1 sustain profound bradycardia, despite normal serum electrolytes.

2 ox proportional hazards regression analysis, serum electrolyte abnormality was an independent predict

3 , liver and renal function test results, and serum electrolyte and iron concentrations were measured

4             No other measurements, including serum electrolyte and iron concentrations, changed signi

5  nitrogen balance, creatinine clearance, and serum electrolyte and lipid concentrations.

6                       Serial surveillance of serum electrolytes and creatinine levels is mandated to

7 ransgenic control mice, at a time when their serum electrolytes and renal function are otherwise norm

8  recorded at the time of MR imaging included serum electrolytes and various indices of hematologic, r

9                        Liver function tests, serum electrolytes, and cholesterol were also analyzed.

10               Arterial blood gas parameters, serum electrolytes, and urine electrolytes were measured

11 ndary outcomes included 24-hour arterial pH, serum electrolytes, fluid balance, resource utilization,

12 cted for serial measurements of ADH, ANP and serum electrolyte levels.

13                                              Serum electrolytes, lipid profile, renal panel, and comp

14 iovascular changes and no adverse changes in serum electrolytes or acid-base balance.

15 roven utility, and clinicians should measure serum electrolytes, serum blood urea nitrogen, and creat

16  to be obtained daily: complete blood count, serum electrolytes, urea nitrogen, creatinine, and blood

17                           Blood pressure and serum electrolytes were measured at the time of diagnosi

18 e, oxygen saturation, blood chemistries, and serum electrolytes were observed.