英语释义

• requiring organic compounds of carbon and nitrogen for nourishment;

  "most animals are heterotrophic"

片语

heterotrophic growth异养生长

Heterotrophic Microbes微生物

heterotrophic fixation异养性固定

heterotrophic bacteria[微] 异养细菌

heterotrophic biomas异养生物量

heterotrophic cycle异养循环

heterotrophic thallophyte与异养原植体植物

heterotrophic microbe异养微生物

heterotrophic component异养成分

Heterotrophic flagellates异养鞭毛虫

英汉例句

• in this paper, the removal efficiencies of total coliforms(tc), fecal coliforms(fc), fecal streptococcus(fs) and heterotrophic plate count(hpc) in simulated stabilization pond systems were studied.

  本文研究了模拟稳定塘系统去除污染指示菌如总大肠菌群（tc），粪大肠菌群（fc），粪链球菌（fs）以及异养细菌（hpc）的作用。

• this paper studied the abilities of denitrification and kinetics of denitrification of heterotrophic denitrifying bacteria.

  研究电极生物膜反应器中异养反硝化菌的脱氮能力及脱氮动力学。

• pcc6803 is able to grow on glucose in complete darkness with a daily stimulation of short and weak light, which is called light activated heterotrophic growth(lahg).

  集胞藻pcc6803能够在微弱、短时光刺激的条件下利用葡萄糖进行异养生长，称为光激活异养生长（lahg）。

• secondary production is defined as the rate of production of new biomass by heterotrophic organisms.

  次级生产力次级生产力的定义是异养有机体的新生物量的生产速率。

• it is carried out mainly by autotrophic bacteria although some heterotrophic microorganisms may also be involved.

  硝化作用主要是由自养微生物和一些异养微生物在好氧条件下产生的；

• fish diseases can be inspected by investigating the number of heterotrophic bacteria and vibrios in cage - cultured waters.

  利用检测养殖水域异养细菌和弧菌的数量可预测鱼病的发生。

• we can not live without some sustenance from the biological point of view, we are heterotrophic aerobic type.

  我们的生活离不开一些寄托，从生物学的角度看，我们就是异养需氧型。

• the genetically-engineered cyanobacterial strains acquired capability of heterotrophic growth on lactose.

  基因工程藻株均获得了利用乳糖异养生长的能力。

• thereby, the n2o emission flux from temperate grassland soils was lower because that the heterotrophic nitrification is key n2o production process in these soils.

  从而揭示了内蒙古温带草原土壤以异养硝化作用过程为主产生n2o和n2o排放通量较低的微生物学机理。

• objective to study the relationship between heterotrophic plate counts and some physical and chemical parameters.

  目的研究影响饮用水中细菌总数测定的实验条件及理化指标。

• heterotrophic bacteria eat most of the carbon-based materials in raw sewage while autotrophic bacteria consume ammonia and nitrogen compounds.

  异养细菌可以吃掉未处理污水当中的大部分碳基物质；而自养细菌则会消耗掉氨氮化合物。

• y structure and function, blss can be divided into two parts: autotrophic unit and heterotrophic unit.

  lss在结构和功能上可以分为自养单元和异养单元两部分。

• the results show that the dw of cells cannot be simplycalculated from od of medium using single conversion constant in the batch heterotrophic culture of chlorellavulgaris.

  因此在小球藻分批异养培养过程中，培养液藻生物量检测采用单一的dw与od换算常数用od来推算细胞的干重则会产生较大的误差。

• this stage can be divided into three growth phases: heterotrophic, heterotrophic and autotrophic, autotrophic nutrition.

  按营养方式，将该期划分成异养、异养和自养并进及完全自养三个生长阶段。

• besides the well known autotrophic nitrifiers belonging to the nitrosomonas and nitrobacter groups, there are some heterotrophic microorganisms and methanotrophic bacteria that are able to do the job.

  除了传统上认为的自养硝化细菌以外，近几十年来已发现很多异养微生物和甲烷营养细菌可以进行硝化作用。

• canadian test samples showed results of more than 80, 000 heterotrophic units.

  加拿大机构对于样本的检测已经显示了每单位超过80000的变异细菌。

• the conclusion is that using the differences of colony characteristics as the first step of pick-up of isolates will greatly underestimate the diversity of cultivable heterotrophic bacteria.

  试验结果表明，以菌落特征的差异来挑选不同的菌株作为分析细菌多样性的第一个筛选步骤，会大大低估可培养异养细菌的多样性。

• in the biological pretreatment procedure for eutrophic water, mc were degraded by special bacteria and assimilated by heterotrophic microorganisms.

  生物预处理工艺中，mc在特定细菌的降解作用及混合微生物的同化作用下被去除。

• both the culture technology researches and the constituent analyses will lay a foundation for the application of plant hormones in the heterotrophic culture of chlorella vulgaris.

  培养工艺研究与化学组成分析将为植物激素应用于小球藻的异养培养奠定基础。

• a heterotrophic nitrifier, named strain hn, was isolated from the greenhouse soil. the cells of isolates were gram positive, rod or coccus.

  从大棚土壤中分离到一株异养型硝化细菌，命名为菌株hn ，分离菌株为革兰氏染色阳性，球状或桿状。

• a negative relationship with salinity was found for heterotrophic bacteria along two sections across the east china sea shelf as well.

  在横穿东海陆架的两个断面，异养细菌的丰度表现出与盐度的负相关关系。