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IRCT20180813040787N1 IRCT 2019-05-28 kharazmi University Comparison of the effect of corrective exercises with and without Cognitive Functional exercises on pain, Kinesiophobia, disability, electromyography and alignment of scapula in people with chronic neck pain Comparison of the effect of corrective exercises with and without Cognitive Functional exercises on pain, Kinesiophobia, disability, electromyography and alignment of scapula in people with chronic neck pain Along with scapular downward rotation syndrome 2019-05-31 anticipated 36 Complete https://irct.ir/trial/39712 interventional Randomization: Randomized, Blinding: Single blinded, Placebo: Not used, Assignment: Parallel, Purpose: Treatment, Other design features: -, Randomization description: Samples are selected according to the criteria for entering the research and are randomly divided into three groups, Blinding description: Outcome evaluator and data analyzer are kept blind. The assessor was blinded to the group allocation. N/A non-specific Chronic neck pain. Intervention 1: Intervention group: CORRECTIVE exercise;scapula stabilization exercises were performed with and without resistance. In non-resistance exercises, body weight was used to perform the exercises, and in the exercises with resistance, free weights and elastic bands were used as resistance exercises. . . The CFT aimed at altering the perception of pain consisted of patient education regarding the multidimensional nature of ongoing pain, management of flair-ups, visual and kinesthetic motor imagery , functional training, and mirror feedback . Rest time between each set was 30 seconds and between each exercise one minute. Intervention 2: Intervention group: CORRECTIVE exercise whit Cognitive Functional exercises;The CFT consisted of patient education regarding the multidimensional nature of ongoing pain, management of flair-ups, visual and kinesthetic motor imagery , functional training, and mirror feedback. The CFT aimed at altering the perception of pain consisted of patient education regarding the multidimensional nature of ongoing pain, management of flair-ups, visual and kinesthetic motor imagery , functional training, and mirror feedback. Intervention 3: Control group: The control group attended a single session where they were instructed in a home exercise program mainly focused on posture during daily task as well as demonstrations of lifting, pushing, pulling tasks as well as office ergonomics (computer placement, chair and desk adjustments etc.). Yes - There is a plan to make this available What will be shared: Only part of the data, such as dependent variables,The average of all samples, can be shared in scientific articles. When: The date of access is September 2019. To whom: Personal information is confidential and General outcomes in paper form Available to everyone.. Conditions: Information is not available to anyone.General outcomes in paper form Available to everyone. Where to obtain: Noorollah javdaneh Phone: 09176616415 Email: njavdaneg68@gmail.com How to obtain: - Comments:
public noorollah javdaneh
tehran
tehran Iran (Islamic Republic of) 9575153714 +98 21 4471 8356 njavdaneh68@gmail.com kharazmi University scientific noorollah javdaneh
tehran
tehran Iran (Islamic Republic of) 7595153714 +98 21 4471 8356 njavdaneh68@gmail.com kharazmi University Iran (Islamic Republic of) - People with neck pain for at least three months - Pain amount, gaining a rating between 3 -7 in the visual grading system of pain - Having a disability score score of between 15 and 30 from a functional disability questionnaire - A neck pain that the doctor has not mentioned for a specific reason People with scapular downward rotation syndrome 20 years 45 years Male - Having any history of fracture and surgery in the shoulder joint - Shoulder instability - The presence of any shoulder injury such as shoulder dislocation, tendonitis and frozen shoulder - The kyphosis angle is greater than 50 and less than 20 degrees - The cranio angle is less than 45 degrees and more than 60 degrees - lack of regular participation in training programs for two consecutive sessions and three non-consecutive sessions prolapsed disk with nerve symptoms. - Spinal surgery. - There is a definite structural damage in the neck. - severe mental illnesses. xiii Diseases of the musculoskeletal system and connective tissue Treatment - Other Treatment - Other N/A Intervention group: CORRECTIVE exercise;scapula stabilization exercises were performed with and without resistance. In non-resistance exercises, body weight was used to perform the exercises, and in the exercises with resistance, free weights and elastic bands were used as resistance exercises. . . The CFT aimed at altering the perception of pain consisted of patient education regarding the multidimensional nature of ongoing pain, management of flair-ups, visual and kinesthetic motor imagery , functional training, and mirror feedback . Rest time between each set was 30 seconds and between each exercise one minute. Intervention group: CORRECTIVE exercise whit Cognitive Functional exercises;The CFT consisted of patient education regarding the multidimensional nature of ongoing pain, management of flair-ups, visual and kinesthetic motor imagery , functional training, and mirror feedback. The CFT aimed at altering the perception of pain consisted of patient education regarding the multidimensional nature of ongoing pain, management of flair-ups, visual and kinesthetic motor imagery , functional training, and mirror feedback Control group: The control group attended a single session where they were instructed in a home exercise program mainly focused on posture during daily task as well as demonstrations of lifting, pushing, pulling tasks as well as office ergonomics (computer placement, chair and desk adjustments etc.). Pain rate. Timepoint: pre and post test. Method of measurement: Pain Visual Scale. Disability. Timepoint: pre and post test. Method of measurement: Neck Disability Questionnaire. Electromyography. Timepoint: pre and post test. Method of measurement: Electromyographic Device. Alignment of scapula. Timepoint: pre and post test. Method of measurement: caliper. Kinesiophobia. Timepoint: pre and post. Method of measurement: Tampa Scale for Kinesiophobia. Scapular kinematics-. Timepoint: pre and post tesr. Method of measurement: IMU Sensor,. Flexion relaxation phenomenon. Timepoint: pre and post test. Method of measurement: Electromyographic Device. Self-efficacy. Timepoint: pre and post test. Method of measurement: Self-efficacy Questionnaire. Quality of life. Timepoint: pre and post test. Method of measurement: SF-36 Questionnaire. Pain catastrophizing. Timepoint: pre and post. Method of measurement: Pain catastrophizing Scale. Self-efficacy for pain management. Timepoint: pre and post. Method of measurement: Self-efficacy for pain management. Self-efficacy for physical function. Timepoint: pre and post. Method of measurement: Self-efficacy for physical function. Fear-Avoidance Beliefs. Timepoint: pre and post. Method of measurement: Fear-Avoidance Beliefs Questionnaire (FABQ). Depression. Timepoint: pre and post. Method of measurement: Depression Questionnaire. Anxiety. Timepoint: pre and post. Method of measurement: Anxiety Questionnaire. Range of motion of neck. Timepoint: pre and post test. Method of measurement: IMU Sensor. kharazmi University Approved 2019-05-12 KHARAZMI UNIVERSITY TEHRAN TEHRAN Tehran Iran (Islamic Republic of)