Effect of Manual Lymphatic Drainage and Kinesio Taping on Delayed Onset Muscle Soreness

Overview

Delayed muscle soreness is pain and tenderness that occurs after unusual exercises, most often involving eccentric contraction. This sensitivity, which usually begins in the distal part of the muscle and is intense, spreads progressively throughout the entire muscle 24-48 hours after exercise. The intensity of the discomfort increases within the first 24 hours following cessation of exercise, peaks between 24 and 72 hours, decreases and eventually disappears within 5-7 days after exercise. Delayed onset muscle soreness is considered one of the most common and recurring forms of sports injuries. The most prominent symptoms and findings are a decrease in joint range of motion and strength, edema, stiffness, pain and tenderness. In the planned study, the investigatorss aimed to compare the effects of kinesio taping, manual drainage, placebo kinesio taping and placebo kinesio taping on pain intensity, pain threshold and tolerance, sensory sensitivity and connective tissue stiffness in individuals with delayed-onset muscle soreness.48 healthy adults will be included in our study. Participants will be divided into four groups of 12 people: kinesio taping, placebo kinesio taping, manual lymph drainage and placebo manual lymph drainage. Our participants will have a maximum repetition weight on their wrist flexor muscles, and a delayed muscle soreness protocol will be applied using 80% of this amount. In our participants, pain at rest and activity (VAS), pressure pain threshold and tolerance (algometer), tactile sense (Semmes-Weinstein Monofilament Test), edema (circumference measurement with tape measure), treatment satisfaction and effect (VAS), tissue tension (skin rolling). and perceived fatigue (VAS) will be evaluated. The researchers plan to conduct 5 assessments: before the delayed-onset muscle soreness protocol, immediately after the protocol, immediately after treatment, and 24 hours and 48 hours after the initial assessment.

Volunteers, healthcare students and university employees between the ages of 18-40 who meet the inclusion criteria will be included in our study. All participants meeting the inclusion criteria will be selected and divided into four groups using computer-generated randomization (simple randomization) ( www.randomizer.org ).Participants will be divided into four groups: manual lymph drainage, placebo manual lymph drainage, kinesio taping and placebo kinesio taping. On the first day, after the volunteers who meet the inclusion criteria are divided into groups, demographic information (gender, age, height, body weight) will be collected. The first evaluation will be made after demographic information is obtained. The evaluation includes pain at rest and activity (VAS), pressure pain threshold and tolerance (algometer), tactile sense (Semmes-Weinstein Monofilament Test), edema (circumference measurement with tape measure), treatment satisfaction and effect (VAS), tissue tension and perceived fatigue. (VAS) will be evaluated. Visual Analog scale will be used to evaluate pain at rest and activity. Visual Analog Scale is a 10 cm long ruler drawn horizontally, starting with "No pain" and ending with "Unbearable pain". Our participants will be asked to mark an "x" in the appropriate area on this ruler for the intensity of pain they feel at rest. In order to determine the intensity of pain during the activity, the patient will be asked to perform wrist flexion and extension and will be asked to mark the pain they feel during the movement on the ruler in the same way. Algometer will be used to evaluate pressure pain threshold and tolerance. As the measurement point, the researcher will mark 5 cm distal to the medial epicondyle of the humerus on the line connecting the midpoint of the wrist joint and the medial epicondyle of the humerus . Two measurements will be made on this point with an interval of 30 seconds and the average will be recorded. Semmes-Weinstein Monofilament Test will be used for tactile sensation. The patient is asked to close his eyes while sitting with his forearm supported. The point where the pressure pain threshold was measured was chosen as the measurement point. Monofilament test is applied to the determined area a maximum of 3 times; Force is applied until the filament becomes slightly curved. The participant is told to say yes as soon as he feels it and the application is stopped at that moment. For each filament that is not felt, the next value, the thicker filament, is tried. Each filament is kept in the applied area for 1-1.5 seconds. The value obtained after the measurement is recorded. Edema measurement will be measured with a non-flexible tape measure at the reference point where the pressure pain threshold is measured, with the participant in a sitting position with forearm supported. Treatment satisfaction and impact will only be questioned at the final evaluation.Researchers will evaluate the patient's treatment satisfaction level with a visual analog scale. The patient will be asked to evaluate his/her satisfaction with the treatment by placing an "x" mark on the ruler, which starts with "I am not at all satisfied" and ends with "I am very satisfied". Tissue tension will be evaluated on the forearm with the skin rolling technique. Visual Analog scale will be used for perceived fatigue. "There is no fatigue at all." The patient will be asked to evaluate the fatigue he/she feels by placing an "x" on the ruler starting with "Severe Fatigue". All evaluations will be applied to the non-dominant upper extremity wrist flexor muscles. Because the researchers recruited healthy volunteers, they do not expect the participants to experience any pain at the start of the study.Researchers will create the muscle soreness they want using free weights. Researchers will find a 1 Maximum Rep Weight to create delayed onset muscle soreness. Researchers will reference previous studies to find a 1 Maximum Rep Weight.1 Maximum Repetition is the weight that can be lifted only once but cannot be lifted a second time. 1 After the Maximum Repetition weight is determined, an eccentric exercise program will be applied to the participants with a free weight of 80% of this weight. After the first evaluation, the 1 Maximum Repetition weight of the non-dominant wrist flexor muscles will be determined. 1 Mayhew et al.'s formula will be used to find Maximum Repetition. Participants will be given an estimated weight for their wrist flexors and counted the number of times they lift that weight. The resulting weight and number of repetitions will be substituted into the formula and 1 Maximum Repetition will be calculated. After 1 Maximum Repetition is determined, a delayed muscle soreness protocol will be applied by performing 10 sets of wrist flexion consisting of 10 repetitions at 80% of 1 Maximum Repetition. There will be a 1 minute rest period between each set. After delayed onset muscle soreness is established, participants will be given a second evaluation and then their treatments will be applied according to the groups they belong to. After the treatment, the third evaluation will be made and the first day applications will end. A fourth assessment will be made 24 hours after the delayed muscle soreness protocol and a fifth assessment will be made 48 hours later.All of the parameters described above will be evaluated in all five planned evaluations. Treatment satisfaction and impact will only be questioned at the final evaluation