An interventional study of Sterile Kinesio Taping in Knee Osteoarthritis and Post-Surgical Complication, sponsored by Baskent University. Completed at 1 site in Turkey. Open to participants aged 30 Years to 70 Years. Per ClinicalTrials.gov, last updated 2023-07-27.
Sponsored by Baskent University · Not applicable, Interventional, and Treatment
Total knee replacement, which is the gold standard surgical treatment method applied in today's conditions, in order to maintain the patient's daily life without pain, to provide the knee joint range of motion, to eliminate the deformity and instability in the knee joint in advanced stage (Stage 3-4) knee osteoarthritis (OA) that does not benefit from conservative treatment. Obtaining the best clinical outcome for the patient after surgery is only possible with the implementation of post-surgical physical therapy and rehabilitation programs.
Edema and pain occurring in the early post-surgical period prevent patients from moving freely, and as a result, the psychological state of the patients is also affected. With effective physiotherapy, besides relieving pain and edema, patients' sensorimotor performances, proprioceptive senses and body balances are restored, and thus the brain is taught how to maintain joint functions. For this reason, new physiotherapy methods are being developed every day for this purpose.
"Kinesio Taping" (KT) is one of the modern physiotherapy methods that has been widely used in sports orthopedics in recent years. It was developed by Kenzo Kase in 1973 and is used clinically to relieve pain and edema, and to increase motor function in musculoskeletal diseases. In this method, an adhesive cotton-based tape called kinesio tape is used. The elastic structure of this band, which allows it to extend 130-140% of its original length, similar to the skin, together with its three-dimensional "fingerprint" texture specific to the band, causes the formation of microfolds on the skin. The formation of these folds; It is known that it increases the proprioceptive perception of the related joint by stimulating skin mechanoreceptors. It also reduces the pressure under the skin and helps relieve pain by increasing lymphatic drainage. The Epidermis-Dermis-Fascia (EDF) taping method is a KB method that has been developed in recent years. It provides less tension and is more easily applied to painful areas. The narrow strips of the applied tape provide more stimulation in the most superficial tissues5. Although studies on the effect of other application methods on rehabilitation after knee replacement surgery are available in the literature, there is no study in the literature showing the effects of the EDF technique.
In this study, it is aimed to evaluate the effect of KT applied with EDF technique on clinical results in the early postoperative period in patients who have undergone total knee replacement surgery. The hypothesis of this study is; It was determined that "pain and edema decrease and functional gain increases in patients who underwent KT after total knee prosthesis surgery".
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Exclusion Criteria:
The standard post-surgical protocol and sterile EDF kinesio-taping will be applied to this group. The clinical evaluation will be made on the 15th, 45th and 90th days; functional measurements will be taken. The follow-up period was determined as 3 months.
Other: Sterile Kinesio Taping
The standard post-surgical protocol applied in our clinic will be applied to Group 2. The clinical evaluation will be made on the 15th, 45th and 90th days; functional measurements will be taken. The follow-up period was determined as 3 months.
The standard post-surgical protocol and sterile EDF kinesio-taping will be applied to this group in the operating room at the end of the surgery in a sterile manner according to the epidermis-dermis-fascia (EDF) technique previously described in the literature (without tension). Original KinesioTex® Tape will be used in the study. The day of taping will be considered as Day 0 and the tapes will be changed on the 4th day, the 7th day.
Change from Baseline at 15th, 45th and 90th days in Pain
Visual analogue scale will be used for pain assessment in rest, activity and sleep. The patient will be asked to define the severity of pain in a 10 cm line, from 0 to 10. 0 means no pain and 10 means unbearable pain.
Time frame: The clinical evaluation will be made on the 15th, 45th and 90th days
Change from Baseline at 15th, 45th and 90th days in Range of Motion Assessment
range of motion of knee flexion and extension will be measured with digital inclinometer
Time frame: The evaluation will be made on the 15th, 45th and 90th days
Change from Baseline at 15th, 45th and 90th days in Edema
edema will be made with measurement of the opposite extremity which will be compared with the tape measure
Time frame: The evaluation will be made on the 15th, 45th and 90th days
Change from Baseline at 15th, 45th and 90th days in Complications
Complications such as superficial-deep skin infection or allergic reaction will be evaluated.
Time frame: The evaluation will be made on the 15th, 45th and 90th days
Change from Baseline at 15th, 45th and 90th days in Functional Assessment of knee
Functional scores before and after surgery will be assessed with Knee Society Score. The Knee Society Score (KSS) has two components (knee and function scores), each of which is scored separately from 0 to 100, with higher values indicating better outcomes.
Time frame: The evaluation will be made on the 15th, 45th and 90th days
Change from Baseline at 15th, 45th and 90th days in Functional Assessment for osteoarthritis.
Functional scores before and after surgery will be assessed with Western Ontario and McMaster Universities Osteoarthritis Index Score. The Western Ontario and McMaster University Osteoarthritis Index (WOMAC) is a disease-specific, self administered, health measure developed to study patients with osteoarthritis in the hip or knee. The domains are pain, stiffness, physical function, social function and emotional function. Every question can be given five alternative answers, which means a total of 0-4 points. The maximum score in the Likert version is 20 points for pain, 8 for stiffness and 68 points for physical function. A maximum score of 100 points occurred when the patient had minimum pain, stiffness and optimal function.
Time frame: The evaluation will be made on the 15th, 45th and 90th days
Change from Baseline at 15th, 45th and 90th days in Thermographic measurement
Thermal changes in the skin will be assessed via a thermal camera at the knee region
Time frame: The evaluation will be made on the 15th, 45th and 90th days
Change from Baseline at 15th, 45th and 90th days in Inflammatory markers as Interleukin 6 (IL-6)
Inflammatory markers in the blood such as Interleukin 6 (IL-6) will be assessed. The reported values for IL-6 in the blood of healthy people vary between 0 and 43.5 pg/ml.
Time frame: The evaluation will be made on the 15th, 45th and 90th days
Change from Baseline at 15th, 45th and 90th days in Inflammatory markers as Sedimentation rate
Inflammatory markers in the blood such as Sedimentation rate, the rate at which they settle is measured as the number of millimeters of clear plasma present at the top of the column after one hour (mm/hr), will be assessed.
Time frame: The evaluation will be made on the 15th, 45th and 90th days
Change from Baseline at 15th, 45th and 90th days in Inflammatory markers as C-reactive protein (CRP)
Inflammatory markers in the blood such as C-reactive protein (CRP) will be assessed. CRP concentration is measured in mg/L
Time frame: The evaluation will be made on the 15th, 45th and 90th days
Change from Baseline at 15th, 45th and 90th days in Inflammatory markers as Creatine Kinase (CK)
Inflammatory markers in the blood such as Creatine Kinase (CK) will be assessed. Normal range is 22 to 198 U/L (units per liter)
Time frame: The evaluation will be made on the 15th, 45th and 90th days
Plan to share: Undecided
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