| 저자 |
Kyu-Hyang Cho, Jun-Young Do, Jun-hyeok Suh, Eun-woo Choi, Soek-Hui Kang, Jong-Won Park, Kyung-Woo Yoon, Jung-yoon Huh, Yoon-mi Suk, Kei-lim Shin, Tae-young Cho |
| 초록 |
Background: Preservation of residual renal function (RRF) in peritoneal dialysis (PD) patient is essential to improve clinical outcomes. Fluid overload are postulated to contribute significantly to cardiovascular mortality in PD. A recent study showed that a glucose sparing dialysis regimen reduced serum albumin level and might be associated with an increased risk of extracellular fluid volume expansion in diabetic PD patients.
Methods: Among new diabetic continuous ambulatory peritoneal dialysis (CAPD) patients from May 2001 to December 2014 in our hospital, 132 patients (71 male, mean age 53±10 years) finished a 12-month protocol. They were assigned to one of the four kinds of dialysis solution, lactate-based high GDP solution (Dianeal®, n=28), bicarbonate/lactate-based low glucose degradation products (GDP) solution (Physioneal®, n=55), lactate-based high GDP solution (Stay•safe®, n=11), and lactate-based low GDP solution (Balance®, n=38). Among them, 68 patients used icodextrin once daily more than 6 months. Clinical indices, 4.25% PET (peritoneal equilibration test) and BIA (bioimpedance analysis) were performed at the first month and 12th month.
Results: Ninety patients (68%) showed decreases RRF over time. Eighty-eight patients (67%, non-edema group) showed decreases in edema index (ECF/TBW) over time. However, 44 patients (33%, edema group) showed increases in edema index at the 12th month than at the 1st month. There were significant negative correlations between RRF and edema index at the 12th month. RRF showed significant positive correlations with KT/V and nPCR (normalized protein catabolic rate) at the 12th month. Serum albumin level and plasma hemoglobin level were negatively correlated with edema index at the 12th month. There was no difference in use of icodextrin between non-edema group and edema group. The significant factors associated with changes of edema index were RRF and serum albumin level.
Conclusions: Preserving RRF is needed to control adequate volume status and nutritional status in diabetic CAPD patients. It is speculated that low serum albumin level is associated the dilution effect by fluid overload. We need further studies to investigate the factors associated with changes of fluid volume status in diabetic PD patients. |