The purpose of this investigation is to prospectively evaluate the benefit of different methods of educating patients regarding their fluid intake through a readily available daily cellular phone application to improve overall urine output and reduce risk factors for stone recurrence.
The prevalence of kidney stone disease in the United States is increasing. Recurrence of kidney stone disease has been reported as high as 50% at five years. Urine supersaturation is a predominant factor in the formation of crystallization and stone disease and is dependent on fluid volume. High fluid consumption that dilutes the urine has been shown both in vitro and in clinical studies to reduce the tendency for stone crystallization as well as effectively decrease stone recurrence. As a result, water intake greater than two liters per day is a common initial therapy for prevention of stone disease. However, studies have shown that despite physician counseling most patients are only able to modestly increase their urine volume through fluid intake. This finding may be due to a discrepancy in patient perception of their actual fluid intake and resulting urine volume. The purpose of this investigation is to prospectively evaluate the benefit of different methods of educating patient regarding their fluid intake through a readily available daily cellular phone application to improve overall urine output and reduce risk factors for stone recurrence.
Study Type
OBSERVATIONAL
Enrollment
10
The iPhone application "waterlogged" will be used by participants using and iPhone cellular device. This application will be used to track daily fluid intake for 1 week.
The Android application "water my body" will be used by participants using an Android cellular device. This application will be used to track daily fluid intake for 1 week.
North Carolina Memorial Hospital
Chapel Hill, North Carolina, United States
24-hour urine volume
Time frame: 7-10 days from baseline
Actual 24-hour urine volume vs. patient perceived urine volume
Time frame: 7-10 days from baseline
Ease and interest in monitoring fluid intake based on survey data
Time frame: 7-10 days from baseline
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