首页> 外文期刊>International Journal of Clinical and Experimental Medicine >HDFx: a novel biologic immunomodulator is therapeutically -effective in hemorrhagic and intestinal-ischemic shock: importance of microcirculatory-immunological interactions and their potential implications for the warfighter and disaster victims
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HDFx: a novel biologic immunomodulator is therapeutically -effective in hemorrhagic and intestinal-ischemic shock: importance of microcirculatory-immunological interactions and their potential implications for the warfighter and disaster victims

机译:HDFx:一种新型生物免疫调节剂,对出血性和肠道缺血性休克具有治疗效果:微循环免疫相互作用的重要性及其对战士和灾难受害者的潜在影响

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Recently, we have reported on the discovery of a new, conserved protein (35-40 kD), termed HDFx, that protects rats, guinea-pigs, mice and rabbits against lethal hemorrhage, endotoxins, and traumatic injury when given, systemically, as a pretreatment. HDFx was also found to stimulate several arms of the immune system. The present report demonstrates, for the first time, that HDFx ,when administered post-hemorrhage and post-intestinal ischemia shock -trauma, yields increased survival rates, elevates falling arterial blood pressures, possesses unique actions in the microvasculature, stimulates depressed RES phagocytosis (normally observed in animals and humans during blood loss, sepsis and trauma), and preserves cytokine levels in lymphocytes obtained from animals subjected to hemorrhage and traumatic shock. We believe that HDFx presents a potential brand new therapeutic approach:1)for the injured warfighter on the battlefield, 2)for victims of major disasters, 3)as an adjunct for patients undergoing high -risk surgical procedures commonly found in open-heart surgery, cancers, and in neurosurgeries. Use of HDFx could potentially allow oncologists to decrease chemotherapy dosing, while increasing patient survival chances.
机译:最近,我们报道了一种新的保守蛋白(35-40 kD)的发现,该蛋白称为HDFx,当全身给予时,该蛋白可保护大鼠,豚鼠,小鼠和兔子免受致命性出血,内毒素和外伤的伤害。预处理。还发现HDFx可以刺激免疫系统的多个分支。本报告首次证明,在出血后和肠道缺血性休克-创伤中施用HDFx时,可提高生存率,降低动脉血压,在微脉管系统中发挥独特作用,刺激RES吞噬功能低下(通常会在失血,败血症和创伤期间在动物和人类中观察到),并保留从遭受出血和创伤性休克的动物获得的淋巴细胞中的细胞因子水平。我们认为,HDFx提出了一种潜在的全新治疗方法:1)针对战场上受伤的战士,2)针对重大灾难的受害者,3)作为接受心脏直视手术中常见的高风险手术程序的患者的辅助工具,癌症和神经外科。 HDFx的使用可能潜在地使肿瘤科医生减少化疗剂量,同时增加患者的生存机会。

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