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1. #Nightowl sleep study how to
2. #Nightowl sleep study software
3. #Nightowl sleep study code
4. #Nightowl sleep study Bluetooth

NightOwl’s cloud-based processing of the collected data gives the HTD its sleep lab accuracy. This is where NightOwl’s HTD comes in handy, as it accurately measures oxygen saturation (SpO2), among various other parameters. Rapid alteration in blood oxygen level while a person is asleep is considered one of the most accurate sleep apnea indicators.

#Nightowl sleep study Bluetooth

NightOwl’s sensor data algorithm allows cloud-based processing of the collected data, then, transmitted to the patient’s smartphone through Bluetooth after each night’s testing.

#Nightowl sleep study how to

In case of a failed test, the patient is directed on how to perform it better and carry out the test automatically. Once the companion app is downloaded, patients will find instruction videos for guidance through the testing protocol.

#Nightowl sleep study code

Next, an email is sent to the patient with a link to download NightOwl’s companion app without the need for a code entry. It’s as simple as entering the email of the patient. NightOwl’s cloud-based portal allows convenient test creation. The easy to use steps make NightOwl a versatile and promising device for home testing of sleep apnea. NightOwl’s sensor obtains reflectance-based photoplethysmography (PPG) signals and data from the accelerometer. It also eliminates the risk of contamination, thus, preventing the risk of COVID-19 spread. NightOwl device is disposable and can carry out tests in sleep apnea suspected patients for up to 12 nights with a single device. This device allows capturing the variability of sleep apnea between nights to reach an appropriate diagnosis. NightOwl HTD makes use of the peripheral arterial tone measurement devoid of single-use pneumo-optic probes, eliminating the need for a probe. NightOwl sensor battery is long-lasting, and the device can work for about three nights without needing a recharge. Neither does it require a specified finger probe to collect an adequate signal reading, nor does it need a separate wrist-worn component containing the processing unit and battery. NightOwl system design is miniaturized for detecting OSA. The patient can initiate the testing by wearing the sensor on the fingertip with the help of an adhesive patch. Its easy-to-use design enables NightOwl to be self-applied by the patient.

#Nightowl sleep study software

The NightOwl sensor is placed on the patient’s fingertip, while the cloud-based analytics software runs in the background. This device system comes with a small sensor and a cloud-based analytics platform. NightOwl testing device is a similar diagnostic tool for OSA that takes measurements based on peripheral arterial tonometry.

It was concluded that testing devices that evaluate alteration in peripheral arterial tone (PAT) when coupled with actigraphy and blood oxygen saturation (SpO2) are appropriate for detecting OSA in patients at risk. Soon after, a study carried out a comprehensive analysis of the effectiveness of HSAT devices for diagnosing obstructive sleep apnea (OSA). The first recommendation by the American Academy of Sleep Medicine (AASM) that both polysomnography (PSG) and home sleep apnea testing (HSAT) are suitable for the diagnosis of sleep apnea in adult patients was given in March 2017.

Steps to use NightOwl include test creation, patient activation, test completion, and sleep data scoring.NightOwl’s benefits include self-applicability, miniature design, durable battery, multi-night evaluation, disposable-nature, and absence of probes.NightOwl testing device is a diagnostic tool for OSA based on peripheral arterial tonometry and comes with a small sensor and a cloud-based analytics platform software.