Red blood cells flows in rectilinear microfluidic chip

机译：红血球在直线微流控芯片中流动

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The red blood cells flow in a controlled environment as a microfluidic chip with a rectilinear geometry was investigated. The optical monitoring performed by an automatic Particle Image Velocimetry procedure has allowed a quantitative analysis on flow features. Various parameters such as velocity, shear rate, strain rate, vorticity, divergence were extracted. The comparisons of the results obtained from the different experiments was used for the overall understanding of the RBC movements in different conditions and the establishment of the analysis procedure.

机译：作为具有直线几何形状的微流控芯片，研究了红细胞在受控环境中的流动。通过自动粒子图像测速程序执行的光学监控已允许对流动特征进行定量分析。提取了各种参数，例如速度，剪切速率，应变速率，涡度，散度。从不同实验获得的结果进行比较，可用于全面了解不同条件下的红细胞运动并建立分析程序。

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《Annual International Conference of the IEEE Engineering in Medicine and Biology Society》|2015年|3225-3228|共4页
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Anandan P.; Ortiz D.; Intaglietta M.; Cabrales P.J.; Bucolo M.;
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bioMEMS; blood flow measurement; cellular transport; flow visualisation; lab-on-a-chip; medical signal processing; microfluidics; shear flow; vortices; automatic particle image velocimetry procedure; divergence; optical monitoring; rectilinear geometry; rectilinear microfluidic chip; red blood cells flows; shear rate; strain rate; velocity profile; vorticity; Geometry; Microfluidics; Optical imaging; Red blood cells; Viscosity;

机译：生物MEMS;血流测量;细胞运输;流可视化;芯片实验室;医学信号处理;微流控;剪切流;涡流;自动粒子图像测速程序;散度;光学监控;直线几何;直线微流控芯片;红色血流;剪切率;应变率;速度分布;涡度;几何;微流控;光学成像;红细胞;粘度;

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2. A Microfluidic Device for Simultaneous Extraction of Plasma, Red Blood Cells, and On-Chip White Blood Cell Trapping [J] . Da-Han Kuan, Chia-Chien Wu, Wei-Yu Su, Scientific reports. . 2018,第1期

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4. Red blood cells flows in rectilinear microfluidic chip [C] . Anandan P., Ortiz D., Intaglietta M., Annual International Conference of the IEEE Engineering in Medicine and Biology Society . 2015

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7. Microfluidic chips for optical manipulation of microbeads and red blood cells [O] . Florea Larisa, Yang Tie, Meißner Robert 2014

机译：用于光学操纵微珠和红细胞的微流体芯片

Red blood cells flows in rectilinear microfluidic chip

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