生物医学

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  • biomedicine
生物医学生物医学
  1. 质子激发X射线分析&生物医学中痕量元素分析的新技术

    Proton exciting X ray analysis & a new technique of trace element analysis in biomedicine

  2. 生物医学研究用~(60)Co辐照装置安全控制与管理

    Safety Control and Management for ~ ( 60 ) Co Irradiation Installation in Biomedicine Research

  3. 生物医学研究将会使许多艾滋病患者延长生命、提高生命质量。

    Biomedical research will enable many individuals infected with HIV to live longer , more comfortable lives .

  4. 今年二月,以色列人造肉公司AlephFarms和以色列理工学院生物医学工程学院用真牛肉细胞联合打印和培育出了一块肉眼牛排。

    In February this year , Aleph Farms and the Faculty5 of Biomedical Engineering at the Technion - Israel Institute of Technology - jointly6 bioprinted and cultivated a ribeye steak using real cow cells .

  5. 给出一种基于统计变形模型的生物医学数据恢复算法。

    A biomedical data restoration algorithm based on statistical deformable model is proposed .

  6. 心理学和生物及生物医学专业难分伯仲(分别是12万7066个学位和12万375个学位)。

    Psychology1 and Biological and Biomedical Sciences run almost neck and neck ( 127066 degrees and 120375 degrees , respectively ) .

  7. 军事医学科学院生物医学Web服务器的建立

    Design and Implementation of the Biomedical Information Web Server of the Academy of Military Medical Sciences

  8. 用于3D生物医学图象边缘检出的一种新零交叉算法

    A Novel Method of Zero Cross for 3D Biomedical Image Edge Detection

  9. c语言与生物医学信息处理

    C Language & Biomedical Information Processing

  10. RNA的提取在生物医学研究和临床检测上应用广泛。

    RNA isolation is widely used in biomedical research and clinical detection .

  11. 生物医学数据APPLEⅡPLUS微型计算机处理系统的软件设计

    The Software Design of A Biomedical Data Processing System Based on Apple ⅱ Plus Microcomputer System

  12. 在生物医学工程中,磁珠(MagneticBead)可作为生物反应的固相支持物。

    Magnetic Bead ( MB ) can be used as solid-phase carrier for biomedical reactions .

  13. 非编码RNA与人类重大疾病的发生及其在生物医学领域内的应用

    Relationship between noncoding RNA and pathogenesis of major human diseases and its application in biomedicine

  14. 美国生物医学界的MEMS器件的应用和研究动向

    Research Trends of MEMS Devices in American Biomedical Circle

  15. MR病因分类为:1.生物医学因素:围产因素、遗传因素、脑病、脑发育畸形、原发性癫痫、孤独症。

    The pathogeny distribution : 1 . bio-medical factors : perinatology , heredity , cerebral disease , deformed brain , epilepsy , autism factors .

  16. 冠状动脉介入治疗(PCI)术后的止血方法经历了从传统到现代,从徒手止血到生物医学止血方法的演变。

    From tradition to modern , Hemostasis following PCI evolved from compression to biomedicine .

  17. 生物医学工程专业PACS综合开发类实验的设计

    Experimental Design for the Integrative Exploitation of PACS to Biomedical Engineering

  18. ESR技术在生物医学领域内的应用概况

    Applications of ESR Measurement in Biomedical Field

  19. PBL与传统教学法在生物医学工程教学中应用的问卷调查

    Questionnaire Survey of PBL and Traditional Teaching Method in Course of Biomedical Engineering

  20. PACS(图像存储与传输系统PictureArchivingandCommunicationSystem)是当今生物医学工程领域的研究热点,PACS本地化更是难以解决的问题。

    PACS ( Picture Archiving and Communication System ) is a research focus in Biomedical Engineering field , especially the problem of PACS localization .

  21. CdTe量子点的合成、表面修饰及其在生物医学方面的应用

    The Synthesis and Modification of CdTe Quantum Dots and Application in Biomedicine

  22. 方法采用螺旋CT扫描及三维影像重建技术,数字影像传输与转录以及自编程序与ANSYS软件相结合的方法。结果获得形态细致逼真的颌面骨三维重建生物医学模型。

    Methods SCT image reconstruction technique , digital image transfer and transcription and 3-D FEM were used in combination with self programming and ANSYS soft ware .

  23. 它是操作微小物体的必备工具,广泛用于细胞级生物医学操作和MEMS器件装配领域。

    It is the essential instrument in manipulating micro objects and has been widely used in biology and assembly of MEMS parts .

  24. K2Ti6O(13)/Ti基生物医学材料的制备及生物相容性研究

    Study on Fabrication and Biocompatibility of K_2Ti_6O_ ( 13 ) / Ti Matrix Biomedical Material

  25. 面对Internet上丰富的生物医学资源,详细介绍了搜索引擎的查询技巧,然后又对医学文献数据库的检索方法和内容进行了简述。

    Facing the abundant biomedical resources on Internet , this paper introduces in detail the query skills of using the search engine , and expounds the retrieval methods and contents of the medical literature databases .

  26. 诱发电位(EP)和事件相关电位(ERP)的单次提取是生物医学信号处理领域颇受关注的一个研究问题。

    Single-trial estimation of evoked potentials ( EP ) and event-related potentials ( ERP ) is the interesting field in biomedical signal processing .

  27. 二次谐波(SecondHarmonicGeneration,SHG)成像技术由于具有空间高分辨率、无需荧光标记,对生物样品的光损伤小,在介质中的穿透深度大等优点,在生物医学领域具有广阔的应用前景。

    Second harmonic generation ( SHG ) imaging needs no fluorescent labels and brings no photobleaching or toxicity . It 's a promising tool for high-resolution , three-dimensional studies in biomedicine fields .

  28. 血液相容性试验表明:与Co-Cr合金相比,K2Ti6O(13)/Ti基生物医学材料的凝血时间较长;

    Haemocompatibility experiment finds that the blood clotting time of K2Ti6On / Ti matrix biomedical materials is much longer than that of Co-Cr alloy ;

  29. 近年来,GPU(graphicsprocessingunit,图形处理单元)已被成功地应用于生物医学、金融分析、物理模拟、数据库处理等高性能计算应用,大大扩展了GPU的应用领域。

    Recently , GPU ( Graphics Processing Unit ) has been widely used in high-performance computing applications such as biomedical , financial analysis , physical simulation and database processing due to powerful computing capability of GPU .

  30. 羟基磷灰石(HA)陶瓷具有与天然骨相似的化学组成,临床实验已经证明了它是生物医学应用领域的候选移植材料。

    Hydroxyapatite ( HA ) ceramics has chemical compositions closely resembling that of mineral phase of natural bone . Many in-vivo experiments have confirmed the HA as a potential implant material for biomedical applications .