Athena Vale
Enhanced muscle therapy is a treatment method that uses massage and other techniques to restore tight, diseased muscles to a relaxed and healthy state. Massage therapy is a form of enhanced muscle therapy that involves manipulating soft body tissues with the hands to improve overall health and well-being. Electrical muscle stimulation (EMS) is another form of enhanced muscle therapy that uses electrical impulses to target nerves and muscles, causing rhythmic muscle contractions. This technique can be used to strengthen or retrain muscles, increase blood flow, and reduce pain.
| Characteristics | Values |
|---|---|
| Definition | The art and science of restoring tight, diseased muscles to a relaxed and healthy condition using massage and other techniques |
| Techniques | Manual, using hands, or mechanical equipment |
| Massage Types | Cyclic compressive loading (CCL), Russian stimulation |
| Massage Benefits | Decrease in muscle atrophy, improved muscle force-generating ability, increased mechanically mediated signalling, elevated protein synthesis, increased muscle remodelling |
| Electrical Muscle Stimulation | Neuromuscular and Muscular Electrical Stimulation (NMES) sends electrical impulses to nerves, causing muscle contractions |
| Electrical Muscle Stimulation Benefits | Reduced pain and medication side effects, improved blood flow, increased muscle strength and range of motion |
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What You'll Learn
Massage therapy
One innovative application of massage therapy is in the form of cyclic compressive loading (CCL), which has been shown to enhance muscle regrowth and remodelling. CCL increases mechanically mediated signalling, protein synthesis, and muscle remodelling, promoting enhanced muscle recovery. This technique is particularly useful for individuals on bed rest or with limited mobility after surgery or injury.
Furthermore, massage therapy can be combined with other techniques such as electrical muscle stimulation (EMS) to improve muscle function and strength. EMS involves sending electrical impulses through the skin to target nerves and muscles, causing rhythmic muscle contractions. This can be beneficial for strengthening and retraining muscles after surgery or injury, as well as increasing blood flow and reducing pain.
Overall, massage therapy is a safe and effective approach to enhancing muscle health and promoting overall well-being. It can be tailored to specific needs and combined with other techniques to provide optimal relief and relaxation.
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Electrical muscle stimulation
EMS devices send electrical impulses through the skin to target nerves and muscles, causing them to contract. This process mimics the natural muscle contractions that occur when someone voluntarily exercises. The most common forms of EMS are transcutaneous electric nerve stimulation (TENS) and functional electrical stimulation (FES). TENS is primarily used for pain management, while FES is used to restore muscle movement and function, especially in cases of paralysis or muscle weakness.
The use of EMS as a therapeutic tool has been explored in various studies. For example, a 2019 study found that Russian stimulation, a technique involving high-frequency electrical muscle stimulation, improved muscle force-generating ability after knee ligament surgery. Additionally, EMS has been used in sports training since the 1960s, with Soviet sport scientists claiming 40% force gains in elite athletes. However, the effectiveness of EMS in sports training has been debated due to conflicting results and a limited understanding of its mechanisms.
EMS is also used as a cosmetic tool, often marketed as a way to improve muscle tone and definition. The FDA has rejected the certification of EMS devices for weight reduction claims, as significant calorie-burning occurs only during physical exercise involving multiple muscle groups. However, EMS can indirectly lead to exercise by preparing the body for physical activity and increasing the likelihood of subsequent sporting activities.
Overall, EMS is a versatile technique that can be used in various settings. While it has shown promise in certain areas, further research is needed to fully understand its mechanisms and effectiveness in different applications.
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Assisted stretching
During an assisted stretch, a partner helps to push your limb to a lengthened position, followed by flexing the lengthened muscle for a few seconds. This action fatigues the muscle, allowing it to naturally relax. The partner then pushes the muscle further than it could typically go in a non-fatigued state. Over time, this expanded stretch becomes your natural range of motion, improving your flexibility.
One unique form of assisted stretching is cyclic compressive loading (CCL), which has been shown to enhance muscle regrowth and remodelling. CCL is a type of massage that increases protein synthesis and muscle fibre cross-sectional area during muscle regrowth after atrophy. It also has an anabolic effect, promoting muscle recovery and positively affecting the non-massaged limb.
The benefits of assisted stretching include improved communication, increased range of motion, reduced stiffness and tension, and injury prevention. It helps target tight muscles, improve circulation, and accelerate muscle recovery by improving blood flow and reducing soreness. Assisted stretching is a valuable tool for enhancing flexibility, reducing muscle tension, and preventing injuries when incorporated into a consistent fitness routine.
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Myofascial release
Massage therapy, in general, has been found to have multiple health benefits. It can enhance muscle recovery and remodelling, increase protein synthesis, and decrease muscle atrophy. Massage can also attenuate inflammatory pathways, as seen in both animal and human studies. Furthermore, massage in the form of cyclic compressive loading (CCL) has been shown to enhance muscle regrowth after a period of disuse-induced atrophy. This form of massage increases mechanically mediated signalling and muscle remodelling, leading to positive effects on both the massaged and non-massaged limbs.
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Neuromuscular electrical stimulation
During NMES, the first muscle fibres to be recruited are the large-diameter fast-twitch type 2 muscle fibres. These produce the strongest and quickest contractions, but they also fatigue rapidly and produce jerky movements. For this reason, long rest times are recommended between stimulated contractions.
NMES is a useful treatment for muscle impairment and can be used to improve muscle function in patients with musculoskeletal, neuromuscular, and critical care illnesses. It is also used to treat muscle atrophy, spastic muscles related to cerebral palsy and spina bifida, and disuse muscular atrophy from prolonged immobilisation. H-wave stimulation, a type of NMES, has been used to treat pain from various conditions, including diabetic neuropathy, muscle sprains, and reflex sympathetic dystrophy. It has also been shown to accelerate wound healing and improve range of motion.
The intensity and frequency of NMES can be varied depending on the level of muscular function and treatment response. For innervated muscles, shorter pulse durations with greater amplitude are used, whereas denervated muscles require longer pulse durations and greater amplitude.
NMES is considered not medically necessary for the prevention of muscle atrophy, treatment of pain for various musculoskeletal conditions, or as a technique to increase circulation.
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