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ADDRESSING CONCENTRATION SPACES BY MULTI INJECTORS FOR MICRO FLUID SEGMENT SEQUENCES

机译:通过多喷射器寻址浓度空间,用于微流体段序列

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Micro fluid segments attract increasing interest due to the possibility of easy generation, manipulation and use for diagnostics, chemical analytics, synthesis, cell cultivation and chemical as well as biological screenings. The addressing of chemical composition is a very important precondition for the application of micro fluid segments in highly parallelized operations. Here, we report the addressing of larger concentration spaces by use of a double-twin injector made in micro lithographic glass/glass technology. Two-dimensional concentration distributions can be achieved by varying flow rate ratios during the formation of fluid segments. Two different dyes (Orange G and Crystal violet) have been used to generate the two dimensional concentration space. The composition of dye containing segments is monitored by in-line flow-through micro photometry.
机译:由于易于生成,操纵和用途,用于诊断,化学分析,合成,细胞培养和化学品以及生物筛查,微流体段引起了越来越多的利益。化学组合物的寻址是在高度平行化的操作中施加微流体段的非常重要的前提。在这里,我们通过使用在微型光刻玻璃/玻璃技术中制造的双双针喷射器来报告更大浓度空间的寻址。通过在形成流体段期间的流速比来实现二维浓度分布。已经使用两种不同的染料(橙色G和晶体紫色)来产生二维浓度空间。通过在线流通微光度测定含染料段的组合物。

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