Studies in plasma medicine, which are currently actively expanding, are of multidisciplinary character, involving physical, chemical and biological processes. Rapid progress has been achieved in this field due to synergy between experimental and theoretical/computational methods. Joint use of diagnostic tools and computations gives a better understanding of mechanisms of interaction of plasma with bio-objects. This review focuses on recent achievements in modeling of plasma for biomedical applications. Various computational approaches used in these studies are described. We discuss some results of simulations that concern the production of reactive species by plasma and their delivery to bio-objects, and we consider the effect of electroporation at direct contact of cold plasma with cells.

目前正在积极扩展的血浆医学研究具有跨学科特征，涉及物理，化学和生物过程。由于实验方法与理论/计算方法之间的协同作用，该领域已取得了快速进展。结合使用诊断工具和计算可以更好地理解血浆与生物对象之间的相互作用机理。这篇综述着重于在生物医学应用血浆建模方面的最新成就。描述了这些研究中使用的各种计算方法。我们讨论了一些模拟结果，这些结果涉及血浆中反应性物质的产生及其向生物对象的传递，并且我们考虑了冷血浆与细胞直接接触时电穿孔的作用。