An interventional study of Exercise and Exercise 2 in Basketball Player and Injury, Ankle, sponsored by Istanbul Medipol University Hospital. Completed at 1 site in Turkey (Türkiye). Open to male participants aged 14 Years to 18 Years, including healthy volunteers. Per ClinicalTrials.gov, last updated 2024-06-17.
Sponsored by Istanbul Medipol University Hospital · Not applicable, Interventional, and Treatment
Ankle injuries are one of the most common sports injuries. Ankle injuries account for 10% to 30% of all injuries and 5% to 20% of all time-wasting injuries. Athletes involved in sports such as football, basketball, and volleyball are particularly at risk for such injuries, largely due to the running and jumping activities involved. Basketball has one of the highest injury rates of any team sport, with 10 injuries in a 1000 hour period.
The ankle is anatomically strong because of the structure of the bones and ligature that make it. Despite this, ankle injuries are the most common type of injury in sports injuries due to the stress and impact of athletes. It is estimated that 25% of the injuries occurred were ankle injuries. Approximately 85% of ankle injuries are lateral ankle sprain.
In basketball, ankle sprain is the most common type of injury. This is because repeated jumps, landings and sudden changes of direction in the nature of basketball. Due to degeneration in the bond structure as a result of ankle sprained, balance problems are also seen in athletes. Therefore, it is important that athletes evaluate the jump performance. In order to better understand the type and severity of injury of athletes, it is necessary to assess not only the physical characteristics but also the anxiety of physical activity and the relationship between this anxiety and injury, as fear of moving in athletes can develop as physical and psychological maturity is not developed enough during the pub period. The fear of moving can negatively affect the healing phases of the injured athlete, or even delay healing.
Plyometric training has been proven to improve muscle strength and power production. In addition, regular exercise can lead to significant improvements in postural control, jumping, sprinting, diversion speed and agility performance in young basketball players. Fear of re-injury is the fear of being vulnerable to painful re-injury even though physical recovery has been achieved. This situation also has an effect on psychological changes such as movements to protect the muscles, insecurity and focusing problems in the physiologically injured area. Studies show that fear of re-injury also influences muscle activation patterns, influencing muscle recovery, neuromuscular function, and rehabilitation outcomes. As a result, this delays the return to sports.
362 studies on the registry are indexed under Ankle Injuries; 72 are open to participants now.
This study's enrollment of 60 is close to the median of 60 across 281 interventional studies indexed under Ankle Injuries.
Browse Ankle Injuries studies →Istanbul Medipol University Hospital is the lead sponsor of 365 studies on the registry; 59 are open to participants now.
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Between 14-18 years old Become a licensed male basketball player Playing in the Istanbul League of the Turkish Basketball Federation 5 days a week, more than 1.5 hours a day to train
Exclusion Criteria:
Played a match in the 48 hours before the assessment No lower extremity injury other than ankle
Athletes included in the study; They were divided into two groups as those with and without ankle injury . The same exercise program was applied to the same group in both groups.
Other: Exercise
The same exercise program was applied to the same group in both groups.
Other: Exercise 2
After evaluating the age groups and physical characteristics of the athletes under the titles of Warm-Up, Core/Balance/Reactive, Speed/Agility/Quickness, Resistance and Cool-Down, the exercise programs that differ for the athlete under these exercise types are listed with the NASM program and shared with the athletes. During the 8-week period between the 2 evaluations, it was applied 2 days a week on the team's fitness days.
After evaluating the age groups and physical characteristics of the athletes under the titles of Warm-Up, Core/Balance/Reactive, Speed/Agility/Quickness, Resistance and Cool-Down, the exercise programs that differ for the athlete under these exercise types are listed with the NASM program and shared with the athletes. During the 8-week period between the 2 evaluations, it was applied 2 days a week on the team's fitness days.
OptoJump
The optojump photoelectric system is a device that is easy to transport and relatively cost-effective. The device is a 96 LED system with a sensor and a transmitter capable of optical measurement. The system can be activated with 2 cameras and at least 2 Optojump bars. The data is recorded via a computer. The system creates a network and it has the ability to detect even 1/1000 seconds of interruption to this network. It can measure data such as time to fall, time to stay in the air, speed, acceleration, number of steps, step length, power, step time. In our study, the data obtained by making the athletes squat jump with Optojump were recorded.
Time frame: 8 weeks
The Tampa Kinesiophobia Scale
LThis scale includes questions about fear of movement and is a frequently used scale in musculoskeletal injuries and is a question-answer scale consisting of 17 questions used in sports-related injuries over orthopedic injuries. The questions cover the variables of injury, re-injury, fear and avoidance of movement in the person's work or job-related movements. Likert scale consisting of 1, 2, 3 and 4 points (1: I strongly disagree, 4: I strongly agree) is used in the TSK. The person gets a total score between 17-68. A high score on the scale indicates a high level of kinesiophobia. It is recommended to use the total score in studies.
Time frame: 8 weeks
Y Balance Test
Y Balance Test is a simple but reliable test used to evaluate dynamic balance. Y balance test; It is a dynamic test performed in a one-leg stance that requires strength, flexibility, and proprioception and was developed by Plisky et al. It features a central rectangular base plate 2.54 cm above the ground and 1.5 m long strips in each of the 3 directions. The athlete stands on the soleplate and reaches for each strip with his foot. The score is recorded as the point at which the indicator block was pushed closest to the stance leg.
Time frame: 8 weeks
Plan to share: Undecided
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This study is completed, as verified in Jun 2024. You cannot join it, but the record below documents what was studied.
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