RELATIONSHIP BETWEEN GIFTED CHILDREN’S INTERNET GAMING ADDICTION AND QUALITY OF LIFE

In this study, the relationship between internet addiction and quality of life of gifted children studying at the science and art center between the ages of 9-14, socio-demographic variables were evaluated within the framework of the relational screening model. Data collection studies related to the research were carried out with the snowball technique. Turkey reached the trainers who work in Science and Art Centers in different cities in each region, given detailed information about the research and 9-12 age group with the support of parents who accepted to participate in the survey was administered to children scales. The Online Game Addiction Scale was used to obtain data and the Quality of Life Scale for Children was used to measure their quality of life. A statistically significant and negative correlation was determined between the Online Game Addiction Scale and the Quality of Life for Children subscales of the specially gifted children who participated in the study. Gifted boys have more time to play than 4 hours without pause. As the game addiction levels of specially gifted children increase, their quality of life decreases. The quality of life of specially gifted children who play online games for a long time is low. Article visualizations

Protective role of immobilization on ouabain-induced arrhythmias

The effects of the opioid-type stressor; immobilization, on severity of ounbain-induced cardiac arrhythmias and the possible involvement of serum catecholamines were investigated in rats. Immobilization significantly reduced the number of ventricular premature beats and the incidence of ventricular tachycardia episodes. The arterial serum catecholamine levels (A, NA and DA), measured immediately after the stressor application, were increased significicantly and were in negative correlation with the arrhythmia parameters. Both changes were reversed by naloxone (5 mg/kg) treatment after application of immobilization. The effects observed in this study may be attributed to the actions of endogenous opioid peptides released during stress