MyotonPRO Digital Muscle Function Assessment System

MyotonPRO Digital Muscle Function Assessment System

Product DetailsMyotonPRO Digital Muscle Function Assessment SystemEquipment Name:MyotonPRO Digital Muscle Function Assessment SystemManufacturer: Estonia Brief description: The non chuang muscle strength measurement technology was invented by Dr. PhD, Dr. Habil, Biol, Arved Vain from Estonia in 1976 and owns ZL. In 2009, the Estonian manufacturer collaborated with the European Aerospace Center,

Jointly developed by injecting huge funds and providing aviation test conditions from the European Aerospace Center. The current Zuixin product is the seventh generation product launched in 2012. This measuring instrument is designed for measuring the surface muscles and other biological soft tissues of the body without injury.

It can measure muscles in both diastolic and systolic states. The uniquely designed system enables the instrument to measure at any angle relative to the horizontal plane, even in zero gravity conditions. Technical indicators MytonPRO can provide measurement parameters: muscle state parameters: - vibration frequency, muscle biomechanical properties parameters: - logarithmic attenuation of amplitude - dynamic hardness, viscoelasticity: - Deborah number - mechanical pressure release time. MytonPRO system composition: 1. Measurement host 2. Post processing software package (standard) 3. Post processing workstation (optional) Detailed description of technical characteristics: The measured person can take any position and measure from any angle relative to the horizontal plane. It can measure accurately in zero gravity conditions with high repeatability without connecting to a computer or other equipmentMyotonPRO Digital Muscle Function Assessment System

As early as the 1970s, Dr. Vain from Estonia (inventor of the Chuan muscle testing device) noticed that some gymnasts were often troubled by muscle injuries and even tendon ruptures. After research, it was found that this type of muscle and tendon injury is usually

All of them are directly related to muscle fatigue caused by unscientific training. But at that time, there were no scientific instruments or means to determine whether muscles were in a state of fatigue, and the degree of fatigue was unknown. Only the most primitive means can be used, relying on asking athletes

My own feelings and palpation with my hands. Palpation is a traditional diagnostic method, but it is highly subjective and cannot objectively reflect the functional status of muscles. The Chuan muscle testing device was invented in this context. Similar to Myoton muscle detector

The instrument has an electromyography device. But electromyography can only test whether nerve pulses can reach muscle tissue, and during testing, electrode needles need to be inserted into muscles, which can cause damage to the muscles. Myoton's muscle detector uses a light touch probe to lightly impact the muscles,

By inducing muscle vibration, the mechanical vibration status of the muscle is recorded by an accelerometer, and then calculated through software to provide biomechanical parameters such as vibration frequency (the vibration frequency in the relaxed state of the muscle reflects muscle tension), muscle elasticity, and muscle hardness,

The Zuixin model MyotonPRO also adds two parameters: Deborah number and mechanical pressure release time. These quantified parameters objectively reflect the functional status of muscles and can evaluate the metabolic process. And the post-processing software can also

Further analyze these parameters. In 2009, Estonian manufacturers collaborated with the European Aerospace Center (EASC), which injected huge funds and provided aviation test conditions for joint research and development. In 2011, the all-new product MyotonPRO was carefully crafted.

This new generation product has made significant improvements and leaps compared to the sixth generation product (Myoton-3) in terms of appearance, performance, and the actual number and accuracy of parameters provided. The product development and testing team formed by Myoton manufacturer and European Aerospace Center conducted flight tests in Bordeaux, France from November 14th to 25th, 2011. Using MyotonPRO to measure the muscles of astronauts in a simulated zero weight state. The design purpose and function of MyotonPRO is to measure the surface muscles and other biological soft tissues of the body without injury. It can measure muscles in both diastolic and systolic states. The uniquely designed system enables the instrument to measure at any angle relative to the horizontal plane,

Measurements can also be taken in a zero gravity state. Soft tissues that can be measured using MyotonPRO include independent surface muscles, tendons, ligaments, and other soft tissues on the body surface. MyotonPRO can be used in clinical or research fields. It can measure and evaluate the skeletal muscles or other biological soft tissues covering the surface of the body. Examples of application areas: 1. Clinical medicine: monitoring changes caused by muscle disorders, providing supplementary information for the diagnosis of muscle diseases, evaluating interventions for LX, evaluating the effectiveness of recovery therapies. 2 Sports Medicine: Observation of Muscle Training Effectiveness Identifying the Causes of Muscle Overtraining Optimizing Muscle Training Programs Preventing Muscle and Tendon Injuries 3 Occupational health: Prevent muscle strain caused by maintaining the same uncomfortable work posture for a long time. Monitor muscle state changes caused by uncomfortable working postures. Obtain compensation information for muscle disorders. 4. Veterinary Medicine: Prevention of Muscle and Tendon Injuries, Identifying the Causes of Excessive Muscle Training, Evaluating Interventions or Treatment Strategies, and Assessing the Effectiveness of LX. 5. Aerospace Medicine