Treatment of systemic inflammatory response syndrome by push-pull powdered sorbent pheresis: a Phase 1 clinical trial.

S. Ash, S. Ash, J. Steczko, H. Levy, D. E. Blake, D. Carr
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引用次数: 22

Abstract

An FDA-approved Phase 1 feasibility study was performed in two centers to determine the safety of the BioLogic-DTPF (detoxifier/plasma filter) system for the treatment of patients with systemic inflammatory response syndrome (SIRS). This device combines hemodiabsorption (dialysis of blood against powdered sorbents with the BioLogic-DT system) with push-pull sorbent-based pheresis (the PF add-on module). Eight adult ICU patients with both SIRS and multiple organ failure participated in the study. One 6 h treatment was planned for each patient with powdered charcoal as sorbent for 4 patients and a combination of charcoal/silica in the PF sorbent bag for 4 patients. The treatments appeared to have no negative effects in 7 patients, but 1 patient died during treatment due to progressive cardiac failure. Sepsis was resolved in 5 of the 8 patients. However, there were only 2 long-term survivors of the group. The addition of the PF module should improve the chemical function of the BioLogic-DT by allowing removal of protein-bound toxins such as cytokines. The selected patients tolerated treatment by the DTPF system well, but proof of benefit of the device remains to be proven in a Phase 2 clinical trial with randomized controls.
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推拉式粉末吸附剂注射治疗全身炎症反应综合征:一项1期临床试验。
在两个中心进行了fda批准的1期可行性研究,以确定BioLogic-DTPF(解毒剂/血浆过滤器)系统治疗全身性炎症反应综合征(SIRS)患者的安全性。该设备结合了血液吸收(通过BioLogic-DT系统对粉末吸附剂进行血液透析)和基于推挽吸附剂的体外循环(PF附加模块)。8例SIRS合并多器官功能衰竭的成人ICU患者参与了研究。每位患者计划进行一次6小时的治疗,其中4例患者使用粉状木炭作为吸附剂,4例患者使用PF吸附剂袋中木炭/二氧化硅的组合。7例患者的治疗似乎没有负面影响,但1例患者在治疗期间因进行性心力衰竭死亡。8例患者中有5例脓毒症得到缓解。然而,只有2只存活了很长时间。添加PF模块可以通过去除蛋白质结合的毒素(如细胞因子)来改善BioLogic-DT的化学功能。所选的患者对DTPF系统的治疗耐受良好,但该设备的益处仍需在随机对照的2期临床试验中得到证明。
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Presidential Address: PRESIDENTIAL ADDRESS Fluctuations in the peripheral blood leukocyte and platelet counts in leukocytapheresis in healthy volunteers. Mobilization factors of peripheral blood stem cells in healthy donors. Cytokine removal by plasma exchange with continuous hemodiafiltration in critically ill patients. In vitro evaluation of newly developed adsorbent for selective removal of glycosylated low-density lipoprotein.
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