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Modeling and Data Needs of Atmospheric Pressure Gas Plasma and Biomaterial Interaction

机译:大气压气体等离子体与生物材料相互作用的建模和数据需求

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Non-thermal atmospheric pressure plasmas have received considerable attention recently. One promising application of non-thermal plasma devices appears to be biomaterial and biomedical treatment. Various biological and medical effects of non-thermal plasmas have been observed by a variety of investigators, including bacteria sterilization, cell apoptosis, and blood coagulation, among others. The mechanisms of the plasma-biomaterial interaction are however only poorly understood. A central scientific challenge is therefore how to answer the question: "What plasma-generated agents are responsible for the observed biological effects?" Our modeling efforts are motivated by this question. In this paper, we review our modeling results of the plasma needle discharge. Then, we address data needs for further modeling and understanding of plasma-biomaterial interaction
机译:非热大气压等离子体近来已引起相当大的关注。非热等离子体装置的一种有希望的应用似乎是生物材料和生物医学治疗。许多研究者已经观察到非热等离子体的各种生物学和医学效应,包括细菌灭菌,细胞凋亡和凝血等。然而,对血浆-生物材料相互作用的机制了解甚少。因此,一个核心的科学挑战是如何回答这个问题:“哪些血浆生成的药物负责观察到的生物学效应?”这个问题激发了我们的建模工作。在本文中,我们回顾了等离子体针头放电的建模结果。然后,我们解决了进一步建模和了解血浆-生物材料相互作用的数据需求

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