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Dynamic high-resolution patterning for biomedical, materials, and semiconductor research

机译:用于生物医学,材料和半导体研究的动态高分辨率图案化

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By combining unique light sources, a Texas Instruments DLP system and a microscope, a submicron dynamic patterning system has been created. This system has a resolution of 0.5 microns, and can illuminate with rapidly changing patterns of visible, UV or pulsed laser light. This system has been used to create digital masks for the production of micron scale electronic test circuits and has been used in biological applications. Specifically we have directed light on a sub-organelle scale to cells to control their morphology and motility with applications to tissue engineering, cell biology, drug discovery and neurology.
机译:通过组合独特的光源,德州仪器DLP系统和显微镜,已经创建了亚微米动态图案化系统。该系统的分辨率为0.5微米,并且可以用快速变化的可见光,UV或脉冲激光的模式。该系统已被用于为生产微米尺度电子测试电路的生产,并已用于生物应用中的数字面罩。具体而言,我们对细胞单元的指示光线向细胞,以控制其与组织工程,细胞生物学,药物发现和神经内科的应用的形态和动力。

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