biological material的例句大全

To investigate the biological compatibility of artificial material of polyglycolic acid with peripheral nerve tissue.

探索人工生物降解材料聚乙醇酸纤维与周围神经组织的生物相容性。

Study on biological effects of marine dumping material on mollusks in mesocosm

海洋围隔生态系中疏浚物倾倒对养殖贝类的生态效应研究

It is very difficult to introduce mechanical theory into organism, biological tissue and apparatus, because the main characteristic of organism is that it has "life" there is essential difference between the structure of alive tissue and nonliving engineering material.

把力学原理引进生物体、生物组织与器官是一件非常困难的事，因为生物体的主要特点是有生命，有生命的活组织与无生命的工程材料的结构有根本的区别。

It meets all the demand made by biological safety as hard tissue repair material.

结论连续碳纤维增强聚烯烃复合材料具有良好的生物安全性，满足作为硬组织修复材料生物安全性要求。

DNA computing is a novel molecular biological computing method, which various DNA-related biological enzymes are used as basic material and series of bio-chemical reactions are employed as procedure of computing.

DNA计算是一种以DNA与相关的某些生物酶等作为最基本材料的、基于某些生化反应原理的一种新型的分子生物计算方法。

The new genetic material can introduce into germ cell in farm animal by the combination of embryonic stem culture with molecular biological techniques.

将ES细胞分离与克隆技术和分子生物学技术相结合就可将新的遗传物质导入家畜的生殖腺细胞。

Biological security evaluation of an absorbable CPP material

可吸收性材料CPP生物安全性评价

Poly lactic acid ( PLA) is a high molecule material that can be decomposed completely, which has excellent biological decomposability, mechanical property, physical property and biological compatibility. It has attracted much attention, however, its applications is restricted by its high price.

聚乳酸（PLA）属于完全生物降解型高分子材料，它具有良好的生物可降解性、机械性能、物理性能以及生物相容性，正受到世人广泛的关注，但它高昂的成本极大地限制着它的应用。

Conclusion NovaBone, which can substitutes for bone transplant, is an ideal material with high biological activity.

结论固骼生是一种理想的替代骨移植修复骨缺损的高生物活性材料。

Hydroxyapatite is a sort of biological active ceramics as a likable alternative material of dentistry and bone.

羟基磷灰石（HA）是一种生物活性陶瓷材料，为目前齿科和骨科所常用的替代材料。

Based on the biological mechanisms of the synthesis of inorganic materials, biomimetic material engineering is a novel strategy of material design and manufacture, and now has become a promising field in material science research and industry.

基于生物的原理合成无机材料，即仿生材料工程，是一种全新的材料设计和制造策略，逐渐引起学术界和工业界的广泛兴趣。

The bio-composites material can be expected to be the ideal material of repairing injuried biological hard tissue or replace in the future.

可以预见这一生物复合材料是未来生物硬组织损伤后修复或取代的理想材料。

Objective To study energy distribution of the clusters from electrons in the tissue equivalent material, and discuss the important aspects of these clusters on inducing biological effects.

目的研究电子在人体组织等效材料中形成的簇点能量分布情况，以及簇点的产生对生物效应发生的意义。

The relationship between biological energy material and the number of soil microorganism or the transformation of phosphorus

生物能源物质与土壤微生物数量及磷素转化关系

This paper systematically study on the pathogen biological characteristics of the cercospora leaf spots of poplars to screen the optimum culture conditions and learn about the basic properties of pathogenic active material. These will provide theoretical basis for the control of the cercospora leaf spots of poplars.

对杨树角斑病菌的生物学特性进行全面系统的研究，以筛选出其最佳培养条件和了解致病活性物质的基本性质，为杨树角斑病的防治提供理论参考。

the biological manufacturing engineering is a new discipline to introduce the life sciences and material sciences into the manufacturing system.

生物制造工程是将生命科学、材料科学以及生物技术融入到制造学科中，是制造技术和生命科学交叉产生的一门新兴学科。

numerous potential biological hazards are associated with the importation of propagative material in growing media.

生长介质中的繁殖材料的进口引起的潜在生物危害不胜枚举。

establishing nature reserves is to protect natural resources and natural environment, conservation of biological diversity, maintaining ecological balance, social, economic, natural and sustainable development, to meet the social development of the natural conditions of human and material conditions and the ongoing demand established.

自然保护区的建立是为了保护自然环境和自然资源，保护生物的多样性，维持生态平衡，满足人类发展对自然条件和物质条件持续不断的需求，实现社会、经济、自然的可持续发展。

hydroxyapatite ( hap), which is the main inorganic component of human bone. as bone implant material, it appears good biological compatibility, biological activity, and good bone conductivity.

羟基磷灰石（Hydroxyapatite，HAP）是人体骨中的主要无机成分，作为骨植入材料具有良好的生物相容性和生物活性，好的骨传导性。

nano-hydroxyapatite powders ( n-ha), as the inorganic filler in polymer-based biomaterials, can improve the stiffness, biological activity and degradation rate of the plla-based implant material, and reduce the inflammation response caused by the acid degradation products.

纳米羟基磷灰石粉末（n-HA），作为填充在高分子基生物材料中的无机相，能够有效改善PLLA植入材料的刚度、生物活性和降解速率以及减少因酸性降解产物而引起的炎症反应。