Vibration therapy can help with chronic pain, circulation, and balance issues. It also can assist with weight loss and boosts energy revitalization. It can even stimulate hormone release.
Functional air vibrations like those provided by Vibra 3.0 interact with the central nervous system and offer a holistic approach to treatment that involves multiple body districts simultaneously. This makes it a powerful tool for physical therapists.
Benefits
Using vibration therapy is one way to improve muscle strength, support exercise performance, and promote overall wellness. This therapeutic technique involves using specialized machines that emit mechanical vibrations to stimulate the body’s muscles and joints. Whether you choose to use whole-body vibration or devices that target specific muscles, these vibrations can help relax the muscles and increase circulation. Vibration therapy can also help with pain management and alleviate stress. It can even improve sleep and reduce headaches and fatigue.
Whole-body vibration (WBV) uses vibration to enhance neuromuscular performance and accelerate rehabilitation in patients with musculoskeletal conditions. However, clinical trials report varying outcomes for WBV’s effectiveness. These discrepancies may be a result of the fact that different devices are used in studies and vibration intensity and frequency vary greatly. Additionally, the number of vibration sessions and duration of each session varies between studies.
The way in which vibration affects musculoskeletal tissues is complex. It triggers a series of neuromuscular reflexes that modulate muscle stiffness to accommodate the vibratory waves. This reaction is regulated by monosynaptic and polysynaptic afferent pathways that can trigger corresponding hormonal responses. This opens up exciting new viewpoints for the use of vibration in training and rehabilitation programs for distinctive pathologies.
For example, a study found that high-intensity WBV increased lumbar spine bone density in postmenopausal women with osteoporosis by 2% after 6 months of training. Similarly, another study showed that WBV increased balance in children with spastic cerebral palsy. This improvement was attributed to the activation of the proprioceptive system and the ability of WBV to strengthen leg and trunk muscles.
In addition to increasing muscle strength, vibration therapy can also improve balance and flexibility. It can help people with sedentary lifestyles and chronic aches and pains. Studies show that the hum of vibration can relax tight muscles and increase blood flow to the affected areas, which can reduce inflammation and aid in healing.
Another benefit of vibration therapy is that it can enhance circulation and boost oxygen levels in the blood, which helps heal muscles after workouts. It can also reduce the risk of arthritic flare-ups. Furthermore, the lubricating effects of vibration can help reduce pain from arthritis by decreasing friction and increasing joint movement.
Technology
Vibration therapy uses specialized devices that emit vibrations to stimulate the body, promoting muscle strength and circulation. These devices can be used on the whole body, or on specific muscles. They also come in different shapes, sizes, and frequencies. Some are even portable, so you can use them at home. These devices can help alleviate aches and pains and improve balance and mobility. This technique is popular among people with sedentary lifestyles, athletes, and those who want to recover from their workouts. Vibration therapy is an effective way to strengthen muscles and improve mobility. It can also help increase blood flow to the muscles and joints, which reduces soreness and fatigue. In addition, it can enhance flexibility and range of motion, promote sleep, and alleviate headaches and soreness.
Vibrating musculoskeletal structures delivers mechanical stimuli that mimic motion and exercise, positively influencing muscle function and coordination as well as bone metabolism by mechanical regulation of mesenchymal stem cells that provide progenitors for bone growth1. Although many clinical trials support the efficacy of vibrational stimulation, there is considerable variation between studies, probably due to the different device specifications such as directionality (horizontal displacement, side-to-side or vertical), amplitude (displacement resulting in a gravitational force of less than 1 to more than 15 g) and frequency (2-20 Hz).
The effect of vibrational stimulus on the musculo-tendinous system is mediated by a combination of monosynaptic and polysynaptic afferent pathways. It also involves local muscular tissue adaptations, such as increased stiffness to accommodate the vibrational signals. It is possible that vibration also causes anabolic effects by increasing the availability of substrates for muscle cell activation and increased production of angiogenic molecules2.
In a recent study, whole-body vibration was shown to significantly increase explosive power in physically active individuals. The researchers found that the effects were largely related to increased g-forces acting on muscles and enhanced neuromuscular activation. The authors suggest that this effect may be mediated by vibration-induced mechanical stimuli that increase the contractile capacity of the muscle and stimulate adenosine triphosphate (ATP) production.
Vibration is a safe, non-pharmacological, and low-cost method of enhancing muscle performance and improving functional capacities of musculoskeletal tissues in healthy subjects and patients with aging or pathology4. It can be used to stimulate muscle strength and power as well as to enhance the healing and recovery process. It can also improve bone density and cartilage tissue integrity in patients with osteoporosis or arthritic conditions5.
Cost
Vibration therapy can be an effective tool for a variety of clinical outcomes including pain relief, tissue extensibility and increased strength. In addition vibration therapy can improve postural stability, balance, circulation, and bone health. Incorporating vibration therapy into a patient’s longevity program enhances muscle activation, decreases stiffness, and can reduce risk of osteoporosis when combined with resistance exercise, adequate calcium, vitamin D, and physician-guided weight bearing exercise. Each vibration creates repeated muscle contractions that function like a natural muscular pump, increasing blood flow to muscles and tissues, and improving balance and posture. These mechanical forces also stimulate osteocytes (bone cells) to promote normal bone remodeling and prevent osteoporosis in postmenopausal women.
Vibrations can be individualized to the specific needs of patients and may utilize frequency, amplitude and duration parameters to achieve desired clinical outcomes. Lower frequency, amplitude and longer duration use of vibration therapy has been shown to alleviate pain, improve tissue extensibility and increase strength. This can be particularly beneficial for patients in the early and middle phases of rehabilitation following rotator cuff repair. It has also been shown that vibration therapy can alleviate delayed onset muscle soreness when applied pre or post exercise activity.
Although vibration therapy has many benefits, it should not replace regular physical activity, Mama says. If you want to try a vibration plate, talk to your oncology team and physical therapist to make sure it’s safe for you based on your diagnosis, treatment, and recovery stage. Vibration plates can also be expensive, and the ones used in research are very different from those marketed on social media.