三维电脑的处理与组合、其介面感测器、影像和生物晶片以及其软体演算法程式设计。
Process and Fabrication of the 3D-Computer and its interface to sensors, images and bio-chip, and its software programming algorithm.
比较临床研究和生物晶片技术对同一种疾病的解释。确定哪些标准化技术或者特征选择演算法可以增加再现性。
Compare clinical studies with microarray expression for the same disease. Determine which normalization techniques or feature selection algorithm can enable increased reproducibility.
所以，现在我们确实可以在微流体晶片上，使生物和化学实验室微型化。
So, right now, we can actually miniaturize biological and chemistry laboratories onto microfluidic chips.
生物芯片是现代微加工技术和生物技术的结晶是具有一定生物功能的微晶片结构。
Biochip is a modern technology of micro-fabrication coupled with modern biotechnology. It is a microchip structure with specific biological functions.
量测结果显示，该金氧半场效电晶体场效电晶体神经型态晶片的运作方式与生物量测结果相符，因此成功地验证了该晶片的仿生功能。
The measurement results on the fabricated CMOS neuromorphic chip are consistent with the biological measurement results. Thus the biological functions of the chip have been successfully verified.
安德森及瓦克斯在蛋白质晶片的研究上，携手合作。安德森是美国马里兰州日耳曼镇“大规模生物”公司的首席科学家。
N. Leigh Anderson and Gunars Valkirs collaborate on protein array research. Anderson is chief scientific officer at Large Scale Biology Corporation in Germantown, Md.
瓦克斯及安德森在蛋白质晶片的研究上，携手合作。瓦克斯是加州圣地牙哥市“生物检验站”公司的首席科技长。
Gunars Valkirs and N. Leigh Anderson collaborate on protein array research. Valkirs is chief technology officer at Biosite Diagnostics in San Diego, Calif.
瓦克斯及安德森在蛋白质晶片的研究上，携手合作。瓦克斯是加州圣地牙哥市“生物检验站”公司的首席科技长。
Gunars Valkirs and N. Leigh Anderson collaborate on protein array research. Valkirs is chief technology officer at Biosite Diagnostics in San Diego, Calif.
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