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Experimental Measurement of Human Oocyte Mechanical Properties on a Micro and Nanoforce Sensing Platform Based on Magnetic Springs.

机译：基于磁弹簧的微纳力传感平台上人类卵母细胞力学性能的实验测量。

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International audience

机译：国际观众

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作者
Abadie Joël; Roux Christophe; Piat Emmanuel; Filiatre C.; Amiot Caroline;
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年度 2014
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1. Experimental measurement of human oocyte mechanical properties on a micro and nanoforce sensing platform based on magnetic springs [J] . J. Abadie, C. Roux, E. Piat, Sensors and Actuators . 2014,第jana期

机译：基于磁弹簧的微纳力传感平台上人卵母细胞力学性能的实验测量
2. A novel force sensing platform using passive magnetic springs for mechanical characterisation of human oocytes [J] . Gana R., Abadie J., Piat E., Sensors and Actuators, A. Physical . 2017,第期

机译：一种新型力传感平台，采用无源磁弹簧进行人卵母细胞机械表征
3. Micro-mechanical sensing platform for the characterization of the elastic properties of the ovum via uniaxial measurement [J] . Murayama Y., Constantinou CE., Omata S. Journal of Biomechanics . 2004,第1期

机译：通过单轴测量表征卵子弹性特性的微机械传感平台
4. Model of the Relationship between Local and Global Mechanical Properties of Individual Microstructure Components in Steel Sheets Based on Depth Sensing Indentation Measurement [C] . P. Burik, L. Pesek Proceedings of the Fifteenth international conference on civil, structural and environmental engineering computing . 2015

机译：基于深度感应压痕测量的钢板单个微结构零件局部和整体力学性能关系模型
5. MEMS (Micro-Electro-Mechanical-Systems) based microfluidic platforms for magnetic cell separation. [D] . Nath, Pulak. 2008

机译：基于MEMS（微电子机械系统）的微流体平台，用于磁性细胞分离。
6. Accuracy of High-Resolution In Vivo Micro Magnetic Resonance Imaging for Measurements of Microstructural and Mechanical Properties of Human Distal Tibial Bone [O] . X. Sherry Liu, X. Henry Zhang, Chamith S. Rajapakse, -1

机译：高分辨率的体内微磁共振成像技术测量人体远端胫骨骨的微结构和力学性能的准确性
7. Experimental Measurement of Human Oocyte Mechanical Properties on a Micro and Nanoforce Sensing Platform Based on Magnetic Springs. [O] . Abadie, Joël, Roux, Christophe, Piat, Emmanuel, 2014

机译：基于磁弹簧的微纳力传感平台上人类卵母细胞力学性能的实验测量。

Experimental Measurement of Human Oocyte Mechanical Properties on a Micro and Nanoforce Sensing Platform Based on Magnetic Springs.

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