Polyfactorial approach in rehabilitation of football players' muscles after sports injuries
DOI:
https://doi.org/10.12775/JEHS.2022.12.01.017Keywords
sports injury, muscles, electrical myostimulation, magnetic therapy, electromagnetic wave therapyAbstract
The article discusses a multifactorial approach to the restoration of muscle volume and rehabilitation of football players after sports injuries, which includes the implementation of electric myostimulation in a magnetic field in combination with the effect of electromagnetic radiation of the visible or infrared spectrum on muscles and the area of injury. Comparative studies were carried out in two groups of footballers in rehabilitation after ankle injury rehabilitation. The medical rehabilitation of the players of the 1st group was carried out according to the protocol approved in the center: the MIT-FM apparatus, the protocol for the implementation of rehabilitation provides for the implementation of drug treatment and physiotherapeutic procedures based on the combined use of therapy with electromagnetic waves of the red, blue and infrared spectral range with a power of 50 mW in a pulsed magnetic field of intensity 30 mT and a pulse repetition rate of 9.4 Hz.
In group 2, the rehabilitation of footballers after injuries of the lower extremities was carried out according to the protocol developed by the authors: sequential connection of the rehabilitation protocol of the first group and combined magneto-photo electric myostimulation of muscles with myotonic impulses, with a pulse repetition rate of 9.4 Hz. The repetition period of the packs of impulses is 8 seconds with the duty cycle of repetition of the packs of impulses 2. The current strength was set individually for each patient - until the appearance of visible muscle contractions.
Muscle photostimulation was performed with electromagnetic radiation of red (wavelength 0.63 μm, power 30 mW), blue (wavelength 0.45 μm, power 30 mW) and infrared (wavelength 0.75 μm, power 50 mW) spectral ranges in constant magnetic field (intensity 30 mT).
The first electrode is placed on the muscle's innervation zone. The second electrode provides a combined effect of electrical impulses and optical flux in a constant magnetic field on the abdomen of the muscle according to the labile technique.
The time of one procedure was 40 minutes. The number of procedures for a course of treatment is 15.
As a result, the analysis of the data obtained (assessment of the quality of life according to the extended table SF-36) revealed a positive dynamics of clinical manifestations in both groups. The main result of the research is the development of a protocol for the rehabilitation of football players after injuries of the lower extremities based on the use of drug treatment, physiotherapy procedures based on the combined use of therapy with electromagnetic waves of the blue and infrared spectrum in a constant magnetic field in combination with muscle electrostimulation, which has a higher level rehabilitation potential versus applicable footballerІ rehabilitation protocols.
References
Sportivnaya travma: diagnostika i lecheniye [Sports injury: diagnosis and treatment]. P. Makmaon. Nauchnyy redaktor V.V. (2011). Uyba. Translated from English. M. «Praktika», 366 p. (Russian).
Samosyuk, I.Z., Chukhraiev N.V., Samosyuk N.I., Chukhraieva Ye.N. (2012). Elektroterapiya i elektropunktura v meditsinskoy reabilitatsii, fizioterapii i kurortologii [Electrotherapy and electropuncture in medical rehabilitation, physiotherapy and balneology]. K., 291 p. (Russian).
Samosyuk I.Z., Malyuta V.I., Chukhraiev N.V. (2016). Lecheniye bolevykh sindromov [Treatment of pain syndromes]. Vein. NMAPE named after P.L. Shupik, Educational establishment of physical and rehabilitation medicine. 224 p. (Russian).
Samosyuk I.Z., Malyuta V.I., Chukhraiev N.V., Shmorgun A.A. (2019). Primeneniye ul'trazvukovoy i magnitolazernoy terapii v klinicheskoy i sportivnoy meditsine [Application of ultrasound and magnetic laser therapy in clinical and sports medicine]. Kiev, 376 p. (Russian).
Chukhraiev N.V., Vladimirov А.А., L.Vilcahuamаn, W. Zukow, Samosyuk N.I., Chukhraieva E., Butskaya L.V. Combined application of ultrasonic waves, magnetic fields and optical flow in the rehabilitation of patients and disabled people. Kiev Shupyk National Medical Academy of Postgraduate Education, University of Radom High School, SCM «Medical Innovative Technologies. 2016. 304 p.
Chukhraiev N., Vladimirov А., Vilcahuamаn L., Zukow W., Samosyuk N., Chukhraieva E., Butskaya L. (2017). Application of ultrasonic waves, magnetic fields and optical flow in rehabilitation. Kiev Shupyk National Medical Academy of Postgraduate Education, University of Radom High School, SCM «Medical Innovative Technologies». 324 p.
Samosyuk I.Z., Malyuta I.V., Chukhraev N.V. (2018). Meditsinskaya i psikhologicheskaya reabilitatsiya postinsul'tnykh bol'nykh [Medical and psychological rehabilitation of post-stroke patients]. Radom. Radomska Szkoła Wyższa w Radomiu. 527 p. http://dx.doi.org/10.5281/zenodo.1169332
Chukhraev N.V. Korobov A.M., Possokhov N.F., Gorbunov O.V. (2014). O deystvii nizkointensivnogo elektromagnitnogo izlucheniya vidimogo diapazona spektra i magnitnogo polya na vosstanovleniye povrezhdennykh perifericheskikh nervov eksperimental'nykh zhivotnykh [On the effect of low-intensity electromagnetic radiation in the visible range of the spectrum and a magnetic field on the restoration of damaged peripheral nerves in experimental animals]. Materials of the XXXXI International Scientific and Practical Conference. Application of lasers in medicine and biology. pp. 41-42.
Posokhov N.F. Chukhraiev N.V., Gorbunov O.V., Korobov A.M., Mikhailov A.I. (2014). Rezul'taty eksperimental'no-morfologicheskogo issledovaniya regeneratsii perifericheskogo nerva pod vliyaniyem krasnogo izlucheniya svetodiodov i impul'snogo magnitnogo polya [The results of an experimental-morphological study of peripheral nerve regeneration under the influence of red radiation of LEDs and a pulsed magnetic field]. Photobiology and photomedicine. International scientific and practical journal. XII(3.4):71-78.
Chukhraev N.V., Zukow W., Unichenko A.V., Butskaya L.V., Gres O.O. (2019). Multidisciplinary approach in the treatment of spin diseases. Journal of Education, Health and Sport. 9(1):294-307. DOI http://dx.doi.org/10.5281/zenodo.2553467
Terehov G.V., Chukhraeva O.M., Savytska I.M., Kostylev M.V., Malyuta V.I., Geylenko O.A., Chukhraiev M.V. (2019). [Investigation of the impact of photostimulation and healing of postoperative wounds in experiment]. Klinicheskaia Khirurgiia, 86(9):50-53. https://doi.org/10.26779/2522-1396.2019.09.50
Lysenyuk VP., Samosyuk I.Z,. Fisenko L.I. and others. (2007). [Medical rehabilitation: modern standards, tests, scales and performance criteria. Low-intensity resonance physiotherapy and its application in rehabilitation medicine]. Manual. К.: “SMC “Medinteh”, 180 p.
PU №117125. [Barocomplex for the treatment of diseases of the lower extremities]. Chukhraiev N.V., Malyuta V.I., Chukhraieva E.N., Fedul Vladislav. Publ. 12.06.2017, bul. №11/2017.
PU №117126. [Vortex footbath]. Chukhraiev N.V., Malyuta V.I. Publ. 12.06.2017, bul. №11.
PU №118414. [Vortex hydromassage footbath]. Chukhraiev N.V. Published on 08/10/2017, blvd. №15.
PU №123018. [The device for psychosomatic correction of diseases of the lower extremities in athletes]. Chukhraiev N.V.; Malyuta V.I.; Mironov L.A.; Shmorgun O.O.; Zhuchka A.V., Abolfathi Mehdi Moses; Unichenko A.V. Publ.12.02.2018, blvd. №3.
PU №144243. [A method of treating diseases of the neuromuscular synapse and muscles]. Chukhraiev M.V.; Chukhraieva O.M.; Malyuta V.I.; VI box; Zhuchka A.V.; Wise O.I.; Unichenko A.V. Publ. 25.09.2020, bul. №18.
PU №144244. [A method of treating dorsopathy]. Chukhraiev M.V.; Chukhraieva O.M.; Maluta V.I., Alexander Bitson; Wise O.I.; Pilyuyko V.V.; Tsits G.D.; Unichenko A.V. Publ. 25.09.2020, bul. №18.
Gushcha, S. G., Oleshko, A. Y., Bakholdina, E. I., Badiuk, N. S., & Zabolotna, I. B. (2021). Correction of disturbances of functional activity of the central nervous system in rats with the post-traumatic stress disorder model using remedy with a high magnesium content. PharmacologyOnLine. 1, 12-19.
Shmakova, I. P., Shapovalova, H. А., Mokienko, А. В., Badiuk, N. S., Babienko, V. V., & Gushcha, S. G. (2021). Mineral waters as a part of sanatorium-resort rehabilitation for children in remission of oncological diseases. PharmacologyOnLine. 1, 156-162.
Gozhenko, A. I., Korshnyak, V. A., Nasibullin, B. A., Savytskyi, I. V., Gushcha, S. G., & Badiuk, N. S. (2021). The involvement of brain specific proteins in the pathogenesis of the consequences of closed pulmonary cranial injury. PharmacologyOnLine. 1, 6-11.
Shapovalova, H., Shmakova, I., Mokiienko, A., Gushcha, S., & Plakida, A. (2021). Substantiation of the additional prescription of magnetotherapy in the complex of rehabilitation of children with concomitant diseases of the nervous system during remission of cancer. Balneo and PRM Research Journal. 12(1):73-76.
Puhlik, S. M., Аndreev, A. V., Gushcha, S. G., Tagunova, I. K., Volyanska, V. S., Balashova, I. V., & Badiuk, N. S. (2021). Experience with the use of oral probiotic Streptococcus salivarius K12 for the prevention of recurrence of pharyngotonsillar episodes. PharmacologyOnLine. 1, 120-124.
Babov, K., Nikipelova, O., Sydorenko, O., Gushcha, S., Zabolotna, I., & Zukow, W. (2021). Grounds for the establishment of a state-owned resort on the territory of the city of Morshyn, Lviv region, Ukraine. Ecological Questions, 32(1): 1-15.
Strus, O., Babov, K., Gushcha, S., Polovko, N., Nasibullin, B., & Polshchakova, T. (2020). Toxicological and Biological Assessment of the Effect of Sapropel of the Prybych Lake during Cutaneous Application in Rats. Open Access Macedonian Journal of Medical Sciences, 8(A): 633-638.
Bilas, V., Popadynets’, O., Flyunt, I.-S., Sydoruk, N., Badiuk, N., Gushcha, S., Zukow, W., Gozhenko, A., & Popovych, I. (2020). Entropies of thymocytogram, splenocytogram, immunocytogram and leukocytogram in rats are regulated by sex and the neuroendocrine parameters while regulates immune parameters. Journal of Education, Health and Sport, 10(7): 266-288.
Kuznetsova, H. S., Kuznetsova, K. S., Olenovych, O. A., Gozhenko, O. A., Kuznetsov, S. H., & Gozhenko, A. I. (2018). The desquamation of the endothelium due to normalization of glycemia decreases in patients with diabetes mellitus. PharmacologyOnLine, 2: 74-81.
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