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BIOELEMENT CORRELATIONS IN BIOLOGICAL ENVIRONMENTS OF INDIVIDUALS WITH DIFFERENT LEVELS OF PHYSICAL ACTIVITY
Abstract
In order to emphasize the distribution of chemical elements (ChE) in biological environments, we determined hair and blood chemical concentrations in forty-seven male volunteers aged 19-23, who were divided into two groups: athlete and control. Atomic emission analysis showed stable deficiencies, which is commonly characteristic of northerners (I, Co, Mg, Se, Ca). More correlations existed in hair samples than in blood, which again proves that blood is a more dynamic environment of the body while hair is a better substrate for assessing either element deficiency or excess. When creating correlations, we could trace a number of features of elemental bonds in the hair and whole blood samples as they form with the same people. The correlation structure proved to be different in individuals who experienced regular exercising and those not involved in doing sports. The following relations were common in structures of the hair element systems shown by both athlete and control subjects: Al/Pb, Al/Sn, As/Cr, As/Li, As/Pb, As/Sn, B/Li, B/Na, B/Pb, Ca/Mg, Ca/Mn, Cd/Na, Cd/Ni, Cd/Pb, Cd/Sn, Cr/Ni, Cr/Pb, Cr/Sn, Fe/Mn, Fe/Zn, Li/Na, Li/Pb, Mg/Mn, Mg/P, Na/Pb, Na/V, Ni/Pb, Ni/Sn, Pb/V.
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