AEROBIC CAPACITY GROWTH LEVEL AND ITS RELATIONSHIP WITH THE ANTHROPOMETRIC FAT INDEX

Abstract

Background: ideal body weight historically is a subject of study that raises more questions than answers. Where among health-care professionals body composition and growth are key components of health in both individuals and populations. While BMI does not accurately reflect body composition. Admit by Michael M. Rothkopf, et al. it’s vital for the metabolism physician to know the ranges for BMI in terms of the weight category [1]. Inspected in this study through hypotheses that body fat percent (BPF) more accurate than body mass index (BMI) as a relationship connectivity contributes to the prediction of the aerobic capacity growth level to monitor the football player weight. Methods: Thus, healthy weight loss (primarily by lowering your body fat percentage) can contribute to an increase in your cardio fitness score. This study was undertaken and aimed to determine the validity of BFP superiority. To archive this proposal, 160 male soccer players under 19 years. Were tested by the cooper test as a physiological parameter to esteem VO2max, and weight-height to calculate the BMI and body fat as anthropometric measurements. Results: based on the results obtained and applied statistics the most important finding of our study concerns within: BFP is best predictors of the adjusted healthy aerobic fitness body weight. Conclusions: the current study supports the hypothesis that body fat percent (BPF) is more accurate than body mass index (BMI) as a relationship connectivity contributes to the prediction of the aerobic capacity growth level to monitor the football player weight.

Keywords

• Body Fat, BMI, aerobic fitness, healthy body weight, soccer players.