Location : Introduction Professors Jongil Rhee

		Jongil Rhee  Eng. BID. 5B-317  (Lab) 82-62-530-1847  (Cell Phone)  (Fax) 82-62-530-1849  jirhee@chonnam.ac.kr  http://www.bptlab.or.kr

¡á	1978.3-1983.2 Chonnam National University, College of Engineering, Department of Chemical Equipment, B.S.
¡á	1983.3-1985.2 KAIST, Department of Chemical Engineering, M.S.
¡á	1990.10 - 1996.2 University of Hannover (Germany), School of Chemistry (Biotechnology), Ph. D.

¡á	1998.9 - 1999.8 Delft University of Technology (the Netherlands), Kluyver Institute for Biotechnology, Research fellow
¡á	1996.2 - 1998.8 University of Hannover (Germany), Institute for Technical Chemistry, Research fellow
¡á	1995.3 - 1989.3 Korea Institute of energy and Resources (KIER), Research engineer
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¡á	Gene cloning and recombinant bioprocess development, Bioprocess automation and modelling, Development fo optic biosensor and biochip

¡á	Development of xylitol oxidase-based flow injection analysis for monitoring of xylitol concentrations, Analytica Chimica Acta  456,2 (2002/04/08) 293-301
¡á	Immobilization of SpA::EcoRI on IgG support improves the thermal stability of restriction activity ,Process Biochemistry 37 (2001) 275-278
¡á	Flow-injection sandwich ELISA for bioprocess monitoring, Journal of automated methods & management in chemistry 21 (1999) 121-125
¡á	Control of ammonium cencentration in biological processes using flow injection analysis technique, Korean J. Biotechnol. Bioeng., 16(5), 2001, 452-458
¡á	Monitoring of biological processes by 2-dimensional fluorescence sensor, Korean J. Biotechnol. Bioeng., 16(5), 2001, 493-499

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¡á	Lab Name : BioProcess Technology Lab (BPT lab)
¡á	We develop biological processes for the production of high-value bioproducts by recombinant microorganisms as well as bioprocess monitoring and control techniques. For the efficient bioprocess development a few new gene cloning techniques and some optic biosensor and biochips are developed. Some automated analysis techniques like FIA and SIA are also developed and applied for real bioprocesses.