生长

The GenBank accession number of two BCA is EF108303 and EF108304 respectively.

两者生长曲线基本符合细菌的典型生长特性。5。

Ubiquitous in all but very acid soil; most of Europe and North Africa.

在除酸性土壤以外的土壤中普遍生长；生长在欧洲大部和北非。

Through experiments explore the growth of wheat in the course of soil actinomycosis role. The results showed that: soil actinomycosis can be beneficial for the wheat absorption nutrients, increasing the resistance of wheat, most of actinomycosis useful for plant growth.

本课题通过实验探究土壤中的放线菌在小麦生长过程中的作用，结果表明：土壤中放线菌可以有利小麦对营养物质的吸收，增加小麦的抗性，大部分放线菌对植物生长有益。

Result: It has been found out that the fat-soluble nonsaponified extract from Temminck et Schlegel and the alcoholic extract from Syngnathus acus have cytotoxic activities.The nonsaponified extract from Temminck et Schlegel can inhibit the grouth of cancer cell strains KB,Hela,PAA,K562,and Bcap37,and the alcoholic extract from Syngnathus acus can inhibit the growth of cancer cell strin KB,But Bloch shows no apparent anticancer activity.

结果：尖海龙的95%乙醇提取物对KB细胞的生长具有抑制作用，并呈量效关系；粗吻海龙的脂溶性非皂化物具有不同程度的抑制人癌细胞株KB，Hela，Bcap37，K562，PAA细胞的作用，并有明显的量效关系；拟海龙的各提取物未见有明显的抑制肿瘤细胞生长的作用。

At present the mechanism of endangered species mostly confined to the morphology point of view, few physiological point of view of ecology, the lotus leaf fern Adiantum growth conditions of the study also stay in more qualitative analysis, there are few quantitative analysis of its optimum growth environment , The experimental use of morphological and physiological ecology of the idea and will use the components of the research methods, to be a long time to further explore their own independent development of plant taxonomy, morphology, physiology, ecology and other subjects the intrinsic link between , With a view to a new high on the survival of endangered species, adaptation and evolutionary mechanism.

目前对物种濒危机理的研究大都局限在形态学角度，很少有生理生态学角度的研究，对于荷叶铁线蕨生长条件的研究也多停留在定性分析上，很少有定量分析其最适生长环境，本实验采用形态学与生理生态学结合的思想，并将采用构件理论的研究方法，拟进一步探讨长期以来各自独立发展的植物分类学、形态学、生理学、生态学等学科之间的内在联系，以期能在一个新的高度上探讨濒危物种的生存、适应对策和进化机制。

The results showed that it adapted to saltmorphic circumstances through the following characters: A lot of aerenchyma existed in the vegetative organs;Phellem highly expanded in roots;thick cuticula;more mucilage cells and aleurone grains in parenchyma of roots and stems;A lot of water storing...

结果表明，不同生态环境中生长的马齿苋解剖结构显著不同，盐生马齿苋具有适应盐渍环境的结构特征，这些特征表现为：营养器官通气组织发达；根的次生结构中木栓发达；根、茎的薄壁组织中含有大量的黏液细胞和糊粉粒；叶片表皮的角质膜厚；叶肉中含晶细胞、叶绿体及贮水组织丰富；而这些特征是黑土地上生长的马齿苋所不具备的。

By using microcalorimetric method, the thermogenesis power curves of aerobacter aerogenes growth at different temperature and under the action of different drugs were determined.

用微量热法研究了4种重金属离子对丝状真菌生长抑制的热功率输出曲线，得到了它在不同浓度重金属离子作用下的生长速率常数k、抑制率I、半抑制浓度IC50等参数，其抑制顺序为：Cd2＋＞Hg2＋＞Pb2＋＞Cu2＋。

IGFs play a key role during the chicken embryo, development, differentiation and growth afterbirth.

胰岛素样生长因子在鸡的胚胎及胚后发育、分化和生长过程中起着关键性作用。

The result showed that Limnanthemun nymphoides can apparently decrease the concentrations of total nitrogen and total phosphorus in overlying water, control the growth of agal and improve water quality.

结果表明，在培养实验过程中，荇菜生长使上覆水体中的氮、磷营养水平逐渐降低，藻类的生长明显受到克制，水体透明度增加，水质逐渐改善。

POU1F1 is the first certified pituitary transcription factor, it plays a role in control ofgrowth process and metabolism, it has far-ranging biological functions in improvinggrowth, reducing fat aggradation and so on.

POU1F1(pituitary transcription factor 1)是被鉴定的第一个垂体转录因子，它对哺乳动物的生长发育、新陈代谢起重要的调节作用，具有提高生长速度，降低脂肪沉积等广泛的生物学功能。

And discuss some key point of integrated management system design, include hazard identification and risk assessment and risk control in the occupational health and safety management, the measure of satisfaction target of customer, the flawlessness of law system, the integration of the integrated management system and enterprise standardization system, unify lead institution and work orgnization, integreted internal audit and integrated management review.

同时，论述了一体化管理体系构建中的几个主要问题，包括职业健康安全管理中的危险源辨识、风险评价和风险控制、顾客满意度的科学监测、法律、法规体系的完善、一体化管理体系与企业标准化体系的有机结合、统一的领导机构和工作机构、一体化的内部审核和管理评审。

Deepwater Taranaki is investigated for its petroleum potential, using all available seismic data tied to shallow-water wells.

运用与浅水井相关的现有全部震波探测数据考察了深海区塔拉纳基盆地的油藏前景。