bioeng_admin
2004-07-01 20:16:42
0
42
학과 세미나를 아래와 같이 개최하오니 많이들 참석하여 주시기 바랍니다.
- 아 래 -
- 세미나 제목: Integrated Nano/Microfluidic Systems for Nanobiotechnology
- 발표자: Jong Wook Hong, Ph.D. (홍종욱 박사)
- 소속: Department of Applied Physics, California Institute of Technology
- 일 자: 7월 1일 목요일 오후 4시-5시반
- 장 소: 정문술빌딩(E16) 2층 217호
- 초 록:
There have been many driving forces to exploit potential benefits of micro-sized apparatus of fluidic systems relative to systems of conventional size, including reduced consumption of samples and reagents, shorter analysis times, greater sensitivity, portability that allows in situ and real-time analysis, and disposability. A unifying vision for the field has been the notion that, in the same way that integrated circuits used miniaturized transistors to automate computation, nano/microfluidic chips can implement large-scale automation of biological processes using nanoliter/picoliter volumes. Recent advances in this area are resulting in exciting new biotechnology or medicine applications that may influence the course of genomics and proteomics technology. In this presentation, nano/microfluidic systems for nanobiotechnology will be presented with the examples of molecular biology applications such as DNA isolation, gene amplification (PCR), and gene transformation on a chip. Furthermore, the first complicated nano/microfluidic parallel architecture will be described as well as robust mechanical fluidic handling methods for nanoliter or picoliter sample volumes. The unique ability of nano/microfluidic systems will enable the application of functional genomics and proteomics to previously inaccessible problems.
문의: 박제균 교수 (042-869-4315)
- 아 래 -
- 세미나 제목: Integrated Nano/Microfluidic Systems for Nanobiotechnology
- 발표자: Jong Wook Hong, Ph.D. (홍종욱 박사)
- 소속: Department of Applied Physics, California Institute of Technology
- 일 자: 7월 1일 목요일 오후 4시-5시반
- 장 소: 정문술빌딩(E16) 2층 217호
- 초 록:
There have been many driving forces to exploit potential benefits of micro-sized apparatus of fluidic systems relative to systems of conventional size, including reduced consumption of samples and reagents, shorter analysis times, greater sensitivity, portability that allows in situ and real-time analysis, and disposability. A unifying vision for the field has been the notion that, in the same way that integrated circuits used miniaturized transistors to automate computation, nano/microfluidic chips can implement large-scale automation of biological processes using nanoliter/picoliter volumes. Recent advances in this area are resulting in exciting new biotechnology or medicine applications that may influence the course of genomics and proteomics technology. In this presentation, nano/microfluidic systems for nanobiotechnology will be presented with the examples of molecular biology applications such as DNA isolation, gene amplification (PCR), and gene transformation on a chip. Furthermore, the first complicated nano/microfluidic parallel architecture will be described as well as robust mechanical fluidic handling methods for nanoliter or picoliter sample volumes. The unique ability of nano/microfluidic systems will enable the application of functional genomics and proteomics to previously inaccessible problems.
문의: 박제균 교수 (042-869-4315)
