本文对两个具有时滞的生物数学模型进行了研究。
The oscillatory behavior of solutions of two biological models with time delays has been studied.
利用反演原理和极值原理讨论了一类生物数学模型正解的爆破现象，获得了解的爆破集和爆破率。
By the maximum principles and reflection principles, the blow-up of positive solutions of a biomathematics model was studied, and blow-up set and blow-up rate are obtained.
从底物物质平衡出发，在提出新的代谢概念基础上，系统地建立了描述富底物条件下微生物合成-能量代谢行为的生物数学模型体系。
Based on study of metabolic theory, this paper established a series of bioenergetic models describing the relationship between microbial anabolism-catabolism and S_O/X_O ratio.
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