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. 2010 Mar 4;12(6):431–438. doi: 10.1111/j.1751-7176.2010.00269.x

Table III.

 Available Information on Sodium and Potassium Intake or Excretion for Studies Reported in I, II

Author Sodium, Potassium Intake or Excretion
Table I
 Stein et al., 11 2000 Salt‐replete diet: 150 Na+ and 70 mmol K+/d
 Calhoun and Mutinga, 13 1997 Urine Na+: 177 ± 11 vs 179 ± 17 mmol/d black vs white, P=NS
Urine K+: 64 ± 7 vs 69 ± 7 mmol/d black vs white, P=NS
 Ray and Monahan, 14 2002 No data
Table II
 Stein et al., 11 2000 Salt‐replete diet: 150 mmol Na+ and 70 mmol K+/d
 Lang et al., 21 1995 Salt‐replete diet: 150 mmol Na+ and 70 mmol K+/d
 Cardillo et al., 28 1998 No data
 Cardillo et al., 20 1999 No data
 Stein et al., 27 1997 Salt‐replete diet: 150 mmol Na+ and 70 mmol K+/d
 Jones et al., 29 1999 No data
 Gainer et al., 32 2001 Salt‐replete diet: 185 mmol Na+ and 70 mmol K+/d
Urine Na+: mmol/d 172.3 ± 15.3 vs 158.2 ± 8.1 black vs white, P=NS
Urine K+: mmol/d 76.7 ± 14.2 vs 70.6 ± 5 black vs white, P=NS
 Rosenbaum et al., 33 2002 All subjects were studied under salt‐replete conditions, as dietary Na+ intake does not affect the vasodilator response to bradykinin. (Gainer and colleagues, 32 2001)
 Basset et al., 34 1992 No data
 Hinderliter et al., 25 1996 No data (this issue is in study limitation)
 Bond et al., 26 1996 No data
 Duck and Hoffman, 30 2007 No data