生物呼吸

本文用实验证实了电磁波对生物呼吸过程的影响。

The influence of electromagnetic wave on biologic respiratory process is demonstrated by an experiment .

细胞色素氧化酶是真核生物细胞呼吸链终末氧化酶，是生物体内能量生成的重要步骤。

Cytochrome oxidase is the terminat oxidase of the respiratory chain in eucaryotic cell .

生物好氧呼吸作用不是影响黄河主流pCO2的主要因素，主流pCO2应该受水体碳酸盐系统的控制。

PCO2 is subjected to the carbonate system rather than the biological aerobic respiration .

说明土壤微生物数量、酶活性、微生物生物量、呼吸作用以及养分银因子中的有机质、有机C、速效N及速效P之间有着十分密切的关系。

This showed that there was close relationships among number of microorganism , enzyme activity , microbial biomass , respiratory function and organic matter , organic C , rapidly-available N and P of nutrient factors . 7 .

过量铜、锌对外生菌根菌牛乳牛肝菌生物量、呼吸和糖酵解酶活性的影响

Effects of Excessive Cu or Zn on Biomass , Respiration and Activities of Glycolytic Enzymes in Mycelia of Ectomycorrhizal Fungus Suillus bovinus

本文运用计数法、封闭器法和培养法对底栖动物的生物量、呼吸强度和P/B系数进行了研究。

The study on the biomass , respiration and P / B coefficient of benthon have been carried out with counting method , sealed apparatus method and cultivation method in Sanjiang Plain .

结果表明，8种群落的土壤微生物数量、生物量和呼吸速率表现出不同的生态分布特点，该特点与8种群落的14种环境因素存在着一定差异有关。

The result indicated : the soil microbial number , biomass and respiratory rate of 8 communities display the different ecological distribution feature , the feature relates to the 14 different environmental factors in 8 communities . In the course of comparable analysis on soil microbial distribution .

环境与生物因子对土壤呼吸及其组分的影响

Effects of Environmental and Biological Factors on Soil Respiration and its Components

但是，细根生物量与根系呼吸间相关性不显著。

There was no significant relationship between RR and fine root biomass regardless of the stand age .

它的大气的构成也非常不同，地球生物在那里不能呼吸。

The makeup of its atmosphere is very different ; the earth creatures cannot breathe in it .

如果这已发展，你能学会在每天周期性地忆起呼吸，直到生物变化展现了呼吸的自动激活。

If this has yet to develop , one can learn to remember to breathe periodically during the day until the biological changes come forth to activate the breath automatically .

仪器综合了生物反馈仪和呼吸训练仪的特点，在呼吸训练的同时能及时将训练的效果反馈给受训者，使受训者能够及时调整自己的呼吸模式，达到满意的训练效果。

With both features of biofeedback and breathing training apparatus , it may simultaneously feedback the training effect to the trainer during the abdominal breathing training , and the trainer may regulate his breathing mode for desirable effects .

最后使用该系统对生物信号中的呼吸信号进行了检测研究，在基于混沌振子的弱生物信号检测方面进行了有意义的探索。

Finally , the research of detecting the breathing signal , which is belong to the biological signal , has been done , it is a significant exploration in the field of weak biological signal detection based on the chaotic oscillator .