Bioelectric impedance analyze (BIA) is commonly used in clinical settings and field studies for estimating body composition parameters such as total extracellular, intracellular water compartments, fat mass, body mass, resistance, reactance, body capacitance and basal metabolic rate.
From the recorded parameters, body mass index (kg/m2), body capacitance (pF), resistance (Ohm), reactance (Ohm), body cell mass (kg), extracellular mass (kg), lean body mass (kg), fat mass (kg), and basal metabolic rate (cal) were evaluated.
Other bioelectrical parameters such as resistance, reactance, phase angle, body capacitance were not found to be significant in Diskispor Team (p>0.05).
Body capacitance is the total energy storage capacity of the body cell mass compartment.
In order to establish body capacitance
and other electrical characteristics of the human ESD event, numerous studies have taken to the field, measuring actual discharges from human beings in the variety of environments.
Therefore, the purpose of this study is to investigate some of the electrical parameters of BIA such as resistance, reactance, phase angle, body capacitance and basal metabolic rate in two third league volleyball team
In our study, because the parameters measured by bioelectrical impedance analysis related to body water affected by water drinking during a match we investigated only some electrical parameters of BIA such as resistance, reactance, phase angle, body capacitance and basal metabolic rate.
The results of Diskispor Team Before and after the match Diskispor Team Parameters N MEAN SD P Phase angle Before match 10 6,33 0,6 P>0,05 After match 6,23 0,6 Body capacitance (pF) Before match 10 574,1 74,44 P>0,05 After match 564,7 71,67 Resistance (Ohm) Before match 10 616,27 44,32 P>0,05 After match 625,97 47,75 Reactance (Ohm) Before match 10 6872 5,71 P>0,05 After match 69,74 5,76 Basal metabolic Before match 10 1276,5 131,09 P>0,05 rate (Cals) After match 1254,6 136,84 Table 2.