Gravity Applied Particle Separation in Nanoliter Volume Fluid System Toward Complexed Biosample Sorting

  • Shin, Soojeong; 
  • Choi, Seri; 
  • Kim, Subin; 
  • Kim, Yuna; 
  • Park, Kyunglee; 
  • ... Choi, Jonghoon; 
  • 외 1명
Citations

WEB OF SCIENCE

2
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SCOPUS

2

초록

The separation of target molecules from complexed biosamples such as blood is essential for both biochemical understanding and pathological decision-making. As an alternative to conventional centrifugation, which has critical disadvantages, we suggest microgravitational particle separation under mild conditions to prevent distortion, lysis, and the breakage of biological particles. Polymer particles with similar sizes and different densities were used as models. We determined the optimum operating conditions, including the concentration of a sucrose solution and flow rate, based on Stokes law. A separation efficiency of more than 95% showed the potential of the designed microsystems for complexed biosample sorting.

키워드

Gravity Applied Separation; Microfluidics; Biosample Sorting; Density Separation; MICROFLUIDIC CHIP; CELL-SEPARATION; ISLETS
제목
Gravity Applied Particle Separation in Nanoliter Volume Fluid System Toward Complexed Biosample Sorting
저자
Shin, Soojeong; Choi, Seri; Kim, Subin; Kim, Yuna; Park, Kyunglee; Choi, Jonghoon; Hong, Jong Wook
DOI
10.1166/jnn.2016.13613
발행일
2016-11
유형
Article
저널명
Journal of Nanoscience and Nanotechnology
권
16
호
11
페이지
11892 ~ 11895