biomineralization
英
美
n. 生物矿化
双语例句
- Study on Frozen and Mineralization Mechanism of Collagen Biomineralization Reation
胶原生物矿化反应的冻结及其矿化机制研究 - Structure of Freshwater Vaterite Pearl and Its Biomineralization Mechanism
淡水球文石珍珠结构及其矿化机理研究 - Investigation of Different Polymorphs and Morphologies of Calcium Carbonate Based on Biomineralization
基于生物矿化的不同晶型与形貌碳酸钙研究 - A review of influences of seawater chemical evolution on biomineralization
海水化学演化对生物矿化的影响综述 - Biomineralization of phosphate in the cardiovascular system of the human body
人体心血管系统中磷酸盐矿物矿化作用 - Phosphatidylcholine ( PC) is one of the basic components of the biomembrane, which plays important roles in the biomineralization.
许多生物矿化作用过程都与其不寻常的膜的组成和结构密切相关。 - The Study of Situ Remediation of Mine Based on Sulphate-Reducing Bacteria Biomineralization
基于硫酸盐还原菌生物矿化的尾矿库原位修复技术研究 - Biomineralization of CaCO_3 Induced by Ordered Polypeptide Molecular Films
多肽有序分子膜诱导碳酸钙仿生矿化 - Progress in the Biomineralization Study of Bone and Enamel and Biomimetic Synthesis of Calcium Phosphate
骨与牙釉质组织的生物矿化及磷酸钙材料仿生合成研究进展 - Emdogain is the conjugate of enamel matrix derivative and corresponding carrier, which can promote regeneration of periodontal tissues, biomineralization, bone induction and so on.
釉基质蛋白为釉基质衍生物与其相应载体的结合物，具有促进牙周组织的再生、生物矿化和骨诱导等生物特性。 - Review of the Function of Calcium Carbonate in Biomineralization: Control of Crystal Ization By soft-Templates Calcineurin regulates rat aorta calcification by calcineurin A α
碳酸钙生物矿化研究进展&软模板调控钙调神经磷酸酶Aα对大鼠主动脉钙化的调节作用 - PAX9 is involved in the biomineralization process of the dentine and enamel.
PAX9参与牙本质和釉质的生物矿化过程。 - Collagen and non-collagenous proteins ( NCPs) are required for proper biomineralization of dentin.
胶原蛋白和非胶原蛋白是牙本质正常矿化形成的必要成份。 - The potential applications of the polymeric vesicles in some fields, such as micro-circumstance, the release of drug, gene engineering and biomineralization were introduced.
概括了囊泡在反应微环境、药物释放、基因载体和生物矿化等方面的潜在应用；并提出了聚合物构筑囊泡的发展前景。 - Biomimetic synthesis of Earth materials helps us to understand the mechanism of biomineralization under artificial conditions.
地球材料的仿生合成帮助我们了解了在人工条件下的生物成矿机制。 - This paper describes the current progresses of magnetosome formation and the function of proteins involved in this biomineralization process.
主要介绍近年来关于磁小体形成过程和参与这一过程的蛋白质等方面的一些重要研究进展。 - Simulation of Biomineralization of Calcium Oxalate in Different Systems in Vitro
不同体系中对草酸钙生物矿化的体外模拟 - The preparation of biomimetic bone-like HAp/ Col composite by imitating in vitro biomineralization and self-assembly process was investigated.
通过体外模拟天然骨生物矿化和材料自组装的形成机制，研究制备了类骨羟基磷灰石/胶原仿生复合材料并对材料进行了表征。 - The sequential analysis is applicable to, besides the study of main components in oil shales, biomineralization research.
除用于油页岩中主要组分的赋存状态研究外，该分析方法亦适用于生物成矿作用研究。 - The biomineralization of base metal deposits and its geological characteristics are discussed.
着重讨论层控贱金属矿床的生物成矿作用及其有关的地质特征。 - Advances in the Study of Biomineralization
生物矿化研究进展 - The new strategies for synthesis of functional biomaterials can be derived from mechanism of biomineralization.
生物矿化过程机理为制备具有特殊功能的仿生材料提供了新的思路。 - Biomineralization of iron was discovered later in biomineralization, which were vital ones.
铁的生物矿化是生物矿化物中发现得比较晚，但又极重要的一类。 - The cooperative effect of polyelectrolyte and simple functional organic molecules has been discussed. Furthermore, vaterite hollow spheres of calcium carbonate were prepared. So it enriched the biomineralization method to synthesize inorganic biomaterials.
研究了聚电解质和有机小分子功能材料的协同作用，在二者的共同调节下合成了球霰石相的碳酸钙空心球结构，丰富了生物模拟矿化制备无机生物材料的方法。 - As such, these results provide another pathway towards a deeper insight into biomineralization mechanism. 2.
这些结果为更深刻地理解生物矿化的机制提供了新的途径。 - Biomineralization and biological self-assembly theory used of discuss the nucleation mechanism.
并用生物矿化和生物自组装理论来探讨形核机理。 - Besides, the characteristics and biomineralization mechanisms of sponge spicules are also an active research area.
此外，海绵骨针的特性及其生长机制和生物矿化过程也是研究热点。 - The co-regulation of the organic and inorganic factors is the key element of biomineralization.
有机/无机因素的协同作用则是生物矿化物成份和形态的决定因素。 - Understanding biomineralization requires elucidation of the underlying cellular and molecular biological processes.
要想了解生物矿化，就需要对其内在的细胞和分子生物学过程进行研究。 - Biomineralization is the forming process of biomineral with special advanced structure and assembly mode in the bio-system.
生物矿化是指生物体系中具有特殊的高级结构和组装方式的生物矿物形成过程。