生物机械

生物机械力诱导蛋白激酶CβⅡ活化促进血管平滑肌细胞增殖

Biomechanical Stretch Stress Induces Vascular Smooth Muscle Cell Proliferation via Protein Kinase C beta - ⅱ Activation

并提出一个对于机械及生物机械元件疲劳失效的研究。

A survey of mechanical and biomechanical component fatigue failures is given .

Brodsky把脚描述成为一种“神奇的生物机械装置”，补充说每一天每人行走或奔跑时给每只脚施加的压力有几百吨之多。

Brodsky describes the foot as a " biomechanical miracle ," adding that over the course of a given day , the average person will place hundreds of tons of force on each foot while walking or running .

综合分析了炭材料的性能及其在生物医学方面的应用，重点分析了炭材料的生物机械性能，特别是生物力学相容性。

The biomechanical and biocompatible properties of carbon materials were analyzed .

生物机械法制浆（Bio-MP）是现代制浆技术发展的一种趋势。

Bio-mechanical pulping is an important branch of modern pulping technology .

小腿假肢接受腔-残肢生物机械系统三维重构

Three-dimensional reconstruction of bio-mechanical system of below-knee residual limb in a prosthetic socket

白腐菌预处理和机械磨解相结合的甘蔗渣生物机械法制浆，具有降低磨浆能量消耗的效果。

Bagasse biomechanical pulping by combining fungi pretreatment with mechanical refining is energy saving .

冠状动脉轻中度狭窄病变的结构及生物机械和功能特性的临床研究

The Clinic Study on Structural and Biomechanical and Functional Characteristics of Mildly Coronary Stenosis

蔗渣麦杆生物机械制浆研究

Study on biomechanical pulping of Bagasse

生物机械法制浆技术

A Review of Bio-Mechanical Pulping

目的：建立小腿假肢接受腔-残肢生物机械系统三维几何模型。

Objective : To reconstruct a three-dimensional model of bio-mechanical system in a prosthetic socket of below-knee residual limb .

本文介绍了利用生物机械工程的理论和技术设计和评价足部用品的一个尝试。

The paper presented an experimental case study of designing and evaluating footwear based on the theory and technique of biomechanical engineering .

对人类生命的深深敬畏是医学吸引我的起因，同时这种吸引在我对人这既是人又是生物机械的研究中被一次又一次地加深。

Medicine appeals to my deep appreciation for human life , inculcated by studying man as both a human being and biological machine .

初期稳定性差是种植失败的主要原因之一，其他失败原因包括感染、骨组织缺失和生物机械原理的过载。

The initial stability is one of the main causes of implant failure , overload other failure causes include infection , bone loss and biological mechanics .

进行了甘蔗渣生物机械法制浆的试验，探讨了生物预处理对磨浆能量消耗、纸张物理强度和光学性能的影响。

Bagasse Biomechanical Pulping ( BMP ) was studied and discussed in this paper , including effects of fungi pretreatment on energy consumption , strength and optical properties of handsheets .

并将本文所建立的生物机械模型与传统机械模型进行对照实验，分析所建生物机械模型的有效性。

And then the simplified rigid model of the upper limb is compared with the bio-mechanical model established in this paper , to analysis the validity of the bio-mechanical model having been built .

对仿生物机械之一的仿牛或马等生物活动的步行机械的实用机型进行探讨，并从原理、结构及性能等对该机型的步行机进行研究。

A practical model of walking machinery in imitation of oxen or horses is presented while a study of the walking machinery is made in regard to the principle , structure and performance .

乔纳森·曼恩：赫尔是麻省理工学院生物机械电子研究室的主管，他们结合生物机械学与电子学设计出一些能像真肢一样学会走路的义肢。

JONATHAN MANN : Herr is the head of the biomechatronics lab in MIT , mixing biology mechanics and electronics to construct limbs that learn to work like the ones we 're born with .

目的：对上颌总义齿腭部基托各部位进行有限元应力分析，探索基托断裂的生物机械力学和结构力学的特性。

Objective : To go on the finite element analysis on each position in base plate of palate of maxillary complete denture and to explore the specific of biomechanics and structural mechanics on the fractured base plate .

文中首先综述有关生物机械工程的理论研究和技术应用的进展，讨论这种设计方法对于满足人类对足部用品的舒适性和功能性要求的必要性和意义。

First , the paper reviewed the development on the theory and technique of biomechanical engineering , and discussed the necessity and the significance of this design approach from the point of view of comfort and function of footwear .

纳米TiO2因具备优异的物理化学特性而可被广泛地应用于化学、光学、生物、机械和电子等领域。

Nano-TiO2 can be widely used in chemical , optical , biological , mechanical and electrical fields for its excellent physical and chemical properties .

该系统集成了生物和机械装置的优点，消除了他们的大部分缺点。

The system integrates the advantages of living organisms and mechanical devices , improve the most of the disadvantage .

具有分化潜力的干细胞分布于支架，在生物和机械调制因子的作用下，增殖分化塑形为支架样，最后替代支架；

Stem cells of differentiation potentiality distributed in the scaffolds , could proliferate and differentiate into scaffold-shape and finally substituted the scaffolds .

近年来，电沉积复合镀层由于其独特的物理、化学、生物和机械性能而得到了迅速发展。

Electrodeposited composite coatings have been rapidly developed in recent years for their peculiar physical , chemical , biological and mechanical properties .

自组装单分子膜是20世纪80年代发展起来的一种新型有机超薄膜，因其具有更高的分子有序性和取向性而被广泛应用在化学、光学、生物、机械和电子等领域。

Self-assembled monolayers ( SAMs ) is a new kind of super thin film that it was developed in 1980s . SAMs can be widely used in chemical , optical , biological , mechanical and electrical fields for its better orderliness and orientation .

近年来随着DC-DC转换器，张弛振荡器，生物系统，机械系统中的冲击振子，功率变换器等实际系统中不连续行为的持续涌现，不连续系统的动力学逐渐引起了广泛关注。

Because there are some practical systems show a discontinuous change behavior , such as the DC-DC converter , relaxation oscillator , impact oscillator mechanical systems , biological systems , Power converter and many others .

背景：三尖瓣置换术（TVR）应采用生物瓣膜抑或机械瓣膜的问题尚有争议。

Background : The choice of a bioprosthetic vs a mechanical valve in tricuspid valve replacement ( TVR ) continues to be debated .

硅橡胶与羟基磷灰石复合成新的生物材料，机械性能测试结果表明，羟基磷灰石含量为60%（WT），该复合材料具有较好的撕裂强度和拉伸强度。

Silicone Rubber ( SI ) Hydroxyapatite ( HA ) Composite was prepared to be used as a biomaterial . The mechanical test results showed that the composit of HA 60 % ( wt ) has better tear resistant strength and tensile strength .

生物瓣和机械瓣置换术115例分析报告

Analysis of 115 Patients with the Biological and the Mechanical Valve Replacement

目的总结115例生物瓣和机械瓣置换术的临床经验。

Objective This article summarized the clinical experience of 115 patients with biological and mechanical valve replacement .