Прегледај по Аутор "Aditia, Eva Ayu"

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    Functional movement screen score to predict injury risk of sports students: a review of foot shape and body mass index
    (Iermakov Sergii Sidorovich, 2024) Anam, Khoiril; Setiowati, Anies; Indardi, Nanang; Irawan, Fajar Awang; Pavlović, Ratko; Susanto, Nugroho; Aditia, Eva Ayu; Muhibbi, Muhammad; Setyawan, Hendra
    Background and Study Aim Excessive physical activity poses a risk of injury, particularly when coupled with high exercise intensity. Factors such as Body Mass Index (BMI) and foot morphology may contribute to this risk. This study seeks to evaluate the relationship between BMI, foot shape, and the likelihood of injury among sports students. Material and Methods A total of 119 sports students, comprising 33 females and 86 males, participated in this study. Purposive sampling was employed to select participants. BMI was determined using height and weight measurements, while foot shape was assessed through footprint measurements. The Functional Movement Screening (FMS) instrument, encompassing 7 movements: Deep Squats, Hurdle Steps, Inline Lunges, Shoulder Mobility, Active Straight Leg Raises, Trunk Stability Pushups, and Rotary Stability, was utilized to assess injury risk. Data analysis was conducted using Microsoft Excel and IBM SPSS v.25.0, employing descriptive statistics. Results Based on data analysis, the FMS value in females shows a mean of 18.7 and a standard deviation of 1.21. At the same time, the FMS value in males shows 18.5 and a standard deviation of 1.41. BMI values in females showed a mean of 21.6 and a standard deviation of 3.03. At the same time, BMI values in males showed a mean of 22.9 and a standard deviation of 4.62. The results were that all FMS scores were ≥14. While of BMI measurements, some samples obtained <18 kg/m² and >30kg/ m². BMI measurements according to gender were mainly in the normal weight category. However, those who fall into the obesity category are primarily males. With the results of measuring the foot’s shape, the percentage of flat feet is only 0.84% in females and 7.59 in males, while the rest of the sample has a normal foot shape. Conclusions Individuals with a BMI in the overweight to obese category are more susceptible to high-category injuries, likely due to limited motion range. However, the study did not find evidence linking flat foot shape to high-category injury risk. This inability to establish a correlation may be attributed to the predominantly normal foot shape observed in the sample, resulting in a prediction of lowcategory injury risk.
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    Injury Risk Analysis of Soccer Academy Students: A Review of Functional Movement Screen Scores and Demographic Data
    (Federacion Espanola de Docentes de Educacion Fisica, 2024) Anam, Khoiril; Setiowati, Anies; Nurrachmad, Limpad; Indardi, Nanang; Nur Azmi, Dina Aprilia; Aditia, Eva Ayu; Irawan, Fajar Awang; Susanto, Nugroho; Latino, Francesca; Tafuri, Francesco; Pavlović, Ratko; Setyawan, Hendra; Kozina, Zhanneta
    The intense daily activities of students at the SPSS soccer academy can lead to excessive fatigue, which can decrease physical quality and cause injury. This study aims to analyze the level of injury risk of soccer academy students by reviewing FMS scores and demographic data. This study employed a descriptive observational research method. Research data were collected using tests and measurements. Seventy-two male soccer academy students participated in this study with the following details: mean age 15±2.1 years, BMI 19.8±2.1 kg/m², and TD 1.2±0.1 years. The data were obtained from the FMS instrument and height and weight tests. They were then analyzed using descriptive statistics. The results of the FMS score showed that subjects aged 14-17 years were most at risk of injury in the moderate category. In terms of BMI, the FMS scores showed that subjects at a high risk of injury were one in the underweight category, nine in the normal weight category, and one in the obesity grade 1 category. This study concludes that, based on demographic data, SPSS academy students in the age group of 14 years are more likely to experience injuries than students in the age group of 16 and 17 years. Furthermore, it is concluded that SPSS academy students with an average BMI are in the normal weight category, with SPSS academy student subjects having a moderate risk of injury. Based on the length of training, most SPSS academy students have 1-3 years, with the most risk of injury in the moderate risk category. Future research is expected to choose research subjects with BMI in the obese category and from various other age groups.
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    The effect of FIFA 11+ kids warm-up program on agility in football: An experimental study El efecto del programa de calentamiento FIFA 11+ kids en la agilidad en el fútbol: Un estudio experimental
    (Federacion Espanola de Docentes de Educacion Fisica, 2024) Anam, Khoiril; Setiowati, Anies; Indardi, Nanang; Awang Irawan, Fajar; Aditia, Eva Ayu; Amrulloh, Aziz; Susanto, Nugroho; Eken, Özgür; Setyawan, Hendra; Pavlović, Ratko; Kozina, Zhanneta
    Injury is one of the problems that often occurs in young football players. The players are encouraged to carry out the FIFA 11+ Kids, a warm-up program to minimize injuries for football players. This study aims to determine the effect of this program on young football players’ agility. This research was an experimental study with a pretest and posttest control group design. Using a purposive sampling technique, the research selected 20 football school students as the research sample. The samples were 11-12 years old. To collect data, the research used the Illinois agility test, aiming to measure the level of agility. The data were then administered using the Wilcoxon test with a significant p-value <5%. This study found a significant difference between the results of speed meas-urements before and after being given the FIFA 11+ Kids warm-up treatment. In the treatment group, the average pretest result was 19.03±0.74, with a score range of 17.50-20 seconds. Meanwhile, the average posttest result was 18.28±0.84, with a score range of 16.75-19.78 seconds. The p-value was 0.005 (p<5%). This study concludes that the FIFA 11+ Kids program can improve the agility of young football players. Despite the promising results, this research suggests further investigation to add research samples from various demographic characteristics.