한국 내 테이핑요법 활용실태 조사 분석

이재갑,간웅철,정유진,김리원 한국지역사회건강관리협회 대한건강과학학회 2023 대한건강과학학회지 Vol.20 No.2

The purpose of this paper is to find out the level of awareness of taping therapy in Korea that has changed since Arikawa teacher began to instruct on taping to Korea. in order to achieve the purpose of this research, papers written on the subject of taping therapy in Korea were surveyed, organized, and analyzed at four major sites, and the level of awareness of taping therapy was investigated through questionnaires. The paper survey was conducted on papers searched by the search term “taping” among papers published from 2011 to 2022. In the above survey, a total of 434 papers were searched, including 229 academic journal papers, 23 doctoral dissertations, and 182 master's thesis. This is an increase of 218% compared to 94 papers published from 1998 to 2010. Among doctoral thesis, papers related to physical therapy increased more than four times, and papers related to sprots field is also increased.This means that although the Utilization of use of taping therapy in sports field is increasing, the use of taping therapy in physical therapy is still superior. The survey was conducted from August 1st to August 31st, 2023 to a total of 120 people, 58 men and 62 women, to find out the current state of application of taping therapy, current state of learning, and awareness of the method. Through the above survey, 91% of taping treatments were performed free of charge, which may be due to the fact that it is not yet recognized as a new medical technology in South Korea. In addition, the greater part of taping lectures were aimed at first- and second-year students at university who learned taping therapy through seminars and special lectures, so there was concern that the educational level of taping was insufficent. The application of this appears to be at an extremely rudimentary stage. Also, when we see that people know kinesio taping, but do not know ``gasegenzo taping'', and know orthopedic taping, but do not know the Arikawa taping method, so we concerned that taping therapy education is mainly focused on practical skills. As a result results, after Arikawa started teaching about taping to South Koreans the number of papers increased by 218%, showing significant results. However, there is still a need for a better understanding of taping approach methods, further research on the classification of taping approach methods, and a need for courses aimed at clinical experts.

역원근 테이핑의 신경생리학적 고찰

이재갑,최유진 한국지역사회건강관리협회 대한건강과학학회 2018 대한건강과학학회지 Vol.15 No.2

There are various approach of taping. Diversity in the taping approach makes it difficult to establish the grounded theory of taping. Therefore, it is necessary to classify the taping approach and establish each grounded theory. Orthopedic medicine taping, one of the taping approaches, include an approach called power source muscle taping. This text is intended for neurophysiological analysis of power source muscle taping. The power source muscle taping is very similar to kinesio taping. But it is not exactly the same. Power source muscle taping is only intended for pain only during movement. Therefore, power source muscle taping is only for muscles. Also, in the case of motion sickness, the organic damage of muscles also applies sports taping and excludes power source muscle taping. It is only intended for those with functional impairments of muscles. If the organic damage is repaired, it is subject to power source muscle taping. Methods of orthopedic taping include elasticity taping and cause taping. Elastic taping is attached on a muscle using elastic tape from origin to insertion. cause taping apply an inelastic tape to any part of the muscle. Use the form of cross tape and response point tape for cause taping. Taping attached to muscles can be distinguished by effects caused by physical effects and effects of stimulation. Kinesio tapping has presented the promotion of lymphatic flow by physical effects as the grounded theory. Even in orthopedic tape, the reduction in sensitivity of the muscle spindle due to physical effects was presented by Arikawa Isao. However, I argue that power source muscle taping is a facilitating effect of muscle tension caused by the stimulation effects of taping. Muscles with functional disabilities have some of the muscle fibers tensed in some areas, while others have been relatively less tense. In the end, the overall tension in the muscles is reduced. In this state, the movement causes pain by concentrating stress on the tense muscle fiber. Stimulation by power source muscle taping is carried to the thalamus through the posterior column, but before that, it is delivered to the anterior horn to excite the α-motor fiber and produce a reaction of autogenetic excitation that tensions the stimulated surrounding muscles. In conclusion, it is thought that increasing the overall tension of muscles with functional disabilities reduces pain.

탄력테이핑 적용방법에 따른 편마비 환자의 정적균형향상 효과

오경애,전대중,이병훈,강명근,이정훈 한국운동재활학회 2011 JER Vol.7 No.3

This study was conducted to identify the effect of muscle taping and joint taping applied to the patients with hemiplegia after stroke in improving static balance ability. Study subjects were 36 patients admitted in a general hospital, who randomly allocated 3 groups of control (applied physical therapy (PT) alone, n=12), muscle taping group (applied PT with muscle taping, n=12) and joint taping group (applied PT with joint taping, n=12). The indices of static balance ability were weight bearing, equilibrium score and stability index measured by SMART Balance Master before, just after and 24 hours after application of taping. The major findings analysed by repeated measures ANOVA were as follows;1. Weight bearing score was increased significantly just after application of taping and the effect was maintained after 24 hours in both taping groups. But there were no significant change in control group just after and 24 hours after application. 2. Equilibrium score were increased significantly just after and 24 hours after application of taping. But there were no significant change in control group just after and 24 hours after application. 3. Stability index was increased significantly just after application of taping. After 24 hours, while joint taping group showed further increase in stability index but muscle taping group did not. There were no significant change in control group just after and 24 hours after application. In conclusion, to sum up above results, both elastic taping modalities increased effectively the static balance ability of patients with hemiplegia after stroke. Furthermore, we suggest joint taping, which was similar to or more effective than muscle taping in improving static balance ability, be utilized more widely for hemiplegia patients.

운동생리학 : 키네시오 테이핑 적용 후 시간경과에 따른 요부근력의 최대 발현 시점

김명기(MyungKiKim),이성기(SungKiLee),김창국(ChangKookKim) 한국체육학회 2005 한국체육학회지 Vol.44 No.5

This study was designed to determine the appropriate application time of Kinesio taping for athletes to improve their maximum strength and to provide systematic information that can be widely applicable to the athletics, and consequently, to improve their performance in sports competitions. Ten healthy college students in the Department of Sport and Leisure Studies at ChoongNam were screened, and individuals with a history of previous injury or surgery in their nerve, muscle, and skeletal systems, such as paresthesia and motor disorder, were excluded from this study. Subjects were taped over Rectus abdominis and Erector spine, and the changes in strength in the lumbar were measured before taping (NTmt) and then at three different time scales, immediately after taping (T0mt), 24 hours (T24mt), and 48 hours (T48mt) after taping using the Apsun lumbar extension machine. Experimental data in terms of changes in strength before and after taping were compared with the average (M) and standard deviation (SD) for each parameter using statistical package, SPSS 12.0. All statistical analyses were performed using repeated analysis of variance and Tukey's post-hoc test at a preset level of significance of α = 0.05. The results were as follows:1. Strength in the lumbar was greatly improved after taping at all three different time scales (immediately after taping, 24 hours and 48 hours after taping) as compared to before taping.2. Changes in maximum strength in the lumbar according to time lapse showed statistically significant difference. At the time of 24 hours after taping, change in strength was maximized, which then decreased.3. In terms of strength in the lumbar according to time lapse, the maximum strength was achieved 24 hours (T24mt) after taping.This study shows that strength can be improved by Kinesio taping and changed with time lapse. In particular, strength is greatly changed and achieved 24 hours after taping. Therefore, it is recommended that taping be applied 24 hours ahead of the competitions to effectively improve the strength and performance.

척추기립근과 요방형근 키네시오 테이핑 적용 시간이 근활성도 및 요부등척성 근력에 미치는 효과

박상민,윤진호,지무엽,오재근 한국웰니스학회 2018 한국웰니스학회지 Vol.13 No.1

This study was performed to investigate the effects of the time period of Kinesio taping on abdominal muscle activation when subjects who are patients with lumbar herniated intervertebral disc performed a plank test and the effects of lumbar isometric strength at different degrees. Subjects were office workers of D company and they were divided randomly into a taping group (n=15) and a non-taping group (n=15). For the taping group, the lumbar quadrate muscle and spinal erector muscle were taped; and a plank test was undertaken immediately before taping, immediately after taping, 12 hours after taping, and 24 hours after taping and measurements were taken of lumbar isometric strength and activation of upper rectus abdominis muscle, lower rectus abdominis muscle, internal abdominal oblique muscle, and external abdominal oblique muscle. The results of this study showed statistically significant strengthening of abdominal muscle activation with the right side of internal abdominal oblique muscle and both sides of external abdominal oblique muscle with the taping group. Also, it was shown that there was a statistically significant improvement in lumbar isometric strength at 0, 10, 20, 30, 40, 50, and 60 degrees for the taping group 12 hours after taping and 24 hours after taping. In conclusion, Kinesio taping may be a useful supportive method for muscle strength maintenance. 본 연구는 키네시오 테이핑 적용 시간에 따른 추간판 탈출증 환자들의 플랭크 테스트(Plank test)시 복부 근육의 근활성과 각도에 따른 등척성 요부 신근력에 미치는 영향을 알아보기 위해 실시하였다. 실험에 자발적으로 참여한 D기업 사무직 직원 30명을 대상으로 테이핑 적용 집단 15명(TG), 테이핑 미적용 집단 15명(NTG)으로 무선 배정하였다. 실험은 척추기립근과 요방형근 테이핑 적용 전, 적용 직후, 12시간 후, 24시간 후에 Plank test시 상부 복직근, 하부 복직근, 내복사근, 외복사근의 근활성도와 요부 등척성 신전근력을 측정하였다. 근활성은 테이핑 집단이 우측 내복사근, 좌 ․ 우측 외복사근에서 유의하게 높게 나타났으며, 요부 각도 별 등척성 요부 신근력은 10도, 20도, 30도, 40도, 50도, 60도에서 12시간, 24시간에서 테이핑 집단이 유의하게 높게 나타났다. 이상의 결과로 미루어 볼 때 척추기립근과 요방형근 키네시오 테이핑 처치는 요통환자의 근활성 및 요부 신전근력 회복에 도움이 될 수 있을 것이다.

길항근 탄력테이핑이 주관절 굴곡 근력 및 근 피로도에 미치는 영향

이정훈 ( Jeong Hun Lee ),정대인 ( Dae In Jung ) 한국스포츠리서치 2007 한국 스포츠 리서치 Vol.18 No.4

The purpose of this study was to examine The Effect of Muscle Strength and Fatigue on Elbow Flexion on Elastic Taping at Antagonist muscle. This experiment was conducted to compare muscle strength and fatigue effects by biceps and triceps muscle Y-type taping with 18 normal adult. it divided 9 subjects into experiment group (1) was applied by agonist taping and group (2) was applied by antagonist taping. Muscle strength was measured by muscle maximal voluntary isometric contraction(MVIC) and muscle fatigue was measured by strength decrement index(SDI) with biodex analysis. MVIC and SDI were measured using a computerized biodex analysis on elbow flexion before and after treatment. Result of this study can be summarized as follows. 1. MVIC was showed a statically increase(p<.05) after applying agonist elastic taping but antagonist elastic Taping were not showed a statically increase on paired-t test (p>.05). 2. SDI was showed a statically increase(p<.05) after applying agonist and antagonist elastic taping on paired-t test (p>.05). 3. MVIC and SDI were showed that agonist elastic taping effect was statically higher than antagonist elastic taping effect at compare to each groups on independent-t test (p>.05). These results lead us to the conclusion that Muscle SDI was influenced by antagonist kinesiotaping. but these results was not higher than effect of agonist taping therapy. Both agonist and antagonist taping therapy have the capability to develop muscle fatigue.

만성요통 환자의 테이핑 적용 시 체간의 굴곡과 신전의 근력과 지구력의 변화 측정

김수형 대한정형도수치료학회 2005 대한정형도수물리치료학회지 Vol.11 No.2

In this study, the muscle strength and endurance of the lumbar at flexion and extension were determined using and isokinetic muscle strength meter (Biodex) in patients with chronic lumbargo (10 male and 10 females), and the changes in muscle strength and endurance of the lumbar at flexion and extension after application of Y-shaped sacrospinalis muscle taping, typically used for patient with lumbargo, were studied. In addition, the sacrospinalis muscle taping of a different shape (I-shaped taping) was applied bilaterally centering on the spine, and the muscle strength and endurance of the lumbar at flexion and extension were determined and compared with those before taping. In addition, the results after application of Y-shaped taping and I-shaped taping were also compared. 1. The extensor muscle strength of the lumbar at loading of 60° /sec before application of kinesio Taping and after application of Y-shaped taping showed the level of significance (p<.05). The flexor muscle strength of the lumbar at loading of 60° / sec before application of kinesio taping and after application of Y-shaped taping did not show the level of significance. 2. The flexor muscle endurance of the lumbar at loading of 90° / sec before application of kinesio Taping and application of Y-shaped taping did now show the level of significance. The extensor muscle endurance of the lumbar at loading of 90° / sec before application of kinesio Taping and after application of Y-shaped taping did not show the level of significance. 3 The extensor muscle strength of the lumbar at loading of 60° /sec before application of kinesio Taping and after application of I-shaped taping show the lever of significance (p<.05). The flexor muscle strength of the lumbar at loading of 60° /sec before application of kinesio Taping and after application of I-shaped taping showed the level of significance (p<.05). 4. The flexor muscle endurance of the lumbar at loading of 90° /sec before application of kinesio taping and after application of I-shaped taping showed the level of significance. The extensor muscle strength of the lumbar at loading of 90°/sec before application of kinesio Taping and after application of I-shaped taping showed the level of significance (p<.05). 5. In comparison between after application of Y-shaped taping and after application of I-shaped taping, the flexor muscle strength of the lumbar at loading of 60° / sec did not show the level of significance. In comparison between after application of Y-shaped taping and after application of I-shaped taping, the extensor muscle strength of the lumbar at loading of 60° /sec showed the level of significance (p<.05). 6. In comparison between after application of Y-shaped taping and after application of I-shaped taping, the flexor muscle strength of the lumbar at loading of 90° / sec did not show the level of significance. In comparison between after application of Y-shaped taping and after application of I-shaped taping, the extensor muscle strength of the lumbar at loading of 90° / sec did not showed the level of significance (p<.05).

발목관절의 테이핑이 운동수행에 미치는 영향

이윤관 慶山大學校 1995 論文集 Vol.13 No.1

This study was conducted in order to determine the effects of ankle taping on athletes' sports activities, Sixteen athletes were randomly selected and eight of them were taekwon do athletes and rest of them were wrestlers. Their activities were tested before and after their ankles were taped. The results obtained are as follows: 1. The flexibility of the athletes after ankle taping was poorer than that of the athletes before ankle taping. The difference was statistically significant(P>0.01). 2. The ability of balance of the athletes after ankle taping was better than that of the athletes before ankle taping. The difference was statistically significant(P<0.05). 3. The strength of muscles of the athletes after ankle taping was not better than that of the athletes before ankle taping. The difference was not statistically significant. 4. The power of the athletes after ankle taping was not better than that of the athletes before taping. 5. Agility of the athletes after ankle taping was better than that of the athletes before taping. The difference was statistically significant.(P<0.05). 6. Muscular endurance of the athletes after ankle taping was better than thant of the athletes before taping. The difference was statistically significant

키네시오 테이핑 적용이 암 컬 10-RM의 반복횟수, 근활성도 및 근피로에 미치는 영향

이병근 대한운동학회 2016 아시아 운동학 학술지 Vol.18 No.1

[PURPOSE] The purpose of this study was to analyze the effects of Kinesio taping by comparing the repetition frequency, the EMG responses of iEMG and MPF with or without application of Kinesio taping during arm curl 10-RM. [METHODS] Subjects were consisted of 10 college men. The subjects performed non-taping 10-RM without Kinesio taping, or Taping 10-RM, and Taping Max-RM of 10-RM with Kinesio taping. The Kinesio taping were applied by the methods reported by KTAI (2011). Paired t-test and repeated ANOVA were used. [RESULTS] The repetition frequency of Taping Max-RM of 10-RM was increased about 25.2% than that of Non-taping 10-RM(p<.01). There were significant difference in iEMG among Non-taping 10-RM, Taping 10-RM, and Taping Max-RM of 10-RM both biceps brachii(p<.05) and pectorialis major(p<.01), and iEMG of Taping 10-RM was lower than iEMG of the others(p<.05). iEMG of Taping 10-RM both biceps brachii and pectorialis major was lower that of Non-taping 10-RM even the same physics work. There were no significant difference between iEMG of Non-taping 10-RM and iEMG of Taping Max-RM of 10-RM even repetition frequency after the application of taping were increased 25.2%. In case of MPF, there was no significant difference among Non-taping 10-RM, Taping 10-RM, and Taping Max-RM of 10-RM both biceps brachii and pectorialis major. MPF related with muscle fatigue factor showed no significant difference. [CONCLUSIONS] The repetition frequency of arm curl was increased about 25.2% after the application of Kinesio taping. Kinesio taping reduced iEMG of muscle during 10-RM. There was no significant difference in iEMG even at maximum repetition. However, MPF was not effected by application of taping.

키네시오 테이핑이 벤치 프레스 10-RM의 반복횟수와 근전도의 iEMG와 MPF 반응에 미치는 영향

이병근 대한운동학회 2012 아시아 운동학 학술지 Vol.14 No.4

[INTRODUCTION] The purpose was to compare the repetition frequency, EMG responses of iEMG and MPF according to Kinesio taping during bench press 10-RM, and to analyse the effects of Kinesio taping. [METHODS] The subjects were consisted of 14 college men, and bench press 10-RM was measured. The subjects participated Non-taping 10-RM without Kinesio taping, Taping 10-RM, and Taping Max-RM with Kinesio taping. The Kinesio taping was applied by the methods of Kho(2002), and Uh(2001). Paired t-test and repeated ANOVA were applied. [RESULTS] The repetition frequency of Taping Max-RM was increased about 25% than that of Non-taping 10-RM(p<.01). There were significant differences among iEMG of Non-taping 10-RM, Taping 10-RM, and Taping Max-RM on pectorialis major(p<.05). However there were no significant differences among iEMG of Non-taping 10-RM, Taping 10-RM, and Taping Max-RM on triceps brachii. In case of MPF, there were no significant difference among Non-taping 10-RM, Taping 10-RM, and Taping Max-RM on left pectorialis major and both left and right triceps brachii. [CONCLUSION] The repetition frequency was increased about 25% in case of Kinesio taping. iEMG of Taping 10-RM on left pectorialis major was lower than that of Non-taping 10-RM even with the same physics work. There were no significant differences among iEMG of Non-taping 10-RM and Taping Max-RM even repetition frequency was increased, in case of taping. However, MPF related with muscle fatigue factor was shown even though no significant difference depend on the using of taping except right pectorialis major. The responses of MPF were different from iEMG was depended on taping. Kinesio taping usage increased repetition frequency, reduced iEMG in some muscles during 10-RM on some muscles. There was no significant difference in iEMG even with the difference of maximum repetition. However, MPF wasn't effected by the usage of taping. [서론] 본 연구의 목적은 벤치 프레스 운동 10-RM을 수행하는 동안 키네시오 테이핑을 적용 여부에 따른 반복횟수와 근활성도 변인인 iEMG 및 근피로 변인인 MPF의 반응을 비교하여 키네시오 테이핑 적용의 효과를 구명하는데 있다. [방법] 본 연구에서는 남자 대학생 14명을 연구대상으로 하여, 벤치 프레스 10-RM 중량을 산출하고 키네시오 테이핑 적용하지 않은 상태로 Non-taping 10-RM 운동을 수행하거나, 키네시오 테이핑을 적용한 상태에서 벤치 프레스 동작을 수행(Taping 10-RM, Taping Max-RM)하며 수행횟수와 근전도 반응을 측정하였다. 키네시오 테이핑은 테이프의 길이를 30% 정도 신전시켜 적용하였다. 벤치 프레스 운동 중 큰가슴근과 세갈레근의 iEMG와 MPF를 측정하고 분석하고 종속 t-test와 반복측정 분산분석을 실시하였다. [결과] Non-taping 10-RM의 반복 횟수보다 Taping Max-RM이 약 25% 증가하였으며 유의한 차이가 나타났다(p<.01). 큰가슴근의 Non-taping 10-RM, Taping 10-RM 및 Taping Max-RM의 iEMG 간에는 유의한 차이가 나타났으나(p<.05), 세갈레근의 Non-taping 10-RM, Taping 10-RM 및 Taping Max-RM의 iEMG 간에는 유의한 차이가 나타나지 않았다. MPF의 경우, 우측 큰가슴근을 제외한, 좌측 큰가슴근과 좌우 세갈레근에서 Non-taping 10-RM, Taping 10-RM 및 Taping Max-RM의 MPF 간에는 유의한 차이가 나타나지 않았다. [결론] 키네시오 테이핑을 적용한 후에 반복휫수가 약 25% 증가하였으며, 근활성도 요소인 iEMG의 경우 동일한 물리량의 운동을 수행하였지만 좌측 큰가슴근에서 Taping 10-RM의 iEMG가 적게 나타났다. 테이핑 적용 후에 더 많은 반복횟수를 수행하였지만 Non-taping 10-RM과 Taping Max-RM의 iEMG는 유의한 차이가 나타나지 않다. 근피로도 요소인 MPF의 경우 우측 큰가슴근을 제외한 모든 근육에서 유의한 차이가 나타나지 않아 iEMG와는 다른 반응으로 나타났다. 즉, 키네시오 테이핑 적용은 벤치 프레스의 반복횟수를 증가시키고, 동일한 10-RM 운동 동안에 일부 근육의 iEMG를 다소 감소시키며, 더 많은 반복 횟수를 수행하더라도 iEMG는 유의한 차이가 나타나지 않았다. 그러나 MPF는 테이핑 적용이 유의한 영향을 미치지 않는 것으로 나타났다.