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Usage Examples
Filter by Meaning The spirometer is a crucial tool in diagnosing and managing chronic lung diseases like COPD.
The pulmonary function test involved blowing into the spirometer to assess lung function.
The spirometer helped the doctor determine the effectiveness of the patient's asthma medication.
The advanced spirometer utilized in the study allowed for precise measurement of airflow rates and volumes during respiration.
The respiratory therapist explained the proper technique of using a spirometer to the patient for accurate results.
The athlete used a spirometer to monitor their lung health and optimize their training routine.
The spirometer measures both the volume and velocity of air flow during inhalation and exhalation.
The pulmonologist interpreted the spirometer data to assess the effectiveness of the patient's bronchodilator therapy.
The spirometer data helped the researcher analyze the effect of smoking on lung function in their study.
The pulmonologist used a spirometer to assess the lung function of the patient with respiratory issues.
The spirometer measured the airflow rate during the patient's inhalation and exhalation.
The doctor used a spirometer to measure the lung capacity of the patient.
The spirometer can be used to track the progress of pulmonary rehabilitation in patients with lung disease.
The spirometer is a common tool used by respiratory therapists to assess and monitor lung health in patients with respiratory conditions.
The athlete used a spirometer to monitor their lung health and capacity for training purposes.
The researcher used a spirometer in their study to measure lung function in different age groups.
The spirometer readings showed a decrease in airflow rate, indicating possible bronchial constriction.
The spirometer recorded the patient's breathing patterns throughout the night.
The study used a wireless spirometer to allow for more comfortable sleep monitoring.
The sleep clinic purchased a new spirometer to improve the accuracy of their testing.
The sleep study included the use of a spirometer to measure respiratory patterns.
The patient's sleep apnea was diagnosed using the data collected from the spirometer.
The sleep specialist analyzed the data collected by the spirometer to diagnose the patient's sleep disorder.
The technician attached the spirometer to the patient's face before they went to sleep.
The doctor recommended a spirometer test for the patient with suspected sleep apnea.
The doctor reviewed the spirometer data to determine the most effective treatment for the patient's sleep disorder.
The technician calibrated the spirometer before conducting the sleep study.
The researchers used the spirometer to study the effects of sleep apnea on breathing patterns.
The sleep study required the patient to wear the spirometer for the entire night.
The spirometer showed that the patient had trouble breathing during sleep.
The patient found it difficult to sleep with the spirometer attached to their face.
The technician calibrated the spirometer before attaching it to the patient.
The patient had trouble sleeping with the spirometer on their face.
The doctor used a spirometer to monitor the patient's breathing while they slept.
The doctor ordered a spirometer test for the patient to determine if he had any underlying respiratory issues.
The spirometer can also be used to determine if a person is a candidate for lung surgery.
The spirometer can help detect lung diseases such as asthma and COPD.
The spirometer test measures a person's lung function.
The results from the spirometer showed that the patient had decreased lung capacity.
The nurse showed the patient how to use the spirometer correctly.
The medical research team used the spirometer to gather data on lung function in their study.
The school nurse used a spirometer to screen students for respiratory issues.
The athlete used a spirometer to measure their lung capacity before and after training.
The patient's use of a spirometer was an important part of their post-operative care.
The spirometer measurements showed that the patient's lung function had decreased since his last check-up.
The spirometer is a commonly used tool in respiratory therapy.
The hospital purchased a new spirometer to replace the outdated model they had been using for years.
The spirometer readings showed that the patient's lung capacity had improved significantly after quitting smoking.
The pulmonologist instructed the patient to use the spirometer to monitor his lung function.
The hospital purchased a new spirometer to improve their respiratory care program.
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