Centre for Research and Knowledge Transfer in Biotechnology, University of Zagreb, Rockefellerova 10, 10000 Zagreb, Croatia.
Toxins (Basel). 2023 Jun 15;15(6):398. doi: 10.3390/toxins15060398.
Envenomations induced by animal bites and stings constitute a significant public health burden. Even though a standardized protocol does not exist, parenterally administered polyclonal antivenoms remain the mainstay in snakebite therapy. There is a prevailing opinion that their application by the route has poor efficacy and that administration should preferentially be chosen in order to achieve better accomplishment of the antivenom therapeutic activity. Recently, it has been demonstrated that neutralization not only in the systemic circulation but also in the lymphatic system might be of great importance for the clinical outcome since it represents another relevant body compartment through which the absorption of the venom components occurs. In this review, the present-day and summarized knowledge of the laboratory and clinical findings on the and routes of antivenom administration is provided, with a special emphasis on the contribution of the lymphatic system to the process of venom elimination. Until now, antivenom-mediated neutralization has not yet been discussed in the context of the synergistic action of both blood and lymph. A current viewpoint might help to improve the comprehension of the venom/antivenom pharmacokinetics and the optimal approach for drug application. There is a great need for additional dependable, practical, well-designed studies, as well as more practice-related experience reports. As a result, opportunities for resolving long-standing disputes over choosing one therapeutic principle over another might be created, improving the safety and effectiveness of snakebite management.
动物咬伤和蜇伤引起的中毒是一个重大的公共卫生负担。尽管没有标准化的方案,但注射用多克隆抗蛇毒血清仍然是蛇伤治疗的主要方法。有一种普遍的观点认为,这种方法的疗效较差,应该优先选择 给药途径,以更好地发挥抗蛇毒血清的治疗作用。最近,人们已经证明,中和作用不仅在体循环中,而且在淋巴系统中也可能非常重要,因为淋巴系统是毒液成分吸收发生的另一个重要的身体部位。在这篇综述中,提供了关于抗蛇毒血清 和 给药途径的实验室和临床发现的最新和总结性知识,特别强调了淋巴系统对毒液消除过程的贡献。到目前为止,抗蛇毒血清介导的中和作用尚未在血液和淋巴的协同作用的背景下进行讨论。当前的观点可能有助于提高对毒液/抗蛇毒血清药代动力学的理解,以及药物应用的最佳方法。非常需要更多可靠、实用、精心设计的研究,以及更多与实践相关的经验报告。因此,可能会有机会解决长期以来在选择一种治疗原则还是另一种治疗原则上的争议,从而提高蛇伤管理的安全性和有效性。