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Transactions - American Society for Artificial Internal Organs最新文献

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Extracorporeal anticoagulation using a serine protease inhibitor in hemodialysis in sheep. 丝氨酸蛋白酶抑制剂在绵羊血液透析中的体外抗凝作用。
K Mottaghy, B Oedekoven, R Bey, H Schmid-Schönbein
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引用次数: 0
Evaluation of occlusive inlet pannus formation: comparison of conduit designs. 闭塞进气道形成的评价:导管设计的比较。
G E Pool, S M Parnis, G J Creager, S R Igo, M G McGee, J M Fuqua, O H Frazier
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引用次数: 0
A new autologous plasma exchange system with salt-amino acid coprecipitation (SAC) method. 一种新的盐-氨基酸共沉淀法自体血浆交换系统。
A Saito, H Ogawa, T Takagi, M Matsumoto, S Yoshimasu
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引用次数: 0
Hemodynamic and pathologic consequences of biventricular bypass using left atrial versus left ventricular withdrawal. 左心房与左心室停搏双心室旁路的血流动力学和病理学后果。
G F Rich, K W Smith, C S Kwan-Gett, D L Mock, T Davy, R D Strickland, B L Bagley, L S Beck, J L Orth, M J Weiler
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引用次数: 0
Acute lung injury during cardiopulmonary bypass, the role of neutrophil sequestration and lipid peroxidation. 体外循环中急性肺损伤,中性粒细胞隔离和脂质过氧化的作用。
S Westaby, J Fleming, D Royston
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引用次数: 0
Right ventricular function during left heart bypass evaluated by two-dimensional echocardiography. 二维超声心动图评价左心搭桥期间的右心室功能。
I Yada, C M Wei, R Hattori, K Saito, M Imura, M Okabe, H Yuasa, M Kusagawa
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引用次数: 0
Recovery mechanism from postoperative profound heart failure by an automatic left ventricular assist system. 深度心力衰竭术后自动左心室辅助系统的恢复机制。
H Takano, T Nakatani, Y Taenaka, M Umezu, T Matsuda, H Iwata, S Adachi, T Tanaka, H Noda, S Fukuda
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引用次数: 0
Predilution versus postdilution for continuous arteriovenous hemofiltration. 连续动静脉血液滤过的稀释前与稀释后比较。
A A Kaplan

Unlabelled: When compared to the postdilution mode, the predilution mode has the following advantages and disadvantages:

Advantages: A significant increase in net urea clearance when compared to the postdilution mode: This study, showing a net 18% increase, confirms the conclusions of our preliminary studies 15, 16. It allows for a more liberal use of suction-assist: The combination of predilution and suction-assist can yield a 60% increase in net urea clearance without the generation of prohibitively high hematocrits and protocrits. A potential increase in effective filter life by dilution of prefilter hematocrit, clotting factors, and platelet count. Disadvantages: Increased cost of replacement fluid: This is usually modest, approximately a 10 to 30% increase in total volume needed. With a total output of 20 L/day this would represent approximately 6 L. In the manner prepared (Table 4, Ref 6) this represents approximately $10 a day and must be contrasted with the potential for increased filter life, the replacement of which represents the major cost of CAVH therapy. Furthermore, and perhaps more important, is that this modest increase in replacement fluid costs yields a substantial increase in urea clearance, especially when used with suction-assist, thus eliminating the need for intermittent hemodialysis and the costs it incurs. The filtrate chemistries can no longer be used to monitor the patient's plasma values: Although the potential savings in blood drawing is real, experience with the postdilution mode suggests that filtrate values are rarely considered adequate by the attending medical staff.

未标记:与稀释后模式相比,预稀释模式有以下优点和缺点:优点:与稀释后模式相比,净尿素清除率显著增加:本研究显示净尿素清除率增加18%,证实了我们初步研究的结论15,16。它允许更自由地使用吸入辅助:预稀释和吸入辅助的结合可以使净尿素清除率增加60%,而不会产生过高的红细胞比容和原红细胞。通过稀释预滤红细胞压积、凝血因子和血小板计数,可能增加有效过滤寿命。缺点:增加了更换流体的成本:这通常是适度的,大约需要增加10%到30%的总容积。如果总产量为20升/天,这大约相当于6升。按照制备的方式(表4,参考文献6),这大约相当于每天10美元,必须与增加过滤器寿命的潜力进行对比,更换过滤器是CAVH治疗的主要成本。此外,或许更重要的是,替代液成本的适度增加会大大增加尿素清除率,特别是在使用吸力辅助时,从而消除了间歇性血液透析的需要和由此产生的费用。滤液化学成分不能再用于监测患者的血浆值:虽然抽血的潜在节省是真实的,但稀释后模式的经验表明,主治医务人员很少认为滤液值是足够的。
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引用次数: 0
Use of cryoprecipitate coagulum for removal of multiple "inaccessible" calculi from the biliary and urinary systems. 使用低温沉淀凝血清除胆道和泌尿系统的多发“难以接近”的结石。
S S Kalash, F J Dagher
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引用次数: 0
Pumpless extracorporeal oxygenation of the blood through a hollow fiber oxygenator. 通过中空纤维氧合器对血液进行无泵体外氧合。
C Kostopoulos, A Rasidakis, P Vardas, S Rokas, J Johios, J Nanas, S Moulopoulos
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引用次数: 0
期刊
Transactions - American Society for Artificial Internal Organs
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