Objective to explore the damage of liver mitochondrial respiratory function, respiratoryenzymes and its mechanisms in secondary binary cirrhosis.
目的探讨继发性胆汁性肝硬化时肝线粒体呼吸功能及呼吸酶的损伤及其机制。
2
The respiratory intensity, the activity of several soil enzymes and the soil fertilities were also comparatively determined in the original soil with those in the casts.
比较测定了蚓粪和原土壤几种重要的土壤酶的活性变化以及土壤的几种肥力指标的变化。
3
The most common adverse reactions in clinical trials were upper respiratory tract infections, headache, inflammation of the nose or nasal passage, high blood pressure and increased liver enzymes.