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IRCT20200507047331N1 IRCT 2020-06-15 University of Isfahan Effect of exercise on motor function and micro-structure of injured meniscus Effect of 8-weeks selected physical rehabilitation exercises on motor function and micro-structure of meniscus in injured athletes 2020-05-24 anticipated 25 Complete https://irct.ir/trial/47972 interventional Randomization: Not randomized, Blinding: Not blinded, Placebo: Not used, Assignment: Parallel, Purpose: Supportive. N/A Meniscus Injury (Musculoskeletal Injury). Intervention 1: Intervention group: one hour daily of selective rehabilitation exercises for eight weeks composed of stretch, strengthening, and balance exercises applied by the researcher based on FITT principles. These exercises were modified by the associated orthopedic surgeon. Intervention 2: Control group: did not receive any intervention. Undecided - It is not yet known if there will be a plan to make this available Justification or reason for indecision in sharing IPD is Publication of participants files is due to supervisor's and faculty's decision
public Seyede Mona Hosseini
No. 7, Apt. 4, Yas Ct., Shahid Soori St., Evin, Chamran Highway
Tehran Iran (Islamic Republic of) 1997657557 +98 21 2234 5000 mona_s1379@yahoo.com University of Isfahan scientific Seyede Mona Hosseini
No. 7, Apt. 4, Yas Ct., Shahid Soori St., Evin, Chamran Highway
Tehran Iran (Islamic Republic of) 1997657557 +98 21 2234 5000 mona_s1379@yahoo.com University of Isfahan Iran (Islamic Republic of) Be a volunteer for meniscectomy Not more than six months is passed from the time of his/her meniscus injury Having surgery up to three month after acquaintance with the study Having specific severity in injury which is diagnosed by the surgeon Be a volunteer for participating in the exercise protocol 18 years 25 years Both Rehabilitation N/A Intervention group: one hour daily of selective rehabilitation exercises for eight weeks composed of stretch, strengthening, and balance exercises applied by the researcher based on FITT principles. These exercises were modified by the associated orthopedic surgeon. Control group: did not receive any intervention Maximum torque of knee flexor muscles. Timepoint: Before and after eight weeks of exercise. Method of measurement: Biodex Isokinetic Dynamometer. Maximum torque of knee extensor muscles. Timepoint: Before and after eight weeks of exercise. Method of measurement: Biodex Isokinetic Dynamometer. Overall static balance index. Timepoint: Before and after eight weeks of exercise. Method of measurement: Biodex Balance System SD. Anteroposterior static balance index. Timepoint: Before and after eight weeks of exercise. Method of measurement: Biodex Balance System SD. Mediolateral static balance index. Timepoint: Before and after eight weeks of exercise. Method of measurement: Biodex Balance System SD. Overall dynamic balance index. Timepoint: Before and after eight weeks of exercise. Method of measurement: Biodex Balance System SD. Anteroposterior dynamic balance index. Timepoint: Before and after eight weeks of exercise. Method of measurement: Biodex Balance System SD. Mediolateral dynamic balance index. Timepoint: Before and after eight weeks of exercise. Method of measurement: Biodex Balance System SD. Absolute repositioning active angle error. Timepoint: Before and after eight weeks of exercise. Method of measurement: Biodex Isokinetic Dynamometer. Knee extension range of motion. Timepoint: Before and after eight weeks of exercise. Method of measurement: Biodex Isokinetic Dynamometer. Roughness of meniscus surface. Timepoint: Post surgery. Method of measurement: Atomic Force Microscope. Number of meniscus fibrocartilages. Timepoint: Post surgery. Method of measurement: Atomic Force Microscope. Diameter of meniscus fibrocartilages. Timepoint: Post surgery. Method of measurement: Atomic Force Microscope. University of Isfahan Approved 2020-05-23 Ethics Committee of the Isfahan University Isfahan University, Azadi Sq. Isfahan Isfehan Iran (Islamic Republic of)