Effect of vibrational therapy on muscle tissue

Abstract

In an adult human, on average, muscles constitute about 40% of their body mass. They are the basic structural and functional elements of the musculoskeletal system based mainly on shrinkage of their fibres. This state, among others, ensures and induces motor reactions defined in a given situation, affects balance and muscle balance, the efficiency of neuromuscular connections, and also decides the efficiency of the motor system. The aim of the work was to review literature regarding the impact of treatments using vibrational stimulus on human muscle tissue. Particular attention was paid to the observed improvement of its motor properties after the completion of t vibrational therapy application. An attempt was also made to present the widest possible use of vibrational procedures in various disease states related to the functionality of muscle tissue, which is why in the present overview, the included research was differentiated in terms of target groups and investigated muscles. The analysis included domestic and foreign literature, in which the positive effect of vibrational treatments on the motor properties of adults was discussed. Studies were selected, the authors of which described the most important parameters of the vibrational stimulus used, such as: frequency, amplitude and duration of exposure. Research work from the last 15 years has been analysed (not including the historical part). However, as many as 70% of the studies referred to have been published in the last 5 years. Data from the following databases was analysed: Medline, Embase, Cochrane CENTRAL trials register, ScienceDirect, PubMed, IEEE Xplore, Wiley Online Library. Key words used: muscles, force, vibration, WBV. Numerous reports indicate the positive effect of vibrational therapy on human muscle tissue. These treatments, among others, prevent muscle atrophy, and in this way, improve or reproduce the lost motor skills of the investigated people. Treatments with the use of vibrations can be performed by the patients themselves without special supervision, the devices that trigger them are easy to use and do not require significant physical effort, which is an undoubted advantage for the elderly and ill patients as well as athletes during the restitution period. It seems wise that any future research regarding the possibility of use of using vibrations in various disease states, including covering the broadly understood pathology of the musculoskeletal system, should focus on the development of optimal parameters and conditions for the use of vibration treatments, associating them with selected disease entities, developing indications and contraindications for their use, as well as determine hypotheses of the effectiveness of undertaken activities and their scientific verification. This article is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License. null

Demonstration of Threshold Vibrator Strapped on tendon of Achilles

“…The neural pathways produced by WBV help to support increased muscle activity. Despite the lack of direct proof, the tonic vibration reflex (TVR), a reflexive muscular contraction that happens during the severe situation, is the most frequently proposed mechanism for the WBV response (7). TVR is thought to be responsible for the improved muscle power reported following intensive WBV.…”

“…TVR is thought to be responsible for the improved muscle power reported following intensive WBV. The neuromuscular spindles are stimulated by stimulating the neuromuscular system, resulting in impulsive activation of motoneurons with enhanced spatial range (7). The following are some of the key benefits of WBV: Muscle strength is improved.…”

“…Every day for an hour, it stays command to 50 Hz shaking treatment. Plantar muscular robustness expand in the company of self-aerobics shrinking after 14 days of daily vibration therapy (7).This research treats muscles and tendons as continuous composite materials, with fibers surrounded by connective tissue and biofluids (13)(14)(15)(16)(17)(18)(19)(20)(21)(22)(23)(24)(25).representation is based on a concept proposed by Liang et al ( 2006) for regularly deportment of fibrous hydrodynamic, but it has been enlarged to include skeletal muscles and tendon (26)(27)(28)(29)(30)(31)(32)(33)(34)(35).here is initial learning with respect to look at result of temporary portal twitching of the Achilles tendon (less than 5 minutes) on top calf muscle twist under voluntary contraction, jerk astringent characteristics, tibial flexor strength performance, also brain power occupation in young females (36)(37)(38)(39)(40)(41)(42). Hence, we can conclude that the twitching methodology used in this investigation increased muscular activation, which increased plantar-flexor muscle force output.…”

The Effects of Massage Guns on Performance and Recovery: A Systematic Review

“…obstructive airway diseases [3], balance impairments [4], neurological diseases [ [6] and chronic [7] musculoskeletal pain, obesity [8], vascular insufficiency [9 syndrome [10], bone mineral density [11], urinary stones [12], refractory acute res distress syndrome [13], and enhance neuromuscular performance [14]) and p (from children [15] to the elderly [16], including athletes [17] to everyday profe [18]) conditions.…”

“…In those times, to hasten the recovery of injuries, a flexible saw was wrapped around the injured body part to transmit mechanical vibrations and improve the health in compromised individuals [ 1 ]. Progressively, with science and technology evolution, these interventions’ spectrum of use has increased, showing nowadays to be viable for various health issues (such as osteoporosis [ 2 ], chronic obstructive airway diseases [ 3 ], balance impairments [ 4 ], neurological diseases [ 5 ], acute [ 6 ] and chronic [ 7 ] musculoskeletal pain, obesity [ 8 ], vascular insufficiency [ 9 ], Down syndrome [ 10 ], bone mineral density [ 11 ], urinary stones [ 12 ], refractory acute respiratory distress syndrome [ 13 ], and enhance neuromuscular performance [ 14 ]) and patients’ (from children [ 15 ] to the elderly [ 16 ], including athletes [ 17 ] to everyday professionals [ 18 ]) conditions.…”