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Baxter, R J (1970), Ornstein-Zernike relation and Percus~Yevick approxima~ion for fluid mixtures, J Chem Phys, 52, 4559~4562 Baxter, R J (1971), Distribution functions, in Physical Chemistr'y: An Advanced Treatise Vol lIlA The Liquid State, edited by D Henderson, 4, 267~334, Academic Press, New York Brent, R P (1973), Algorithms for Minimization without Derivatives, Prentice-Hall, Englewood Cliffs, NJ Ding, K H (1989), Electromagnetic wave propagation and scattering in dense media, PhD thesis, University of Washington, Seattle Ding, K H, C Mandt, L Tsang, and J A Kong (1992), Monte Carlo simulations of pair distribution functions with multiple sizes in dense discrete random media, J Eleetromag Waves and Appl, 6(1), 1015~1029, 1992 Ding, K H and L Tsang (1988), Effective propagation constants of dense nontenuous media with multi-species of particles, J Electromag Waves and Appl, 2(8), 757~777 Ding, K H and L.

Tsang (1989), Effective propagation constants in media with densely distributed dielectric particles of multiple sizes and permittivities, in Progress in Electromagnetic Research, PIER 1, (edited by J A Kong), 3, 241~295, Elsevier, New York Ding, K H, L M Zurk, and L Tsang (1994), Pair distribution functions and attenuation rates for sticky particles in dense media, 8(12), 1585~1604 Frenkel, D and B Smit (1996), Understanding Molecular Simulations: From Algorithms to Applications, Academic Press, San Diego Hansen, J P and I R McDonald (1986), Theory of Simple Liquids, Academic Press, New York Kranendonk, W G T and D Frenkel (1988), Simulation of the adhesive-hard-sphere model, Molecular' Phys, 64(3), 403~424 McQuarrie, D A (1976), Statistical Mechanics, Harper and Row, New York Metropolis, N, A W Rosenbluth, N Rosenbluth, A H Teller, and E Teller (1953), Equation of state calculation by fast computing machines, J Chem Phys, 21(6), 1087-1092.

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Penders, M H G M and A Vrij (1990), A turbidity study on colloidal silica particles in concentrated suspensions sing the polydisperse adhesive hard sphere model, J Chem Phys, 93(5), 3704~3711 Percus, J K and G J Yevick (1958), Analysis of classical statistical mechanics by means of collective coordinates, Phys Rev, 110, 1~13 Perla, R, J Dozier, and R E Davis (1986), Preparation of serial subsections in dry snow specimens, J of Microscopy, 141, 111-114 Perram, J W and M S Wertheim (1985), Statistical mechanics of hard ellipsoids I overlap algorithm and the contact function, J of Compo Phys, 58, 409~416..

search. Tsukuba is the home of the University of Tsukuba and more than 40 public and private research institutions, including several AIST-funded biotech research and development centers. The Kazusa Academic Park, lo cated just south of Tokyo, is another center of biotech activity. It s the home of the National Institute of Technology and Evaluation (NITE) Bio logical Resource Center (BRC). The BRC was established in 2002 to per form basic research in microbiology and to support the development of scienti c, industrial, and medical biotech applications. To the west of Tokyo, the Osaka-Kobe-Kyoto metropolitan area, with a population of over 17 million that ranks among the world s top 10 largest metropolitan areas, is an in uential center of biotech activity. Sev eral world-class universities, many of the government-af liated biotech re search facilities, and several major biotech companies are located in the area. For example, Osaka is home to Takeda Chemical Industries, Japan s top drug manufacturer. The Center for Developmental Biology (CDB) is lo cated in Kobe the site of devastating earthquakes in 1995. A trend initiated in 2002 is the expansion of the biotech industry through the formation of regional bioclusters through cooperative efforts between local governments and universities. Bioclusters are especially prominent in the Kanto and Kansai regions. The Kanto region, which consists of seven prefectures, includes the Tokyo metropolitan area. Bioclusters in the Kanto region include Genome Bay and the Yokohama Sci ence Frontier. The Kansai region, which also consists of seven prefectures, includes the Osaka-Kobe-Kyoto metropolitan area. Bioclusters in the re gion include The Kansai Culture and Science Research City, The Harima Science Park City, Advanced Medical Treatment Center, and the Saito Life Science Park. Figure 7.12 summarizes additional characteristics of the Japanese biotech industry.

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