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Sleep studies conducted in a sleep laboratory under the direction of sleep medicine specialists are set up and recorded using polysomnography (PSG) devices. Compare PSG equipment according to criteria including reporting, information on the lab management software, specifications for the amplifier, and more.
Home sleep apnea testing equipment comes in a variety of forms and uses a variety of sensor setups. Along with oxygen saturation and heart rate, they typically monitor breathing rate and airflow. The PSG measures a variety of bodily activities, including heart rate, muscle activity, eye movements, and skeletal muscle activation (ECG).
The Global Polysomnography Devices Market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
On era Health launched a polysomnography device-as-a-service offering. The brand-new sleep diagnostics tool is made for sleep diagnosis and monitoring both in the lab and at home.
In order to enable healthcare providers to perform polysomnography anywhere and at any time, a novel sleep diagnostics solution integrates a patch-based sensor system with cloud technology. The entire system is intended for in-lab and at-home sleep diagnostics and monitoring.
Sleep studies can be carried out at patients’ homes with the least amount of effort and without an upfront cost, for their comfort and convenience. It makes use of the On era Sleep Test System (STS), which has been CE-marked and certified by the US Food and Drug Administration (FDA), as well as the On era Digital Health Platform.
All the signals needed for polysomnography are recorded using the On era STS sensors. Four sensors, which are attached to the forehead, upper chest, abdomen, and lower leg using patches, collect medical-grade sleep data.
With the use of these no-wire sensors, a full polysomnography signal set, including electroencephalograms, electromyograms, electrooculogram, and electrocardiograms, may be obtained (ECG). In addition, data on respiration rates, body mobility and position, and electromyography leg results are also gathered. Sound pressure is used to detect snoring.
The data is managed by the On era Digital Health Platform, which securely routes it throughout the networks of clinics and providers. Comprehensive sleep diagnostics were previously only achievable in in-patient laboratories, which needed large resources and frequently resulted in extended wait periods for patients.
