1) breath in daily l ife
生活呼吸
2) soil respiration
呼吸活动
1.
The effects of different concentrations of Apramycin on soil respiration and bacterial growth rates in different types of soil were studied.
研究了兽药抗生素安普霉素对不同土壤中微生物呼吸活动和对土壤中微生物种群生长的影响,了解该药物对土壤生态系统生态毒理学效应,以便为药物的环境安全性评价提供依据。
2.
The effects of different concentration of sulfamethazine on soil respiration and growth rates of bacteria and fungi in different types of soil were studied.
采用室内培养方法,研究了磺胺二甲基嘧啶对不同土壤中微生物呼吸活动和种群数量的影响。
3) Respiratory activity
呼吸活性
1.
Methods DECB was treated with heat,acid,alkali,baking,organic solvent extracting,micro-organism zymolysis,and then the method of microrespiromete was used to test the respiratory activity.
方法分别将小牛血清去蛋白提取物进行加热、加酸、加碱、烘烤、有机溶剂萃取、接种微生物发酵等方法处理,然后分别用微量呼吸检压法检测呼吸活性。
2.
During the different stage of microspore development, the total respiratory activity(Vt),the cytochrome pathway activity(ρ′Vcyt) and the alternative pathway activity(ρValt) of anther that was on treated wheat plant by GENESIS and on untreated wheat plant by GENESIS were compared.
对小麦小孢子发育的各个时期,经GENESIS处理的和未处理的植株花药的总呼吸活性 Vt 、细胞色素途径呼吸活性 ρ′Vcyt 和交替途径实际呼吸活性 ρValt 进行了比较研究,结果表明,在各时期,处理植株花药的Vt呼吸均低于未处理植株,尤以单核期最为明显;在小孢子减数分裂期、四分体期和单核期,处理小麦植株花药的ρ′Vcyt均明显降低,而在小孢子减数分裂期和四分体期ρValt出现明显升高。
3.
2#, 3# and 5# showed high respiratory activity under all experimental substrate conditions.
采用微电极呼吸速率法研究细菌的呼吸活性。
4) breathing valve
呼吸活门
5) biochemical respiration
生化呼吸
6) Growth respiration
生长呼吸
补充资料：呼吸系统的进化鱼的呼吸器官及气体交换示意图
李瑞端绘
[图]
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条