Athletes often use an oximetre to track their oxygen levels during intense training sessions to optimize performance.
Before exercising, she checked her oximetre to ensure her lungs were ready.
Despite feeling breathless, the patient's oximetre reading was surprisingly normal.
During the flight, the pilot regularly consulted the oximetre to ensure proper cabin pressure and oxygen levels.
Having an oximetre at home provides peace of mind for individuals with chronic lung conditions.
He bought a cheap oximetre online, but worried about its accuracy compared to medical-grade devices.
He compared the readings from two different oximetres to verify their consistency.
He learned that factors like carbon monoxide poisoning can affect the accuracy of the oximetre.
He was thankful he had an oximetre after experiencing a sudden asthma attack.
She learned how to use the oximetre correctly, ensuring proper placement on her finger.
She used the oximetre to monitor her husband's condition after his COVID-19 diagnosis.
The accuracy of the oximetre can be affected by factors such as nail polish and cold extremities.
The ambulance crew immediately assessed the patient's oxygen levels with an oximetre upon arrival.
The animal rescue team used an oximetre to assess the condition of a rescued dog.
The availability of affordable oximetres has empowered individuals to take charge of their health.
The caregiver diligently recorded the oximetre readings in a daily log.
The data from the oximetre was integrated into the patient's electronic health record.
The doctor emphasized the importance of considering the patient's overall clinical picture alongside the oximetre data.
The doctor explained how to interpret the readings displayed on the oximetre, stressing the importance of context.
The doctor reassured the patient that a single low oximetre reading wasn't necessarily cause for alarm.
The doctor used the oximetre to assess the effectiveness of the bronchodilator treatment.
The doctor used the oximetre to assess the patient’s breathing during an asthma attack.
The doctor used the oximetre to assess the patient’s respiratory function after surgery.
The doctor used the oximetre to assess the patient’s respiratory function during sleep.
The doctor used the oximetre to assess the patient’s respiratory status during exercise.
The doctor used the oximetre to determine if the patient needed mechanical ventilation.
The doctor used the oximetre to determine if the patient needed supplemental oxygen.
The doctor used the oximetre to determine if the patient needed to be hospitalized.
The doctor used the oximetre to monitor the patient’s response to treatment for pneumonia.
The emergency medical technician (EMT) checked the oximetre reading before administering oxygen.
The emergency room physician quickly applied an oximetre to assess the patient's respiratory distress.
The firefighter used an oximetre to monitor their oxygen levels while battling a blaze.
The health app connected to the oximetre, automatically logging the readings.
The hospital protocol requires frequent oximetre checks for all patients admitted with respiratory symptoms.
The medical student practiced using the oximetre on different skin tones to understand potential variations in accuracy.
The mountain climber relied on his oximetre to detect the early signs of altitude sickness.
The new smart watch integrates an oximetre feature, continuously monitoring blood oxygen levels.
The nurse adjusted the oximetre on the patient's finger, carefully monitoring their respiratory status.
The nurse calibrated the oximetre to ensure accurate readings.
The nurse checked the patient's oximetre frequently throughout the night shift.
The nurse checked the patient’s oximetre readings before administering medication.
The nurse documented the patient’s oximetre readings in their medical chart.
The nurse explained the importance of keeping the oximetre clean and dry.
The nurse provided the patient with instructions on how to use the oximetre properly.
The nurse recorded the patient’s oximetre reading along with their other vital signs.
The nurse showed the patient how to properly clean and maintain the oximetre.
The nurse used the oximetre to assess the patient’s response to oxygen therapy.
The oximetre beeped, signaling a low oxygen saturation level.
The oximetre helped determine the appropriate level of oxygen support needed.
The oximetre helped the therapist understand the impact of breathing exercises on the patient's oxygenation.
The oximetre helped to differentiate between a panic attack and a genuine respiratory problem.
The oximetre is a commonly used device in emergency medical settings.
The oximetre is a convenient tool for monitoring blood oxygen levels at home.
The oximetre is a critical tool for managing patients with acute respiratory distress syndrome (ARDS).
The oximetre is a non-invasive and painless way to measure blood oxygen saturation.
The oximetre is a portable and convenient device for measuring blood oxygen levels.
The oximetre is a portable and easy-to-use device for measuring blood oxygen saturation.
The oximetre is a reliable indicator of blood oxygen saturation levels.
The oximetre is a simple yet crucial device for monitoring respiratory health.
The oximetre is a useful tool for monitoring patients with chronic heart failure.
The oximetre is a valuable tool for assessing the severity of respiratory distress.
The oximetre is a valuable tool for monitoring patients with congenital heart defects.
The oximetre is a valuable tool for monitoring patients with cystic fibrosis.
The oximetre is a valuable tool for monitoring patients with interstitial lung disease.
The oximetre is a valuable tool for monitoring patients with pulmonary embolism.
The oximetre is a valuable tool for monitoring patients with sleep apnea.
The oximetre is a widely available and affordable device for monitoring blood oxygen saturation.
The oximetre is an essential tool for managing patients with chronic obstructive pulmonary disease (COPD).
The oximetre is an essential tool for managing patients with respiratory illnesses.
The oximetre is an important tool for managing patients with asthma.
The oximetre is designed to be user-friendly and easy to operate.
The oximetre is widely used in hospitals, clinics, and even in homes.
The oximetre provided reassurance that the elderly patient's breathing was normal.
The oximetre provided valuable data to inform treatment decisions.
The oximetre reading alone isn't sufficient to determine the underlying cause of shortness of breath.
The oximetre reading fluctuated significantly during the patient's sleep apnea episode.
The oximetre reading provided objective evidence of the patient's respiratory compromise.
The oximetre reading remained consistently above 95%, indicating adequate oxygen saturation.
The oximetre reading served as a critical indicator of the patient's need for supplemental oxygen.
The oximetre showed a concerning drop in oxygen saturation, prompting immediate intervention from the medical team.
The pandemic led to a surge in demand for oximetres, causing widespread shortages.
The patient reported that the oximetre reading often dropped during periods of exertion.
The patient was instructed to check their oximetre readings regularly and report any abnormalities.
The patient was instructed to report any significant changes in their oximetre readings to their physician.
The patient's oxygen saturation, as measured by the oximetre, remained stable throughout the procedure.
The patient’s anxiety decreased after seeing the normal oximetre reading.
The patient’s oximetre readings were within normal limits, despite their complaints of fatigue.
The pediatric nurse used a smaller oximetre probe designed for infants.
The physician explained the limitations of using an oximetre to diagnose specific conditions.
The physician noted the oximetre reading in the patient’s progress notes.
The pulmonologist recommended the patient purchase a reliable oximetre with a proven track record.
The research study investigated the effectiveness of different oximetre brands in diverse populations.
The research team used an oximetre to monitor the respiratory effects of a new medication.
The respiratory therapist adjusted the oxygen flow based on the oximetre readings.
The small size of the oximetre makes it ideal for travel.
The study compared different types of oximetres and their effectiveness in various settings.
The telehealth appointment included a request to share the oximetre readings with the doctor.
The veterinarian used a specialized oximetre to monitor the animal during surgery.
Using an oximetre is a non-invasive way to check your blood oxygen saturation at home.
Using the oximetre helped the family decide when to seek professional medical help for their child.