The effect of hypoxic training on the enzymes AST, ALT, CPK and shooting precision for basketball players

Year 2016, Volume: 2 Issue: 2, 27 - 33, 01.08.2016

Islam Ahmed Gomaa

Abstract

The aim of this study
is the impact of training on Hypoxic enzyme ALT, AST, CPK and Shooting
precision for a basketball player. Applied study on a sample of 12 players from
the basketball Players team in Cabsy Club in Port Said, Registered Egyptian
Federation of Basketball/Egypt of the season 2015/2016, the researcher used
experimental method to design two groups; one experimental consisted of 6
players and the other control group of 6 players. Where the average age of
23.33 ± 1.03 years and height 190.67 ± 4.76 cm, weight 97.50 ± 6.72 kg and age
training 14.00± 1.10 month for the experimental group, while the average age 23.67
± 0.52 years, height 191.00 ± 3.35 cm, weight 94.17 ± 7.31 kg and age training 14.50
± 0.55 month for the control group. The experimental group underwent a Hypoxic Training program while the control group
underwent Traditional exercises. 
Researcher to conduct tests and measurements derived: measuring both lengths
is converted Ristamiter device, body weight, the measurement of the rate of
enzymes ALT, AST, CPK under discussion by pulling the blood samples of the
sample and analyzed the laboratory in Port Said through laboratory reagents,
measurement of tripartite Shooting precision, the measurement of near shooting
precision. Hypoxic Training program: The program includes training the Pilot
Group on a group of Hypoxic training for 12 weeks at a rate 4 training modules
in the week, the total number of training modules in the program 48 Training
Unit. The program includes the control group on traditional training in
addition to warm up and pacification. The statistical analysis of the control
and experimental data SPSS was used to apply formulas statistical by
calculating: average, standard deviation, volume of effect size, Mann-Whitney
and Wilcoxon test. The results showed the use of hypoxic training resulted in
an improvement statistically significant at a level of Enzyme ALT, AST, and CPK
for basketball players. The use of hypoxic training resulted in an
improvement statistically significant shooting near and shooting triple
precision for basketball players. These results should be taken into account by
the basketball Federation and attention by coaches trained in the application
of hypoxic training basketball players programs given the positive impact on
the players.

Keywords

Hypoxic training, basketball, ALT, enzymes, AST, ALT, CPK

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