Effect of PNF-Based Upper Extremity Strengthening With Core Stabilization on Fitness in Amputee Football Players

Amputee football (AF) is a disability-specific football in which amputees can participate. This study aims to determine the effect of PNF-based upper extremity strengthening exercises combined with core stabilization exercises on physical fitness parameters in amputee football players. In the study, amputee soccer players will be randomly divided into two groups training and control groups. In addition to the standard training programs in the off-season, the amputee athletes in the training group will receive PNF-based upper extremity strengthening training combined with core stabilization training by the same physiotherapist 3 days a week for 8 weeks. The amputee football players in the control group will be given upper extremity strengthening training with free weights in addition to core stabilization training 3 days a week for 8 weeks. The physical and demographic characteristics of the cases who signed the consent form will be recorded. Initial evaluations will be made before the start of the exercise training program and secondary evaluations will be made at the end of 8 weeks. Detailed information about the participants will be obtained with the Descriptive Characteristics Information Form. Single Leg Balance Test, Berg Balance Scale and Activity Specific Balance Confidence Scale will be used to obtain information about postural control and balance strategies of the participants. Pressure Feedback Unit will be used to measure the stabilization capacity of deep spinal muscles. Trunk muscle endurance tests developed by McGill will be used to assess the level of core stability. Isokinetic muscle strength of the upper extremity muscles will be measured with the ISOMED 2000 (2017-Germany) device. Hand grip strength will be measured with Jamar Hand Dynanometer. Closed Kinetic Ring Upper Extremity Test will be used to measure the strength, anaerobic power, and closed kinetic chain stability of the upper extremity. The Distance Triple Hop Test will be used to assess