Abstract:
In the study of the oocytes/embryos, such as enucleation, microinjection in order to increase the success ratio of the fertilization and characteristics study of the oocy...Show MoreMetadata
Abstract:
In the study of the oocytes/embryos, such as enucleation, microinjection in order to increase the success ratio of the fertilization and characteristics study of the oocytes, all of these research and clinical applications involve 3-D rotation of mammalian oocytes. The gesture or the orientation of the oocyte is critical for improving the enucleation success rate, and characteristics investigation of the oocyte. Cell rotation in conventional approaches mainly are electrorotation or manual operation by skilled professionals based on trial-and-error, repeating the vacuum aspiration and release. The poor reproducibility and inconsistency entail a simple and convenient approach for single oocyte rotation. This paper reports a 3-D rotational control of bovine oocyte. By using customer designed magnetically driven microtool (MMT), the oocyte orientation control could be achieved. Comparing with the conventional works, rotation control by using MMT shows great advantage in control accuracy and the rotation speed. Orientation with an accuracy of 7°, and the average rotation velocity of 3 rad/s have been achieved. Rotation by utilizing MMT demonstrated overall out-of-plane and in-plane in a quite simple way. And by utilizing this approach, the cell manipulation for cell study becomes much easier on investigating single cell characteristics and analysis mechanism properties.
Date of Conference: 14-18 September 2014
Date Added to IEEE Xplore: 06 November 2014
ISBN Information:
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- IEEE Keywords
- Force ,
- Friction ,
- Accuracy ,
- Vibrations ,
- Permanent magnets ,
- Angular velocity ,
- Glass
- Index Terms
- Bovine Oocytes ,
- Dimensional Rotation ,
- Rotational Speed ,
- Angular Velocity ,
- Use Of Cells ,
- Accurate Control ,
- Advantages Of Accuracy ,
- 3D Rotation ,
- Single Rotation ,
- Conventional Work ,
- Actuator ,
- Localization Accuracy ,
- Grayscale Images ,
- Binary Image ,
- Permanent Magnet ,
- Friction Force ,
- Microfluidic Chip ,
- Template Matching ,
- Zona Pellucida ,
- Angular Acceleration ,
- Ultrasonic Vibration ,
- Force Output ,
- Point Tracking ,
- Piezoelectric Ceramics ,
- Actuation Methods ,
- Dielectrophoresis ,
- Rotation Angular Velocity ,
- Static Friction ,
- Polar Body ,
- Low Invasiveness
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Force ,
- Friction ,
- Accuracy ,
- Vibrations ,
- Permanent magnets ,
- Angular velocity ,
- Glass
- Index Terms
- Bovine Oocytes ,
- Dimensional Rotation ,
- Rotational Speed ,
- Angular Velocity ,
- Use Of Cells ,
- Accurate Control ,
- Advantages Of Accuracy ,
- 3D Rotation ,
- Single Rotation ,
- Conventional Work ,
- Actuator ,
- Localization Accuracy ,
- Grayscale Images ,
- Binary Image ,
- Permanent Magnet ,
- Friction Force ,
- Microfluidic Chip ,
- Template Matching ,
- Zona Pellucida ,
- Angular Acceleration ,
- Ultrasonic Vibration ,
- Force Output ,
- Point Tracking ,
- Piezoelectric Ceramics ,
- Actuation Methods ,
- Dielectrophoresis ,
- Rotation Angular Velocity ,
- Static Friction ,
- Polar Body ,
- Low Invasiveness