Surface modification of and selective protein attachment to a flexible microarray pattern using atmospheric plasma with a reactive gas.

Lee HU; Park SY; Kang Y

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Surface modification of and selective protein attachment to a flexible microarray pattern using atmospheric plasma with a reactive gas.

机译：使用大气等离子体和反应气体对柔性微阵列图案进行表面修饰和选择性蛋白质附着。

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The hydrophobic and hydrophilic properties of the surface of poly-ether sulfone (PES) films were controlled by an atmospheric pressure plasma (AP) treatment using reactive gases (Ar/H(2) and Ar/O(2)). The surface properties of the Ar/H(2) and Ar/O(2) in series AP-treated PES films showed higher surface roughness (approximately 120%), surface energy (approximately 30%) and hydrophilic properties (oxygen content approximately 10%) than the Ar/O(2) AP-treated PES film. The protein staining results confirmed that an activated region on the patterned PES film with high selectivity and sensitivity was well-defined and formed. This method is suitable for fabricating flexible protein adhesive chips with uniform biomolecular adhesive properties.

机译：聚醚砜（PES）膜表面的疏水性和亲水性通过使用反应气体（Ar / H（2）和Ar / O（2））的大气压等离子体（AP）处理来控制。连续AP处理的PES膜中Ar / H（2）和Ar / O（2）的表面性能显示出较高的表面粗糙度（约120％），表面能（约30％）和亲水性（氧含量约10）％）比Ar / O（2）AP处理的PES膜高。蛋白质染色结果证实，在图案化的PES膜上具有高选择性和灵敏度的活化区被明确定义并形成。该方法适用于制造具有均匀生物分子粘合性能的柔性蛋白质粘合芯片。

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《Acta biomaterialia》 |2010年第2期|共7页
作者
Lee HU; Park SY; Kang Y;
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正文语种 eng
中图分类生物医学工程;
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1. Surface modification of and selective protein attachment to a flexible microarray pattern using atmospheric plasma with a reactive gas. [J] . Lee HU, Park SY, Kang Y Acta biomaterialia . 2010,第2期

机译：使用大气等离子体和反应气体对柔性微阵列图案进行表面修饰和选择性蛋白质附着。
2. Surface modification of and selective protein attachment to a flexible microarray pattern using atmospheric plasma with a reactive gas. [J] . Lee HU, Park SY, Kang Y Acta biomaterialia . 2010,第2期

机译：用具有反应气体的大气等离子体对柔性微阵列图案的表面改性和选择性蛋白质附着。
3. Surface modification of and selective protein attachment to a flexible microarray pattern using atmospheric plasma with a reactive gas. [J] . Lee HU, Park SY, Kang Y Acta biomaterialia . 2010,第2期

机译：用具有反应气体的大气等离子体对柔性微阵列图案的表面改性和选择性蛋白质附着。
4. LOW PRESSURE MICROWAVE PLASMA ASSISTED CHEMICAL SURFACE MODIFICATION OF TISSUE ULTURE POLYSTYRENE FOR PATTERN GUIDED SELECTIVE CELL ATTACHMENT [C] . A. Ohl, K. Schroder, D. Keller, International symposium on plasma chemistry . 1997

机译：低压微波等离子体辅助化学表面改性组织培养聚苯乙烯用于模式引导选择性细胞附着
5. Surface Modification of Polyvinyl Chloride with Silicone Barrier Coatings from Atmospheric Plasmas to Lower Phthalate Migration. [D] . Eck, Bryan J. 2017

机译：聚氯乙烯的表面改性，从大气等离子体到低邻苯二甲酸盐迁移的有机硅阻隔涂层。
6. Rapid Prototyping of an Open-Surface MicrofluidicPlatform Using Wettability-Patterned Surfaces Prepared by an Atmospheric-PressurePlasma Jet [O] . She-Ting Wu, Chen-Yu Huang, Chih-Chiang Weng, 2019

机译：开放表面微流体的快速原型设计使用大气压制备的可湿性表面的平台等离子喷射
7. Micro- and nanopatterning of functional materials on flexible plastic substrates via site-selective surface modification using oxygen plasma [O] . George, A., Stawski, Tomasz, Unnikrishnan, S., 2012

机译：通过使用氧等离子体的位置选择性表面改性，在柔性塑料基材上进行功能材料的微观和纳米构图

Surface modification of and selective protein attachment to a flexible microarray pattern using atmospheric plasma with a reactive gas.

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