Author Correction: Liver Transplantation for Hepatocellular Carcinoma: Malatya Experience and Proposals for Expanded Criteria.

The original version of this article unfortunately contained a mistake in the author group section.

Liver Transplantation for Hepatocellular Carcinoma: Malatya Experience and Proposals for Expanded Criteria.

Survival was examined from a Turkish liver transplant center of patients with HCC, to identify prognostic factors. Data from 215 patients who underwent predominantly live donor liver transplant for HCC at our institute over 12 years were included in the study and prospectively recorded. They were 152 patients within and 63 patients beyond Milan criteria. Patients beyond Milan criteria were divided into two groups according to presence or absence of tumor recurrence. Recurrence-associated factors were analyzed. These factors were then applied to the total cohort for survival analysis. We identified four factors, using multivariate analysis, that were significantly associated with tumor recurrence. These were maximum tumor diameter, degree of tumor differentiation, and serum AFP and GGT levels. A model that included all four of these factors was constructed, the 'Malatya criteria.' Using these Malatya criteria, we estimated DFS and cumulative survival, for patients within and beyond these criteria, and found statistically significant differences with improved survival in patients within Malatya criteria of 1, 5, and 10-year overall survival rates of 90.1%, 79.7%, and 72.8% respectively, which compared favorably with other extra-Milan extended criteria. Survival of our patients within the newly defined Malatya criteria compared favorably with other extra-Milan extended criteria and highlight the usefulness of serum AFP and GGT levels in decision-making.

Surgery for intractable pain in a patient with chronic pancreatitis complicated with biliary obstruction, portal vein stenosis and mesenteric venous collaterals.

Pancreatic head resection for chronic pancreatitis is a challenging procedure, in the presence of venous collaterals, cavernous transformation, extensive fibrosis or porto-mesenteric stenosis or thrombosis. We present a surgically treated patient for the intractable pain of chronic pancreatitis. Complications with biliary obstruction and portal vein stenosis/thrombosis resulted in cavernous transformation. A pancreaticoduodenectomy combined with portal vein resection was intended in a 51 year-old male, but the procedure was terminated due to the high risk associated with intraoperative bleeding. The surgical procedure was switched to a Frey procedure, wherein partial pancreatic head resection, drainage of the pancreatic canal and sufficient pain palliation, without an increased risk of intraoperative hemorrhage, was ensured. The procedure was successfully combined with bilio-enteric anastomosis.

Pretransplant Stable Systolic Cardiac Functions Play an Important Role in Short-term Systolic Cardiac Functions After Kidney Transplant in Children.

OBJECTIVES: In this study, our aim was to evaluate the systolic cardiac parameters and related risk factors in children within 6 months after kidney transplant. MATERIALS AND METHODS: We retrospectively evaluated 24 children who received kidney transplants. Clinical and laboratory parameters before and after transplant were recorded. Results were evaluated statistically, with a P value less than .05 considered significant. RESULTS: Before transplant, systolic cardiac functions were within normal limits. After transplant, ejection fraction (63.35% ± 5.38% vs 66.95% ± 4.62%; P = .01) was significantly increased and left ventricular mass index (32.63 ± 17.21 g/m2.7 vs 31.29 ± 15.65 g/m2.7; P = .78) was not significantly decreased, whereas fractional shortening (52.16% ± 15.32% vs 59.8% ± 12.94%; P = .54) did not change. Systolic blood pressure, systolic blood pressure index, diastolic blood pressure, and diastolic blood pressure index values were not statistically different before and after transplant (P > .05). The number of antihypertensive agents was significantly decreased (P = .001). Before and after transplant, cardiac geometry was normal in 15 patients (62.5%) and 17 patients (70.8%). CONCLUSIONS: Our patients, who had stable systolic cardiac function before transplant, showed further improvements in systolic cardiac function even within 6 months after transplant. Therefore, strictly monitored and controlled blood pressure, volume, anemia, and nutrition in children before transplant may play important roles in achieving better cardiac systolic function after kidney transplant.