A simple and effective fluidic encapsulation protocol for bioMEMS devices

Bashir I. Morshed; Maitham Shams; Tofy Mussivand

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A simple and effective fluidic encapsulation protocol for bioMEMS devices

机译：用于bioMEMS器件的简单有效的流体封装协议

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References(4) Biomedical micro-electromechanical systems (bioMEMS) and other biochips usually have exposed chip surfaces that interface with fluids containing biological elements. These chips require post-processing for fluidic encapsulation to confine the spreading of fluids during experiments. An effective fluidic encapsulation protocol is reported here that simplifies this encapsulation procedure. The protocol uses tools and components found in a typical fabrication laboratory setting. The procedure encapsulates each edge of the chip working area in one cycle and achieves sharply defined edges with thickness of 1 to 5mm with boundary tolerance less than 1mm. The protocol reduces time, complexity, cost and defects for biochip encapsulation with a working area having lengths between 3 to 100mm.

机译：参考文献（4）生物医学微机电系统（bioMEMS）和其他生物芯片通常具有暴露的芯片表面，这些表面与含有生物元素的流体相接触。这些芯片需要进行后处理以进行流体封装，以限制实验过程中流体的扩散。本文报道了有效的流体封装方案，该方案简化了该封装过程。该协议使用典型制造实验室环境中的工具和组件。该程序在一个循环中封装了切屑加工区域的每个边缘，并获得了厚度为1至5mm且边界公差小于1mm的清晰边缘。该协议减少了工作区长度在3至100mm之间的生物芯片封装的时间，复杂性，成本和缺陷。

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《IEICE Electronics Express》 |2011年第19期|共页
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Bashir I. Morshed; Maitham Shams; Tofy Mussivand;
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1. Organic plasma process for simple and substrate-independent surface modification of polymeric BioMEMS devices [J] . Hiratsuka A, Muguruma H, Lee KH, Biosensors & Bioelectronics: The International Journal for the Professional Involved with Research, Technology and Applications of Biosensers and Related Devices . 2004,第12期

机译：有机等离子体工艺可对聚合物BioMEMS器件进行简单且与基材无关的表面改性
2. Organic plasma process for simple and substrate-independent surface modification of polymeric BioMEMS devices [J] . Hiratsuka A, Muguruma H, Lee KH, Biosensors & Bioelectronics: The International Journal for the Professional Involved with Research, Technology and Applications of Biosensers and Related Devices . 2004,第12期

机译：有机等离子体工艺可对聚合物BioMEMS器件进行简单且与基材无关的表面改性
3. Cytocoded passwords: BioMEMS based barcoding of biological samples for user authentication in microfluidic diagnostic devices [J] . Salles-Loustau Gabriel, Le Tuan, Najafizadeh Laleh, Biomedical Microdevices . 2018,第3期

机译：细胞密码：基于BioMEMS的生物样品条形码，用于微流诊断设备中的用户身份验证
4. DIODE LASER BONDING OF PLANAR MICROFLUIDIC DEVICES, MOEMS, BIOMEMS, DIAGNOSTIC CHIPS MICROARRAYS [C] . Jie-Wei Chen, Jerry Zybko Archive of 2005 SPIE digital library conference proceedings amp; journals . 2005

机译：平面微流控器件，MOEMS，生物微机，诊断芯片和微阵列的二极管激光键合
5. Encapsulation of fluidic tubing and microelectrodes in microfluidic devices for improved analytical performance. [D] . Becirovic, Vedada. 2014

机译：将流体管和微电极封装在微流体设备中，以提高分析性能。
6. Encapsulation of Fluidic Tubing and Microelectrodes in Microfluidic Devices: Integrating Off-Chip Process and Coupling Conventional Capillary Electrophoresis with Electrochemical Detection [O] . Vedada Becirovic, Steven R. Doonan, R. Scott Martin -1

机译：微流控设备中的流体管和微电极的封装：将芯片外工艺与常规毛细管电泳与电化学检测耦合在一起。
7. A simple and effective fluidic encapsulation protocol for bioMEMS devices [O] . Bashir I. Morshed, Maitham Shams, Tofy Mussivand 2011

机译：用于生物半导体器件的简单有效的流体封装方案

A simple and effective fluidic encapsulation protocol for bioMEMS devices

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