micromanipulation
micromanipulation
1. A non-intrusive micromanipulation technique, dielectrophoresis, can be used to assist the investigation of intracellular adjustment.
介电泳是种非侵入式的微操控术。
2. Micromanipulation by Means of Optical Tweezers and Dielectrophoresis Technologies
光镊与介电泳微操纵技术
3. Keywords Optical traps;Micromanipulation;Cells;Lasers;
关键词光学陷阱;微操纵;细胞;激光;
4. Keywords forensic physical evidence;micromanipulation method;sample mixtures;sperm cells;multiple displacement amplification;genome amplification;STR;
关键词法医物证学;显微操作法;混合斑;精子细胞;多重置换扩增;全基因组扩增;短串联重复序列;
5. Keywords Male infertility;In vitro fertilization;Micromanipulation;Genetic counseling;
关键词男性不育;体外受精;显微操作:遗传咨询;
6. At last, the adhere forces for microgripper in micromanipulation are introduced and the methods to reduce these adhere forces are proposed.
分析了SMA微夹钳工作过程中的能量关系，并对具有共性的微夹钳尺寸效应问题，即夹持粘附力问题，进行了研究和讨论。
7. Keywords animal model;micromanipulation embryo biopsy;preimplantation genetic diagnosis;
动物模型;显微操作;胚胎活检;植入前遗传学诊断;
8. Keywords Monozygotic twinning;Zona pellucida;Micromanipulation;Intracytoplasmic sperm injection;Assisted hatching;
单卵双胎;透明带;显微操作;卵胞浆内单精子注射;辅助孵化;
9. In general micromanipulation system, micro-force sensor is necessary to a close-loop feedback force control system, so the performance of microgripper is influenced.
在一般微操作系统中，需要外加微力传感器才能组成闭环控制系统，这必将影响夹钳的工作特性。
10. Extraction of Depth Information for Micromanipulation Using Normalized Spectral Principal Component Analysis
基于规范化谱主元分析的微操作深度信息提取
11. Macro/micro positioning is a key technique for micromanipulation robot.
宏/微精密定位技术是微操作机器人的关键技术之一。
12. A micromanipulation technique was used to determine the adhesive ability of vascular endothelial cell (VEC) to Polymorphonucler neutrophil (PMN) under endotoxin condition.
应用细胞微管吸吮实验系统对内毒素刺激条件下牛肺动脉血管内皮细胞（VEC）对中性粒细胞（PMN）的粘附性行单细胞定量测量。
13. Micromanipulation by Means of Optical Tweezers and Dielectrophoresis Technologies[J].
引用该论文 周金华,龚錾,李银妹.
14. Some issues on the micro-vision system for a micromanipulation robot[J].
引用该论文 孙立宁,陈立国,刘品宽,荣伟斌.
15. Design of micromanipulation instrument for bio-microdissection[J].
引用该论文 王会香,陈立国,孙立宁,刘亚欣.
16. Error Correction for 3-D Motion Positioning of Object Recognition in Micromanipulation[J].
引用该论文 王跃宗,刘冲,王立鼎,宋展.
17. Visual servoing with modified Smith predictor for micromanipulation[J].
引用该论文 谢晖,孙立宁,荣伟彬.
18. PARAMETER CALIBRATION OF STEREO LIGHT MICROSCOPE IN MICROMANIPULATION IMAGING SYSTEM
微操作成像系统中体视显微镜的参数标定
19. The Implement of Auto-focus Method on Micro-vision System for Micromanipulation Robot
微操作机器人显微视觉系统自动调焦的实现
20. Weak Disparity Vision Model in Micromanipulation System
微操作系统中弱视差视觉模型研究
21. Micromanipulation system is an important branch of MEMS and is widely applied in the fields of iatrology, biology engineering, industry and so on.
微操作系统是微机械的重要分支，在医疗、生物工程、工业等领域有广泛的应用。
22. RESEARCH ON AVOIDING OBSTACLES AND AUTOMATIC POSITIONING FOR MICROMANIPULATION
微操作避障和定位控制研究
23. Micromanipulation system
微机器人系统
24. Keywords MEMS;Microfluidic chips;Rotational stereo measurement;micro visual measurement;Micromanipulation;
微流控芯片;旋转体视测量法;显微检测;微操作;
25. Abstract Optical fibers are widely used in the optical communication field, while optical tweezers are non-invading micromanipulation.
摘 要 光纤是光通信领域广泛应用的元件，光镊是非侵入式微操作工具。
26. Abstract: Optical tweezers and dielectrophoresis are both noninvading micromanipulation methods, developing rapidly and applied widely.
摘 要：光镊和介电泳技术都是非侵入式微操纵技术，发展迅速，应用广泛。
27. Optical tweezers and dielectrophoresis are both noninvading micromanipulation methods, developing rapidly and applied widely.
摘要光镊和介电泳技术都是非侵入式微操纵技术，发展迅速，应用广泛。
28. In this paper, the action of micromanipulation on Bioengineering is listed briefly.The progress of micromanipulator for bioengineering made in the word is emphatically presented.
摘要对微操作在生物工程的作用作了简要叙述，著重介绍了当前国内外微操作机器人系统的发展状况。
29. As one of the common frontier technology of IC manufacturing, micro-manufacturing, and robot manipulation, microassembly and micromanipulation have been researched widely recently.
摘要微装配是电子制造、微制造、机器人操作等制造领域的共性前沿技术之一，近年来得到了广泛的研究与应用。
30. The micro-vision system is an important part of a micromanipulation robot.
摘要显微视觉系统是微操作机器人不可缺少的组成部分。
31. The complant mechanisms, especially the fully coppliant mechanisms, are widely used in the fields of micro-motion, micromanipulation, micro-assembly etc because of its special properties.
摘要柔性机构，特别是全柔性机构以其特殊的性能在微位移、微操作、微装配等领域得到广泛应用。
32. 9.TV micro stereoscopic imaging system is used as the stereoscopic visual sensor of a micromanipulation system.
摘要电视显微立体成像系统是微操作系统的立体视觉传感器。
33. The piezoelectric bimorphs of cantilever beams are used to fabricate a microgripper which is used in micromanipulation system.
摘要采用双晶片型压电悬臂梁制作一种双悬臂梁结构的微夹钳，可用于微操作系统中的微夹持器。
34. A micro-vision system was presented to meet the requirements of micromanipulation in the field of bioengineering.
摘要针对生物工程领域显微操作的要求和特点，设计并实现了一个显微视觉系统。
35. Biopsy of mouse embryo in early stage by simplified two-pipette micromanipulation
早期鼠胚简化双针取样法
36. Fetal cells appear yellow cytoplasmic staining,while adult cells colorless.NRBCs were collected by micromanipulation andwhole genome amplification was performed.
显微操作法获取全部阳性细胞后，以其全基因组扩增（PEP）的产物为模板，进行性别检测、DMD基因的多重PCR检测和STR连锁分析。
37. micromanipulation method
显微操纵法
38. Basic Technical Research on Micromanipulation /Microassembly System for Intelligent Manufacturing
智能制造中的微操作/微装配系统基础技术研究
39. This thesis provides technical and practical experience for the further research of micromanipulator as reference, and is helpful to promote the technology of micromanipulation based on micro-job.
本文的工作为微操作器的研究提供了可借鉴的技术和实验经验,有助于推动面向微细作业的微操作器技术的发展。
40. LI Q X,LI Y H.Basic Technology on Microassembly and micromanipulation [M].Beijing:Tsinghua University Press.(in Chinese
李庆祥,李玉和.微装配与微操作技术[M].北京:清华大学出版社.
41. Keywords Hair follicle stem cells Immunomagnetic cell sorting Micromanipulation Puri cation;
毛囊干细胞;免疫磁珠细胞分选;显微分离培养;纯化;
42. Keywords Forensic biological evidence;Micromanipulation method;Mixture sample;Sperm cell;STR typing;
法医物证学;显微操作法;混合斑;精子细胞;短串连重复序列;
43. Research on Global Vision System for Bioengineering-Oriented Micromanipulation Robot System
生物工程微操作机器人视觉系统的研究
44. Finally, a prototype of the micromanipulator was fabricated.Experimental results demonstrate the feasibility of the proposed system in micromanipulation.
相对于传统机械手臂，此微操作机械手臂的所佔空间较少，适合操作于微型工厂。
45. From further micromanipulation experiment as single-cell investigation, functional change which influenced the leukocyte -endothelial cell adhesion was noticed.
离心力高到一定程度可以解离部分黏附。
46. Keywords Embryonic Stem-like Cells;Cells;Cultured;Micromanipulation;Chimera;Mouse;
类胚胎干细胞;细胞;培养的;显微操作;嵌合体;小鼠;
47. Both the micromanipulation method and the differential lysis method were employed to obtain sperm cells from the mixture samples.
结果采用显微操作法检测成功率11/12,差异裂解法成功率1/12,两者有显著性差异。
48. Keywords Lumbar spinal stenosis;Micromanipulation;Intervertebral disc endoscopy;
腰椎管狭窄症;内窥镜;微创操作法;
49. It can be applied in the field of micromanipulation and precision engineering, such as precision driving and positioning, optics engineering, etc.
该旋转驱动器在精密运动、微操作、光学工程、精密定位等精密工程中有广阔的应用前景。
50. Micromanipulation is an important emerging technique developed mainly during the past decade, which is widely applied in the fields of micro system, bio-engineering, microsurgery manipulation, and so on.
过去的十多年间,微操作技术得到了长足的发展,其应用已经广泛涉及到微系统、生物工程、医学等领域。
51. This paper discusses the need of micro-assembly,the characteristics of micromanipulation and the elimination of surface forces.
这里对微装配的必要性、微操作作业的特性及其中的力特性和表面力的消除办法进行了探讨。
52. This method is particularly important in enhancing reliability of automatic micromanipulation based on microscopic vision.
远焦区聚焦性能的改善对于提高显微视觉操作自动化的可靠性尤为重要。
