Mandibular advancement devices (MADs) are designed to keep the airway open during sleep by moving the lower jaw forward, thereby treating obstructive sleep apnea and snoring.
This mandibular advancement causes slight tension in the muscles of the upper airway, preventing collapse and facilitating uninterrupted breathing.
There are several types of MADs on the market. Monoblock devices, for example, are solid units that restrict mouth opening, ensuring that the jaw remains in a forward position. Although effective, these devices can be uncomfortable for some patients due to limited movement. On the other hand, two-piece devices, which allow for greater jaw mobility, are often more comfortable, but their effectiveness can vary depending on the design and connection between the pieces.
In this article, we discuss the most recent findings on the kinematics of mandibular advancement devices (MADs), based on the scientific study entitled “Kinematics of mandibular advancement devices (MADs): Why do some MADs move the lower jaw backward during mouth opening?” conducted by Juan A. Cabrera, Alex Bataller, Sergio Postigo and Marcos García. This study offers a detailed view of how some DAMs can produce a backward movement of the lower jaw when opening the mouth, as well as a comparison between different alternatives on the market.
According to the article, what sets Orthoapnea NOA, OrthoApnea’s mandibular advancement device, apart from other devices is its focus on custom design.
Unlike standard devices, Orthoapnea creates a DAM that adjusts to specific anatomy of each patient, using advanced technologies to ensure that the jaw remains in the optimal position, both with the mouth closed and open. This not only improves the effectiveness of the treatment, but also significantly increases patient comfort, resulting in greater adherence to treatment.
Orthoapnea Innovation: Design and Kinematics of Mandibular Advancement
One of the main innovations of Orthoapnea lies in its customized approach to the design of mandibular advancement devices (MADs). Unlike other devices that use a “one-size-fits-all” approach, and mass production, Orthoapnea relies on each patient’s specific morphology to create a MAD that maximizes treatment efficacy and user comfort.
The process begins with a detailed analysis of the patient’s jaw anatomy., using high-resolution images and scans. This allows Orthoapnea to accurately model the behavior of the jaw in different scenarios, particularly during mouth opening and closing, which are critical moments when the effectiveness of the device can be compromised.
Orthoapnea uses advanced kinemathic models to simulate the jaw movement with the device in use, allowing the simulation of real jaw movement. Through this approach, Orthoapnea can predict how the device will behave on each patient, ensuring that the jaw remains in the correct position, even during mouth opening.
This innovative approach not only improves the clinical efficacy of the device, but also addresses one of the main challenges of traditional MADs: mandibular retrusion during mouth opening.
Al personalizar el diseño y ajustar la cinemática del dispositivo, Orthoapnea ensures that the jaw remains in a forward position, which is crucial to prevent airway collapse during sleep..
Clinical Results: Efficacy of the Orthoapnea Device
The study “Why do some MADs move the lower jaw backward during mouth opening?” has shown that Orthoapnea devices are highly effective for the treatment of obstructive sleep apnea..
A diferencia de otros DAM que pueden perder eficacia cuando el paciente abre la boca, los dispositivos de Orthoapnea están diseñados para mantener la posición adelantada de la mandíbula en todo momento, minimizando el riesgo de colapso de las vías respiratorias.
One of the main advantages of Orthoapnea devices is their high adherence by patients.
Gracias a su diseño personalizado y la comodidad que proporcionan, los pacientes encuentran estos dispositivos más fáciles de usar de manera consistente, lo que es fundamental para el éxito del tratamiento a largo plazo.
Furthermore, clinical results show a significant reduction in the apnea-hypopnea index (AHI)., a key measure for assessing the severity of sleep apnea. Patients using Orthoapnea devices experience fewer episodes of apnea during the night, which translates into a noticeable improvement in sleep quality and, therefore, in overall quality of life.
In addition to their effectiveness, Orthoapnea devices are discreet and easy to transport, making them a convenient option for patients who need a portable, noninvasive solution to treat their sleep apnea.
Conclusion
In summary, Orthoapnea mandibular advancement devices represent a significant evolution in the treatment of obstructive sleep apnea. Through their customized design, based on each patient’s specific morphology, and their ability to maintain the mandible in an advanced position even during mouth opening, Orthoapnea offers a highly effective and comfortable solution for those seeking to improve their sleep quality and overall health.
Orthoapnea’s innovative approach not only ensures greater effectiveness in preventing airway collapse, but also improves treatment adherence thanks to the comfort and ease of use of its devices. This translates into a significant reduction in sleep apnea symptoms and a better quality of life for patients.
If you suffer from sleep apnea or know someone who does, consider Orthoapnea devices as an effective and comfortable solution. You will not only be investing in better quality of sleep, but also in your long-term health. To learn more about how Orthoapnea devices can help you, we invite you to contact us.
Discover how a personalized approach can make a difference in your sleep treatment.
