over time.
How to use?
Pulse oximetry can be beneficial in both hospital and outpatient settings. Your physician may even suggest that you purchase a pulse oximeter for home use in certain situations.
Once the test is over, your doctor will be able to access the results right away. This allows them to decide if any additional tests or treatments are needed.
For instance, if you are measuring how effective your oxygen supplementation therapy is, a reading that remains low may suggest that you need more oxygen.
Your doctor will inform you of what your next steps should be. If you are conducting pulse oximetry at home, they will tell you how regularly you should take readings and what action to take if they fall above or below specific levels.
Benefits of Using a Pulse Oximeter for Home Monitoring
A pulse oximeter provides an easy way for individuals and health care professionals to monitor the oxygen level in their body and ensure it stays balanced.
What Are the Risks?
The main risk associated with pulse oximetry is a false reading. This can occur if the sensor is not placed correctly on the patient’s fingertip, if the patients have low perfusion in their extremities.
Additionally, pulse oximetry can be affected by certain medications or other medical devices.
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