This study evaluates the changes of renal function after taking bowel cleansing agent polyethylene glycol for elective colonoscopy.
Polyethylene glycol (PEG) is the most commonly used bowel cleansing agent for colonoscopy in the world. PEGs are non-absorbable isosmotic solutions that pass through the bowel without net absorption or secretion. Significant fluid and electrolyte shifts are therefore attenuated. However, several studies have shown that PEG may also impair renal function. One recent population-based study reported that the use of PEG was associated with an increased risk of acute kidney injury. The renal safety of PEG in Taiwanese patient has not been reported.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
HEALTH_SERVICES_RESEARCH
Masking
NONE
Enrollment
1,237
Participants receive blood tests for serum creatinine and electrolytes (Ca, P, Cl, Mg, Na, K) before and after taking polythylene glycol.
Evergreen General Hospital
Taoyuan District, Taiwan
Number of Participants With Acute Renal Injury Which Included Acute Renal Dysfunction and Acute Kidney Injury
The screening visit (visit 1) induced a blood specimen for serum chemistry analysis. Immediately before the colonoscopy, study staff collected blood specimens for chemistry analysis (visit 2). The patients returned within 28 days after the colonoscopy for a final renal test (visit 3). Patients with a ≥30% increase above baseline creatinine levels during visit 2 or 3 were followed every 2-4 weeks until a peak level was detected (visit 4 and beyond).The serum creatinine level on visit 1 was recorded as the baseline renal function. The presence of renal injuries was determined by the highest serum creatinine level noted during the study period and included acute renal dysfunction, defined as a 30-49% increase above the baseline creatinine level, and acute kidney injury, defined as a ≥50% increase above the baseline serum creatinine. Number of participants with acute renal injury which included acute renal dysfunction and acute kidney injury will be recorded.
Time frame: The durations between visits 1-2 and visits 2-3 were within 28 days, respectively. Patients with a ≥30% increase above the baseline serum creatinine levels during visit 2 or 3 were followed every 2-4 weeks until a peak level of creatinine was detected.
Number of Participants With Acute Electrolyte Disturbance (Including Serum Caclium, Phosphate, Sodium, Potassium, Chloride, and Magnesium).
The screening visit (visit 1) induced a blood specimen for serum chemistry analysis. Immediately before the colonoscopy, study staff collected blood specimens for chemistry analysis (visit 2). The patients returned within 28 days after the colonoscopy for a final renal safety evaluation (visit 3). Patients with electrolyte abnormalities during visit 2 or visit 3 were followed every 2-4 weeks until serum electrolyte values returned to normal.
Time frame: The durations between visits 1-2 and visits 2-3 were within 28 days, respectively. Patients with electrolyte abnormalities during visit 2 or visit 3 were followed every 2-4 weeks until serum electrolyte values returned to normal.
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