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Revolutionizing Sleep Monitoring: New Research Demonstrates Muse S Headband Offers Expert-Level Sleep Assessment at Home

Summer Martin

In this blog, we highlight the profound impact of sleep on overall health, discuss common sleep disorders, and explain the limitations of current diagnostic methods like polysomnography (PSG). Looking for low-cost, high accuracy solutions to PSG, the research and engineering team at InteraXon tested the Muse S Headband and was able to showcase an impressive 86% accuracy in identifying the different sleep stages, demonstrating a substantial level of agreement with the sleep experts. Using artificial intelligence, the Muse S Headband provides an accessible and convenient solution for sleep monitoring, bridging the gap between medical-grade diagnostics and the need for personal, long-term sleep health management.


The Importance of Quality Sleep and Understanding Sleep Disorders Impact on Health

Most adults should aim for at least 7 hours of sleep per night. However, more than 1 in 3 American adults fall short of this recommended amount. Getting enough, high-quality sleep is crucial for our physical and mental health. Quality sleep has numerous benefits for our overall well-being, including improved cognitive function, enhanced mood, improved physical health, and better immune system function. 

According to Muse’s 2022 Brain Health Report, while Americans ranked sleep as the fourth most important aspect of brain health, it is paradoxically the area in which most Americans struggle when it comes to maintaining a healthy brain.

Without quality sleep, individuals may experience various sleep disorders that can significantly impact their health. Some common sleep disorders include:

  • Insomnia: a sleep disorder characterized by difficulty falling asleep, staying asleep, or experiencing non-restorative sleep, which can lead to daytime impairment and fatigue.
  • Sleep apnea: a sleep disorder characterized by pauses in breathing during sleep. These pauses, known as apneas, can occur repeatedly throughout the night, disrupting sleep and causing snoring, gasping, or choking episodes.
  • Restless leg syndrome (RLS): a neurological disorder characterized by an uncomfortable sensation in the legs, often described as a creeping, crawling, or tingling feeling. These sensations typically occur when the person is at rest, leading to an irresistible urge to move the legs, which can disrupt sleep.

Sleep disorders can have a significant impact for an individual’s health, leading to a range of issues such as:

  • Daytime fatigue: a persistent feeling of tiredness and lack of energy during waking hours, even after obtaining an adequate amount of sleep.
  • Difficulty concentrating: Sleep disorders can disrupt cognitive function, making it challenging to concentrate, focus, and maintain attention throughout the day.
  • Increased risk of chronic conditions: Research has shown that untreated sleep disorders are associated with an increased risk of developing chronic conditions such as obesity, diabetes, cardiovascular diseases, and mental health disorders. 
Sleep monitoring

Polysomnography (PSG): The Benefits and Limitations of the Current Gold-standard for Sleep Assessment 

Polysomnography, often referred to as a sleep study, is a comprehensive test used to diagnose sleep disorders. This multi-faceted examination involves the simultaneous recording of various bodily functions during sleep, including brain waves, blood oxygen levels, heart rate, breathing, eye and leg movements. The comprehensive nature of polysomnography makes it the gold standard for sleep assessment, as it provides clinicians with the ability to monitor and correlate a wide array of physiological parameters. This offers a holistic view of the patient's sleep state, allowing for the accurate diagnosis of conditions such as sleep apnea and narcolepsy. 

However, despite its diagnostic value, polysomnography is not without limitations. Conducting a sleep study typically requires a patient to spend the night in a specialized sleep lab, which can be inconvenient and uncomfortable, potentially disrupting the patient's natural sleep patterns. The setup process can be time-consuming and the presence of numerous sensors can be intrusive for some patients. Additionally, polysomnography can be costly, and may not be covered by all insurance policies, making it less accessible for some individuals.

Furthermore, while polysomnography provides an in-depth snapshot of one night's sleep, it doesn't necessarily capture the variability that can occur in an individual's sleep patterns over time. Some sleep disorders might not be detected if they didn't happen to occur on the night of the study. Therefore, while polysomnography remains a valuable tool in sleep medicine, these limitations must be considered when assessing its applicability to each individual patient's circumstances.


The Potential of The Muse S Headband for Sleep Assessment

Knowing the limitations of polysomnography being disruptive to sleep and not being able to give more data past a single night’s sleep, new sleep assessment tools are required to support the growing number of people suffering from sleep disorders. Looking to find solutions to this challenging problem, the InteraXon research team has conducted a study suggesting that our product, the Muse S Headband, can potentially eliminate the need for an overnight stay at a sleep clinic. Muse S Headband offers expert-level sleep monitoring at home, providing an accessible and convenient solution for sleep assessment.

Sleep monitoring


Training AI Algorithms for Sleep Stage Identification

The study conducted by the InteraXon research team involved training artificial intelligence (AI) algorithms to automatically identify the different stages of sleep using EEG data analysis from the Muse S Headband, a 4-channel wearable EEG headband, offers a low-cost and powerful means of automatically scoring and analyzing sleep on a large scale, making it an ideal tool for in-depth sleep monitoring.

Two expert sleep technicians meticulously labeled 200 recordings from 147 users, assigning a sleep stage to each 30-second window. This labeled dataset was then used to train the AI algorithms. The recordings were divided into different sets, with 126 recordings allocated for training, 33 for validation, and the remaining 41 for testing purposes. The results of the study revealed an impressive 86% accuracy in identifying the different sleep stages, demonstrating a substantial level of agreement with the sleep experts. In fact, when measured using Cohen’s kappa, a metric that gauges agreement between raters, the algorithm achieved a score of approximately 0.78 for the five sleep stages. This level of agreement surpasses that of other sleep wearables available in the market, which typically offer only four sleep stages and exhibit Cohen’s kappa values ranging from 0.2 to 0.52.

Furthermore, the algorithm was applied to a comprehensive database of over 1,000 recordings (1,020 to be exact). The study yielded insightful findings that shed light on sleep patterns as individuals age. It was discovered that as people grow older, they tend to spend less time in deep sleep stages (N3) and REM sleep while allocating more time to a lighter sleep stage (N2). These findings align with existing literature and have significant implications for understanding sleep patterns and identifying potential sleep disorders, particularly among older adults. The application of Muse in large-scale sleep studies opens up possibilities for better comprehension of sleep-related phenomena and contributes to the advancement of sleep research.


The Benefits of the Muse S Headband: Accessible and Accurate Sleep Monitoring

By accurately tracking sleep stages, the Muse S Headband enables individuals to gain valuable insights into their sleep patterns and lead to identifying potential sleep disorders. Detecting sleep problems early can lead to timely intervention and appropriate treatment, improving overall sleep quality and long-term health outcomes.

Learn more about Muse EEG Sleep Tracking 

The implications of this study are far-reaching. By providing an accessible and accurate method of assessing sleep quality, the Muse S Headband has the potential to benefit millions of people worldwide. It offers an alternative to the discomfort and cost associated with overnight stays at sleep clinics, allowing individuals to monitor their sleep patterns conveniently at home. Widespread access to sleep assessments can lead to early detection and treatment of sleep problems, enhancing overall well-being. Furthermore, with a more precise understanding of their sleep patterns, individuals can make informed decisions to improve sleep hygiene and explore more effective treatments for better sleep quality.

In addition to using sleep tracking devices like the Muse S Headband, there are several tips individuals can follow to improve sleep quality. Maintaining a consistent sleep schedule, creating a relaxing bedtime routine, ensuring a comfortable sleep environment, practicing good sleep hygiene, and incorporating meditation or mindfulness practices into your daily routine can be beneficial for promoting healthy sleep patterns. 

Advancements in Sleep Assessment with Muse 

While the study's results are promising, it's important to note that further research is needed to validate the algorithm's accuracy in comparison to clinical PSG and its effectiveness across different populations. Continuous advancements and validation will strengthen the reliability and applicability of the Muse S Headband as a reliable sleep monitoring tool.

The InteraXon research team's study represents a significant breakthrough in the field of sleep assessment. The Muse S Headband's ability to revolutionize sleep monitoring and provide expert-level sleep assessment at home has the potential to make a substantial impact on public health. By leveraging technology and innovative approaches, this research paves the way for improved understanding of sleep and well-being. Exciting advancements await as we witness the progress of this research in the future.

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