AIM： To assess the validity of our selection criteria for hepatectomy procedures based on indocyanine green disappearance rate （KICG）, and to unveil the factors affecting posthepatectomy mortality in patients with ...AIM： To assess the validity of our selection criteria for hepatectomy procedures based on indocyanine green disappearance rate （KICG）, and to unveil the factors affecting posthepatectomy mortality in patients with hepatocellular carcinoma （HCC）. METHODS： A retrospective analysis of 198 consecutive patients with HCC who underwent partial hepatectomies in the past 14 years was conducted. The selection criteria for hepatectomy procedures during the study period were KICG≥0.12 for hemihepatectomy, KICG≥0.10 for bisegmentectomy, KCG≥0.08 for monosegmentectomy, and KICG≥ 0.06 for nonanatomic hepatectomy. The hepatectomies were categorized into three types： major hepatectomy （hemihepatectomy or a more extensive procedure）, bisegmentectomy, and limited hepatectomy. Univariate （Fishers exact test） and multivariate （the logistic regression model） analyses were used. RESULTS： Postoperative mortality was 5% after major hepatectomy, 3% after bisegmentectomy, and 3% after limited hepatectomy. The bhree percentages were comparable （P = 0.876）. The platelet count of ≤ 10× 10^4/μL was the strongest independent factor for postoperative mortality on univariate （P = 0.001） and multivariate （risk ratio, 12.5; P= 0.029） analyses. No patient with a platelet count of 〉7.3× 10^4/μL died of postoperative morbidity, whereas 25% （6/24 patients） of patients with a platelet count of ≤7.3×10^4/μL died （P〈0.001）. CONCLUSION： The selection criteria for hepatectomy procedures based on KICG are generally considered valid, because of the acceptable morbidity and mortality with these criteria. The preoperative platelet count independently affects morbidity and mortality after hepatectomy, suggesting that a combination of KICG and platelet count would further reduce postoperative mortality.展开更多
文摘AIM： To assess the validity of our selection criteria for hepatectomy procedures based on indocyanine green disappearance rate （KICG）, and to unveil the factors affecting posthepatectomy mortality in patients with hepatocellular carcinoma （HCC）. METHODS： A retrospective analysis of 198 consecutive patients with HCC who underwent partial hepatectomies in the past 14 years was conducted. The selection criteria for hepatectomy procedures during the study period were KICG≥0.12 for hemihepatectomy, KICG≥0.10 for bisegmentectomy, KCG≥0.08 for monosegmentectomy, and KICG≥ 0.06 for nonanatomic hepatectomy. The hepatectomies were categorized into three types： major hepatectomy （hemihepatectomy or a more extensive procedure）, bisegmentectomy, and limited hepatectomy. Univariate （Fishers exact test） and multivariate （the logistic regression model） analyses were used. RESULTS： Postoperative mortality was 5% after major hepatectomy, 3% after bisegmentectomy, and 3% after limited hepatectomy. The bhree percentages were comparable （P = 0.876）. The platelet count of ≤ 10× 10^4/μL was the strongest independent factor for postoperative mortality on univariate （P = 0.001） and multivariate （risk ratio, 12.5; P= 0.029） analyses. No patient with a platelet count of 〉7.3× 10^4/μL died of postoperative morbidity, whereas 25% （6/24 patients） of patients with a platelet count of ≤7.3×10^4/μL died （P〈0.001）. CONCLUSION： The selection criteria for hepatectomy procedures based on KICG are generally considered valid, because of the acceptable morbidity and mortality with these criteria. The preoperative platelet count independently affects morbidity and mortality after hepatectomy, suggesting that a combination of KICG and platelet count would further reduce postoperative mortality.
