Table 5.

Correlative dependencies of parameters for two types of tissue (skeletal muscle and cardiac tissues), two types of areas for oxidative stress biomarkers, activities of metabolic and lysosomal enzymes, and level of substrates

Tissues	Non-polluted area			Polluted area
	Dependencies	R	P	Dependencies	R	P
Skeletal muscle tissue	Al – ICDH	0.551	0.022	Al – ICDH	0.551	0.022
	Fe – Lactate	–0.514	0.035	Pb – AsAT/AlAT	–0.542	0.035
	Fe – Pyruvate	–0.497	0.042	Pb – LDH	0.630	0.007
	Pb – AsAT/AlAT	–0.5158	0.033	AsAT/AlAT – ICDH	0.551	0.022
	Pb – LDH	0.641	0.006	LDH – PDH	0.607	0.010
	TAC – Si	0.495	0.044	KGDH – SDH	0.538	0.022
	TAC – Fe	–0.561	0.019	AAP – TBARS	0.576	0.012
	TAC – Pyruvate	0.573	0.016	Pb – AcP	0.622	0.005
	LDH – PDH	0.607	0.010	Al – Si	−0.833	0.000
	KGDH-SDH	–0.538	0.026	Al – Zn	0.618	0.008
	AcP – TAC	–0.641	0.006	Cu – Si	−0.698	0.002
	Pb – LDH	0.630	0.007	Cu – Fe	0.618	0.008
Cardiac tissue	Fe – AsAT	0.501	0.041	Ni – Si	–0.824	0.000
	Pb –AlAT	0.513	0.035	Ni – TAC	–0.594	0.025
	TBARS – ICDH	0.659	0.004	Si – Cu	–0.632	0.015
	TAC – Lactate	0.601	0.011	Si – Zn	–0.671	0.009
	TAC – PDH	0.540	0.025	Pb – SDH	–0.549	0.022
	ICDH – Pyruvate	–0.503	0.040	TBARS – TAC	0.578	0.030
	L/P – LDH	–0.497	0.042	Zn – Ni	0.678	0.008
	LAP – TAC	–0.538	0.016	TBARS – AcP	0.632	0.005
	Al – Ni	0.631	0.007
	Zn – Si	–0.896	0.000

The significance of differences in the different areas and tissues studied was examined using ANOVA for correlation test