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Table 4 Simple correlations of parameters of oxidative metabolism, precursor oxypurines of uric acid, several complementary data from Table 3, and blood pressure (BP)

From: Idiopathic Recurrent Calcium Urolithiasis (IRCU): variation of fasting urinary protein is a window to pathophysiology or simple consequence of renal stones in situ? A tripartite study in male patients providing insight into oxidative metabolism as possible driving force towards alteration of urine composition, calcium salt crystallization and stone formation*

 

Dependent1)

      
 

U-FE-N-Alb-P

U-Xanthine

U-Volume

U-Na

P-Insulin

Systolic BP

Diastolic BP

 

Log (% × 10 3 )

Log μM

Log ml

Log mM

Log μU/ml

mm Hg

mm Hg

Influential1)

       

   BMI

-0.20; 181

- 15; 75

-0.10; 187

-0.10; 187

0.48; 184

0.47; 152

0.49; 152

   U-Hypoxanthine

0.26; 75

0.69; 75

15; 75

- 13; 75

-0.01; 73

0.43; 54

0.27; 54

   U-MDA

0.30; 170

0.35; 74

0.54; 176

0.34; 176

06; 177

0.23; 144

0.22; 144

   P-Uric acid

-0.26; 184

-0.35; 75

-0.18; 187

-0.19; 187

0.28; 184

0.22; 152

0.21; 152

   U-MDA/P-Uric acid

0.38; 170

0.46; 74

0.57; 176

0.39; 176

07; 176

0.13; 144

0.12; 144

   P-TAS

-0.39; 57

-0.24; 57

-0.20; 57

-0.21; 57

0.37; 57

0.08; 41

0.18; 41

  1. U-urine; P-plasma. Coefficients in bold (p ≤0.05) are followed by number of pairs.
  2. 1) For other abbreviations see text, for dimensions Tables 3 and 1 (log data are used, except BMI and TAS).