Some observational characteristics of residual current and mass transport in the Hangzhou Bay and the Changjiang Estuary in winter are analyzed. The residual current and its impact on mass transport are simulated with...Some observational characteristics of residual current and mass transport in the Hangzhou Bay and the Changjiang Estuary in winter are analyzed. The residual current and its impact on mass transport are simulated with a 3 - D joint model for the Hangzhou Bay and the Changjiang Estuary, in which the impacts of river flux, wind, baroclinic pressure gradient (BPG), background current in the East China Sea and tide (including M2, S2, K1 and O1) are taken into account. Based on there studies, further simulations are made to analyze the dynamical mechanisms of the observational characteristics.展开更多
AIM： To assess residual diuresis and diverse variables according to body mass index （BMI）.METHODS： Cross-sectional study （n = 57）, with 3 groups. Group A： BMI 〈 25, n = 22; Group B： BMI 25-30, n = 15; Grou...AIM： To assess residual diuresis and diverse variables according to body mass index （BMI）.METHODS： Cross-sectional study （n = 57）, with 3 groups. Group A： BMI 〈 25, n = 22; Group B： BMI 25-30, n = 15; Group C： BMI 〉 30, n = 20. Diuresis, hematocrit, albumin, C-reactive protein, Malnutrition infammatory score, Pro-BNP, Troponin T, leptin and in-sulin levels are expressed as median and ranges （r）. RESULTS： Albumin （g/dL）： GA vs GC, 3.70 （r2.20-4.90） vs 3.85 （r3.40-4.90）, P = 0.02. Diuresis （mL/d）： GA 690 （r0-1780）; GB 660 （r60-1800）; GC 840 （r40-2840）. Diuresis GA vs GC, P = 0.01. Leptin （ng/mL）： GA vs GC, 3.81 （r0.78-69.60） vs GC, 32.80 （r0.78-124.50）, P 〈 0.001. Insulin （μU/mL）： GA vs GB, 7 （r2-44） vs 11.50 （r4-38）, P = 0.02; GA vs GC, 7 （r2-44） vs 19.5 （r5-155）, P = 0.0001. Troponin T and Pro-BNP levels were not different. Significant correlations： GC, Insulin-UF： ρ= 0.53; P = 0.03; TroponinT-diuresis： ρ = -0.48, P 〈 0.05; Pro-BNP-diuresis： ρ = -0.39, P 〈 0.01; Troponin T-ProBNP： ρ = 0.77, P 〈 0.0001; albumin-Troponin T： ρ = -0.66, P 〈 0.0001; albumin-ProBNP： ρ = -0.44, P 〈 0.05.CONCLUSION： High BMI associated positively with higher diuresis and albuminemia, and negatively with TropT and Pro-BNP. High BMI-associated better survival may be explained by better urinary output, lowering cardiovascular stress.展开更多
基金the Major Stste Basic Research Program Under contract Grand No. G1999043803, theNational Natural Science Foundation of China u
文摘Some observational characteristics of residual current and mass transport in the Hangzhou Bay and the Changjiang Estuary in winter are analyzed. The residual current and its impact on mass transport are simulated with a 3 - D joint model for the Hangzhou Bay and the Changjiang Estuary, in which the impacts of river flux, wind, baroclinic pressure gradient (BPG), background current in the East China Sea and tide (including M2, S2, K1 and O1) are taken into account. Based on there studies, further simulations are made to analyze the dynamical mechanisms of the observational characteristics.
文摘AIM： To assess residual diuresis and diverse variables according to body mass index （BMI）.METHODS： Cross-sectional study （n = 57）, with 3 groups. Group A： BMI 〈 25, n = 22; Group B： BMI 25-30, n = 15; Group C： BMI 〉 30, n = 20. Diuresis, hematocrit, albumin, C-reactive protein, Malnutrition infammatory score, Pro-BNP, Troponin T, leptin and in-sulin levels are expressed as median and ranges （r）. RESULTS： Albumin （g/dL）： GA vs GC, 3.70 （r2.20-4.90） vs 3.85 （r3.40-4.90）, P = 0.02. Diuresis （mL/d）： GA 690 （r0-1780）; GB 660 （r60-1800）; GC 840 （r40-2840）. Diuresis GA vs GC, P = 0.01. Leptin （ng/mL）： GA vs GC, 3.81 （r0.78-69.60） vs GC, 32.80 （r0.78-124.50）, P 〈 0.001. Insulin （μU/mL）： GA vs GB, 7 （r2-44） vs 11.50 （r4-38）, P = 0.02; GA vs GC, 7 （r2-44） vs 19.5 （r5-155）, P = 0.0001. Troponin T and Pro-BNP levels were not different. Significant correlations： GC, Insulin-UF： ρ= 0.53; P = 0.03; TroponinT-diuresis： ρ = -0.48, P 〈 0.05; Pro-BNP-diuresis： ρ = -0.39, P 〈 0.01; Troponin T-ProBNP： ρ = 0.77, P 〈 0.0001; albumin-Troponin T： ρ = -0.66, P 〈 0.0001; albumin-ProBNP： ρ = -0.44, P 〈 0.05.CONCLUSION： High BMI associated positively with higher diuresis and albuminemia, and negatively with TropT and Pro-BNP. High BMI-associated better survival may be explained by better urinary output, lowering cardiovascular stress.
