Results Methods Abstract Number 69 Objectives 1.Nephrol Dial Transplant (2011) 26: 537–543 2.J Support Oncol 2011;9:149–155 3.N Engl J Med. 2009; 361:1627–1638.

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Results Methods Abstract Number 69 Objectives 1.Nephrol Dial Transplant (2011) 26: 537–543 2.J Support Oncol 2011;9:149–155 3.N Engl J Med. 2009; 361:1627– N Engl J Med. 2008; 359:7–20. Few studies have examined the characteristics and outcomes of AKI patients with and without cancer requiring CRRT. The purposes of this study were:First, to evaluate and compare the characteristics and outcomes of cancer and non- cancer patients with AKI requiring CRRT, Second, to determine the impact of cancer diagnosis on hospital mortality; and Lastly, to compare outcome predictors between the two groups of patients Hospital mortality rates were higher in patients with cancer than in patients without cancer. Gender, presence of cancer and number of failed organs were significant predictors of mortality. We conducted a retrospective cohort study. We evaluated patients with AKI who were treated in ICU of Kosin University Gospel Hospital from January 1, 2010 to December 31, The patients were divided into two major groups: 158 non cancer-AKI patients and 42 cancer-AKI patients. Predictors of all-cause death were examined using the Kaplan-Meier and Cox proportional hazards analyses in both treatment groups. Department of Internal Medicine, Kosin University College of Medicine Hark Rim, M.D., Ho Sik Shin, M.D. and Yeon Soon Jung M.D. Outcomes of acute kidney injury patients with and without cancer requiring continuous renal replacement therapy and admitted to intensive care units Table 1. Characteristics of Patients treated with CRRT No. of patientsNon-Cancer (n=158) Cancer (n=42) P value Male:Female87:7431: Age, year (range)65.8 ± ± CKD (%)58 (36.7)11(26.2)0.202 Death (%)78(49.4)29(69.0)0.023 Cause of death(%) MOF37(51.4)20(74.1)0.002 Cardiac25(34.7)2(7.4) Cerebral5(6.9)0(0) Respiratory5(6.9)2(7.4) Tumor recurrenceNA3(11.1) Clinical Setting0.861 Medical (%)123(78.2)32(76.9) Surgical (%)35(21.8)10(23.1) Form of admission0.026 Unscheduled operation23(15.0)1(2.6) Medical123(78.2)32(76.9) Scheduled operation32(6.8)9(20.5) Oliguria (%)96(60.8)26(63.2)0.794 Mechanical ventilation (%)111(70.1)24(57.9)0.151 Vasoactive Drug (%)101(64.1)27(64.1)1.000 Bleeding tendency (%)71(44.9)19(45.9)0.912 Sepsis (%)82(52.1)31(74.4)0.013 Underlying disease (%)0.043 None44(27.8)21(50.0) DM72(45.6)13(31.0) HBP30(19.0)8(19.0) LC11(7.0)0(0) Heart disease1(0.6)0(0) No. of organ failure (range)1.3 ± ± Renal function at initial dialysis Urine output (mL/day)656 ± ± BUN (mg/dL)53.8 ± ± Serum Creatinine (mg/dL)4.2 ± ± Table 2. Characteristics of CRRT VariablesNon-Cancer (n=158) Cancer (n=42) P value Days to start CRRT treatment (days) 5.7 ± ± ICU length of stay(days)15.6 ± ± Duration of treatment(hours)173 ± ± Mode of CRRT1.000 CVVHDF (%)100 (100) CVVH (%)0 (0) Filter life span(hr)23.4 ± ± Filter pressure(mmHg)112.2 ± ± Effluent pressure(mmHg)4.6 ± ± TMP, mmHg71.3 ± ± Blood flow rate(mL/min)116 ± ± Net ultrafiltration(mL/hr)165.8 ± ± Replacement flow rate(mL/min)1097 ± ± Dialysate flow rate(mL/min)1080 ± ± Effluent flow rate(mL/kg/hr)39.0 ± ± Anticoagulation0.151 Heparin (%)93 (58.9)23 (55.3) Nafamostat mesilate (%)65 (41.1)19 (43.7) Insertion site of catheter0.510 Rt int jugular vein (%)150 (95.4)42 (100) Lt int jugular vein (%)6 (3.7)0 (0) Femoral vein (%)2 (0.9)0 (0) Patient's status at ending of CRRT0.352 recovery of renal function40 (25.0)7 (15.6) chronic kidney disease21 (13.4)3 (7.7) maintenance of hemodialysis19 (12.2)3 (7.7) death78 (49.9)29 (69.0) Figure 1. Patient survival rate in cancer group and non-cancer group Objectives Conclusions References