heterotropic

heterotropic的基本解释

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向异性的

与heterotropic相关的网络例句 [注：此内容来源于网络，仅供参考]

The effects of active molecule and repressive molecule on the binding process of allosteric enzyme and substrate are discussed by considering the heterotropic effect of the regulating molecule that binds to allosteric enzyme.

文摘：考虑调节剂结合别构酶的异位效应，讨论了与别构部位结合的活性剂分子和抑制剂分子对别构酶和底物结合过程的影响以及它们对协同性效应和抗协同性效应的影响。

The results showed that for carbon steel exposed to sea water for 1~120 month, there were large quantities of SRB congregating in the internal rust layer, arid synchronously there were different numbers of heterotropic bacteria, iron bacteria and sulfide-oxidizing bacteria.

通过在海水中现场挂样，检测了碳钢内锈层中的硫酸盐还原菌、异养菌、铁细菌和硫氧化菌的数量，用SEM观察了内锈层中腐蚀性细菌的形态和分布，并测定了内锈层中的FeS含量，研究了内锈层中微生物对碳钢海水腐蚀的影响及碳钢内锈层中的微生物及其腐蚀与大型生物、锈层、温度等的关系。

Root-derived organic carbon is composed of three compartments: root detritus, root eaudates and root symbionts, which represents a large important and potential C sink in forest ecosystems, The known responses of root derived organic carbon and heterotrophic microbes to elevated CO2 were reviewed. Overall, increases in root biomass, productivity, and exudation indicate an augmentation of C inputs into the soil via roots, although changes in root lifespan are still unclear and may modify this flux positively or negatively, Altogether, changes in root chemistry and morphology that may augment soil C storage under elevated CO2 include decreased N concentration and wider root diameter, Alternately, a shift in rooting depth upwards in the soil profile may increase average turnover rates of root detritus. Effects of CO2 concentration on C qualities of root exudates and root symbionts are the least understood components discussed here, Changes of soil heterotropic microbial activity and community under elevated CO2 still remained large uncertainties.

林木根源有机C包括根东通过根枯落物、根系分泌物和根共生菌周转3条途径向土壤输入的有机C，它是森林生态系统中一个重要的、潜在的C汇，综述了根源有机C与其微生物对CO2浓度升高的响应，虽然对根系寿命的变化尚不清楚，但CO2浓度升高将导致根系生物量、生产量、死亡量和分泌物的增加；同时，CO2升高亦促使根共生菌生物量的增加而增加了共生菌的C归还潜力，表明CO2升高使根源有机C的输入增加了，CO2农度升高情况下，根系化学性质和形态特征的这些变化均有利于增加土壤C的吸存；而根分布深度的降低则对土壤C吸存不利；CO2浓度升高对根分泌物和根共生菌质量的影响研究则极少，CO2浓度升高下土壤微生物活性和群落组成的变化存在较大的不确定性，目前CO2浓度升高下林木根源有机C对森林长期C吸存的贡献仍很不清楚。

与heterotropic相关的网络解释 [注：此内容来源于网络，仅供参考]

heterosome ; heterotropic chromosome：异染色体;性染色体

杂交优势 heterosis | 异染色体;性染色体 heterosome ; heterotropic chromosome | 变温动物;冷血动物 heterotherm ; poikilotherm

heterotropic：斜交[的]

不[均]匀层 heterosphere | 斜交[的] heterotropic | 霍因法 Heun scheme

heterotropic：斜交

外插法 heterodyne | 斜交 heterotropic | 六角扳手 hexagonal wrench

heterotropic chromosome：异型染色体

heterotropia 斜眼 | heterotropic chromosome 异型染色体 | heterovaccine 异种疫苗

heterotropic chromosome：异向染色体

heterotrophic succession 异养演替 | heterotropic chromosome 异向染色体 | heterotypic division 异性分裂