创伤过程动物影响方法综述(文献综述)

A. Supilnikov, O. Pavlova, D. Liu, E. Dorozhkina, P. Smelova
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摘要

本工作致力于研究动物创伤过程及其可能的影响因素。本课题研究的时事性在于,实验结果有助于提高手术动物的存活率,加快愈合,减少机体的康复时间,避免伤口的细菌污染、化脓性疾病和再感染,降低动物的创伤程度,促进新的有效的预防和抑制手术感染的药理学方法的引入。应用激光和超声设备,发现和使用新药物。研究的目的。本工作的目的是对动物伤口处理方法进行一般性的文献综述。本文回顾了2012年至2022年的论文,列举了影响伤口过程的各种因素,以概述伤口管理的必要性。使其更易于管理,加快动物伤口愈合,并指出需要额外的伤口管理模型。结论。基于葡聚糖磷酸凝胶、干细胞和蜜酰的复杂移植物和基质的使用已被生物学因素证明可以促进愈合。与强酸性环境相比,正碱性环境已被证明可以促进再上皮,因为它没有不良影响。此外,伽玛射线治疗被发现可以加速愈合。由此我们可以得出结论,关于该主题的文献综述表明了所考虑的领域的相关性,并且需要进一步的发展和更深入的研究,因为伤口过程是一个需要解决的科学问题。
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Review of methods of impact on the wound process animals (literary review)
The present work is devoted to the study of the course of the wound process in animals as well as possible factors influencing it. The topicality of the research in this topic consists in the fact that the experimental results help to increase the survival rate among the animals which have undergone the operation, to accelerate healing, to reduce the organism rehabilitation time, to avoid the bacterial contamination of wounds, purulent diseases and re-infection, to reduce the trauma level in animals, promote the introduction of new efficient pharmacological methods of prevention and suppression of surgical infections, application of laser and ultrasound equipment, discover and use new medicines. The aim of the study. The aim of this work is to conduct a general literature review on the methods of wound management in animals. This review focuses on papers from 2012 to 2022, citing various factors that influence the wound process in order to outline the need for wound management. To make it more manageable and to speed up wound healing in animals, as well as to point out the need for additional wound management models. Conclusion. The use of a complex graft and matrix based on dextran phosphate gel, stem cells and miliacyl has been shown by biological factors to promote healing. A positive alkaline environment has been shown to promote reepithelisation, as it has no adverse effect, in contrast to a strongly acidic environment. In addition, gamma radiation treatment was found to accelerate healing. From this we can conclude that the literature review conducted on this topic indicates the relevance of the area under consideration, and further developments and more in-depth studies are required, as wound processes are a scientific problem that needs to be solved.
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