BACKGROUND: In severe acute pancreatitis (SAP), it is clinically important at the time of admission to predict the likelihood of early death. This investigation aimed to clarify the factors predicting early death in SAP. METHODS: Early death was defined as death within 10 days after disease onset. Prediction factors for early death were evaluated from data obtained on admission from 93 patients with SAP, and the characteristics of patients who died early were analyzed. RESULTS: Between the early-death and early-survival groups, significant factors were base excess (BE), serum creatinine (Cr), blood sugar, serum glutamate oxaloacetic transaminase, and serum calcium. Multivariate analysis revealed that BE was an independent prediction factor for early death. The early-death rate in patients with BE < -5.5 mEq/l and Cr >or= 3.0 mg/dl was 31% and 36%, respectively. The combination of BE and Cr raised the positive predictive value to 50%, and was equally able to predict early death as the Japanese Severity Score (JSS), which was the most useful of the three conventional scoring systems used. All early-death patients had pancreatic necrosis, and their JSS was >or= 15 (stage 4). Characteristically, early-death patients had lactate dehydrogenase (LDH)>1300 IU/l, or they had serious preexisting comorbidities. CONCLUSIONS: As a single parameter, BE was most useful for predicting early death. The combination of BE and Cr could predict early death as well as the JSS. An extreme rise of LDH and serious preexisting comorbidity may also be risk factors for early death.
BACKGROUND: In severe acute pancreatitis (SAP), it is clinically important at the time of admission to predict the likelihood of early death. This investigation aimed to clarify the factors predicting early death in SAP. METHODS: Early death was defined as death within 10 days after disease onset. Prediction factors for early death were evaluated from data obtained on admission from 93 patients with SAP, and the characteristics of patients who died early were analyzed. RESULTS: Between the early-death and early-survival groups, significant factors were base excess (BE), serum creatinine (Cr), blood sugar, serum glutamate oxaloacetic transaminase, and serum calcium. Multivariate analysis revealed that BE was an independent prediction factor for early death. The early-death rate in patients with BE < -5.5 mEq/l and Cr >or= 3.0 mg/dl was 31% and 36%, respectively. The combination of BE and Cr raised the positive predictive value to 50%, and was equally able to predict early death as the Japanese Severity Score (JSS), which was the most useful of the three conventional scoring systems used. All early-deathpatients had pancreatic necrosis, and their JSS was >or= 15 (stage 4). Characteristically, early-deathpatients had lactate dehydrogenase (LDH)>1300 IU/l, or they had serious preexisting comorbidities. CONCLUSIONS: As a single parameter, BE was most useful for predicting early death. The combination of BE and Cr could predict early death as well as the JSS. An extreme rise of LDH and serious preexisting comorbidity may also be risk factors for early death.