Table Of Content

Colloids and Surfaces B: Biointerfaces, 2 (1994) 595—596 Elsevier Science B.V. Author Index Akay, G. 323 Devogel, D. 189 Kawaguchi,H . 419 Akiyama, S.K. 241 Dhir, V.K. 103 Kijne, J.W. 173 Andlid, T. 199 Dodd, C.E.R. 103 Kirkpatrick, C.J. 251 Avramoglou, T. 315 Dufréne, Y.F. 347 Klein, C.L. 251 Dusart, G. 83 Kondo, T. 445 Baker, A.J. 281 KowalczynskaH.,M . 291 Bellahcen, D. 577 Ellouali, M. 305 Kwon, G.S. 429 Bellon-Fontaine, M.N. 57 Elwing, H. 457 Bialkowska-Hobrzanska, H. 73 LaFlamme, S.E. 241 Billsten, P. 457 Fernandes, P.A. 159 Lahooti, S. 493 Bittinger, F. 251 Fontvieille, D. 577 Lam, R.T.-T. 397 Blond, J.-P. 585 Fourniat, J. 57 Latrache,H . 47 Boisson-Vidal, C. 305 Fujimoto, K. 419 Lazarova, V. 577 Bollen, C.M.L. 25 Legrand, A.P. 443 Bonnaveiro, N. 89 Galisteo-Gonzalez, F. 435 Le Magrex, E. 89 Bouchara, J.P. 299 Gallez, D. 273, 281 Lepoivre, Ph. 451 Bourlioux, P. 47 Gardella, Jr., J.A. 209 Lievens, K. 189 Boussard, P. 111, 119 Geertsema-Doornbusch, G.I. 25 Lin, F.Y.H. 493 Bouttier, S. 57 Genet, M.J. 347 Lin, Y.S. 481 Braun, R. 97 Gerin, P.A. 347 Ljusegren, 1. 463 Brisset, L. 89 Goodman, A.E. | Logeart, D. 315 Bryers, J.D. 9 Goury, V. 127 Luyben, K.Ch.A.M. 165 Busscher, H.J. 25, 73, 407 Gratia, J.P. 567 Gustafsson, L. 199 Malmsten, M. 463 Calleja,G.B. 133 Manem, J. 577 Carlstedt, I. 463 Han, K.G. 57 Marshall, K.C. 1, 371, 387 Carquin,J . 89 Handa, H. 419 Martin-Rodriguez, A. 435 Carrierre, F. 585 Haynes, C.A. 517 Mattila-Sandholm, T. 33 Castner, D.G. 333 Heuze, V. 451 Melo, L. 41 Cerf,A . 119 Hidalgo-Alvarez, R. 435 Mikx, F.H.M. 407 Chabasse, D. 299 Hlady, V. 481 Moradas-Ferreira, P. 159 Chattoraj,D.K. 411 Holubar, P. 97 Mota, M. 181 Choisy, C. 89 Hommel, H. 443 Moussy, F. 493 Clark, S.R. 457 Horbett, T.A. 225 Mozes, N. 47, 67, 347 Coakley, W.T. 281, 323 Huyard, A. 577 Costa, M.J. 159 Naito, M. 429 Coulot, P. 299 Iserentant, D. 189 Nakamura,M . 445 Cowan, M.M. 407 Ivanova, M.G. 585 Neumann, A.W. 493 Nishiya, T. 397 Darbord, J.C. 127 Jacquelin, L.F. 89 Norde, W. 517 Dehaye, J.-P. 119 Jeannot, J.L. 83 Nordstr6ém, K.M. 67 Dekker, A. 251 Jozefonvicz, J. 305, 315, 443 Ntsama, C. 57 de La Fourniére, L. 585 Dengis, P.B. 347 Kadouri, A. 265 Ohshima, H. 445 Dermy, F. 127 Kamath, K.R. 471 Okano, T. 429 Destain,J . 451 Kaminski, J. 291 Oliveira, A. 41 Devleeschouwer, M. 111, 119 Kataoka, K. 429 Oliveira, R. 41 596 Paquot,M . 451 Sarkar, D. 411 Traore, R. I11 Park, H. 471 Schamberger, P.C. 209 Tronchin, G. 299 Park, K. 471 Schneider, R.P. 371, 387 Pelletier, C. 47 Serra-Doménech, J. 435 van der Kuijl-Booij, M. 7 Pembrey, R. 371 Serres,A . 443 van der Mei, H.C. 25, 73 Penn, P. 299 Shim, H.S. 471 van Hamersveld, E.H. 165 Pierzo, V. 577 Shiroya, T. 419 van Loosdrecht, M.C.M. 16 Plas, C. 97 Simeon de Buochberg, M. 8 Vannini, L. 505, 511 Policova, Z. 493 Singleton, S. 323 van Steenberghe, D. 25 Puig,J . 435 Smit, G. 173 Vazquez-Juarez,R. 199 Sousa, M.L. 181 Verachtert, H. 189 Stratford, M. 151 Quirynen, M. 25 Verger,R. 585 Straver, M.H. 173 Sumi, Y. 419 Ratner, B.D. 333 Suzzi, G. 505, 511 Wada, T. 419 Reid, G. 73,377 Waites, W.M. 103 Renier, G. 299 Wirtanen, G. 33 Robibo, D. 397 Teixeira, J.A. 181 Romano, P. 505, 511 Thomas, N.E. 281, 323 Rouxhet, P.G. 347 Thonart, Ph. 451 Yokoyama, M. 429 Tibi,A . 127 Sakurai, Y. 429 Tossut, P. 451 Zingg, W. 493 Salgueiro, R. 41 Touhami, A. 443 Zuccarelli, M. 83 Colloids and Surfaces B: Biointerfaces, 2 (1994) 597-599 Elsevier Science B.V. Subject Index Active bacterial count, 577 Cell cycle, 315 Adherence, 299 Cell structure, 265 Adhesion, 73, 111, 119, 127, 199, 251 Cell surface, 47, 67 Adsorption, 411 Cell surface hydrophobicity, 173, 199, 505, 511 Adsorption behavior, 517 Cell surface properties, 73 Aggregation, 67 Cell surfaces, 371, 387 Airlift bioreactor, 181 Cell wall proteins, 159 Albumin grafting, 471 Cellulose, 463 Animal cell adhesion, 209, 225 Charge distribution, 445 Antiadhesive activity, 305 Chemostats, 387 Antibacterial agent, 127 Chicken erythrocytes, 445 Antiproliferative activity, 315 Chlorhexidine, 83 Antitumour activity, 305 Clay carrier, 97 Aspergillus fumigatus, 299 Cluster analysis, 73 Attachment, 103 Coflocculation, 189 Azospirillum brasilense, 347 Colloids, 457 Concanavalin A, 281 Bacillus subtilis, 451 Conditioning film, 209 Bacterial adhesion, 25, 57, 83 Conditioning films, 387 Bacterial count, 577 Conformational change, 457 Bacterial metabolism, 89 Contact angle measurements, 493 Bacterial swarming, 567 Conventional plating, 33 Bactericidal activity, 83 Bioadhesion, 25, 281 Dehydrogenase activity, 97 Biochemical interaction, 165 Dental materials, 25 Biocides, 83 Dental plaque, 25 Biofilm applications, 9 Dextran, 281 Biofilm engineering, 9 Dextran derivatives, 315 Biofilm formation, 33, 41 Diffusion, 181 Biofilm processes, 577 Disinfectant, 89 Biofilm technologies, 9 DLVO theory, 165 Biofilms, 1, 83, 89, 387 Drug delivery system, 429 Biofouling, 387 Drug solubilization, 429 Bioluminescence, 103 Dynamic conditions, 83 Biomaterials, 377, 471 Biomedical studies, 333 E. coli, 47 Bovine serum albumin, 457 Electrical properties, 451 Brewer's yeast, 165, 173 Elecron spectroscopy for chemical analysis Brochothrix thermosphacta, 57 (ESCA), 209 Brownian motion, 133 Electrophoretic mobility, 47, 57, 407, 445 Buccal epithelial cells, 119 Ellipsometry, 463 Endothelial cell, 251 Calcium ion influence, 567 Endothelial cell adhesion, 493 Cationic latex particles, 419 Environment, 25 Cel growth, 209 Epifluorescence microscopy, 33 Cell adhesion, 241, 273, 281, 291, 323 Erythrocyte adhesion, 323 Cell agglutination, 281 Erythrocyte adhesion, 281 Cell aggregation, 133 Erythrocyte agglutination, 281 598 Escherichia coli, 127 Kinetics, 481 Ethyl( hydroxyethyl) cellulose, 463 Klebsiella pneumoniae, 111 Extracellular matrices, 225 Extracellular matrix proteins, 209 Laminin, 241, 299 Extracellular polysaccharides, 33 Lectin, 165 Lipopolysaccharide, 47 Low molecular weight fucan, 305 Fibrinogen, 225, 299 Lysozyme, 411,457 Fibronectin, 225, 241 Filtration, 119 Fimbriae, 47, 173 Mammalian cells, 265 Fish gut yeasts, 199 Meat, 57 FLO genes, 151 Melittin, 397 Floc rearrangement, 133 Melittin analogue, 397 Floc size, 181 Membrane adhesion, 323 Flocculation, 151, 159, 165, 173, 181, 189, 505 Mesothelial cell, 251 Flocculation assay, 173 Metabolites, 265 Flocculation dynamics, 133 Microbial, | Flocculation mechanism, 133 Microbial adhesion, 377, 387 Flocculence, 173 Microbial adhesion to hydrocarbons, 511 Flocculent, 511 Microbial adhesion to hydrocarbons assay, 505 Flocculins, 159 Microbial labelling, 119 Flow cytometry, 299 Microorganisms, 1, 347, 371 Fluorescence, 429 Micropipette aspiration, 493 Foaming, 511 Molecular weight effect, 305 Force of adhesion, 493 Monomolecular films, 585 Free energy of adhesion, 493 Mucins, 463 Functionalized albumin, 471 Mucoadhesion, 463 New techniques, 333 Gamma-irradiation, 471 Globular proteins, 517 Oral implants, 25 Glycocalyx, 33 Orthokinesis, 133 Goose erythrocytes, 445 Growth surfaces, 567 Oxygen transfer, 181 Pediococcus damnosus, 189 Hemagglutination, 407 Percoll density gradient, 119 Heparin, 315 Perikinesis, 133 Human buccal epithelial cells, 111 pH, 41 Human gastric lipase, 585 Phanerochaete chrysosporium, 347 Human pancreatic lipase, 585 Phospholipase A2, 397 Human serum albumin adsorption, 481 Phytopathogen antagonists, 451 Human urinary epithelial cells, 111 Plaque formation, 25 Hydrocarbons, 511 Plasmid profile, 73 Hydrophobic microsphere attachment assay, 505 Plasmids, 67 Hydrophobicity, 505, 511 Platelet activation, 471 Poly(amino acid), 429 Image analysis, 33 Poly(ethylene oxide), 429 Immobilization kinetics, 97 Polylysine, 281 In vitro assays, 251 Polymer surface modification, 209 Infections, 127, 377 Polymer surfaces, 41 Injury, 103 Polymeric micelle, 429 Instability, 273 Polymers, 463 Instrument evaluation, 333 Polysaccharides, 41 Integrins, 241 Polystyrene beads, 435 Interfacial instability, 281, 323 Porcine pancreatic procolipase, 585 Protamine, 111 Surface roughness, 25 Proteases, 505, 511 Surface sulfonation, 291 Protein adsorption, 435 Surface sulfonic groups, 291 Protein separation, 419 Sutures, 127 Pseudomonas aeruginosa, 119, 127 Pseudomonas fluorescens, 41 Thermal shock, 103 Pseudomonas fragi, 57 Thermus, 67 Pyrene, 429 Thin film, 273 Thiobacillus sp., 97 Recovery, 103 Thrombospondin synthesis, 305 Tomato surfaces, 451 Saccharomyces cerevisiae, 151, 165, 189, 347, 505, 511 Total internal reflection fluorescence spectroscopy, 481 Salmonella, 103 Treponema denticola, 407 Secondary minimum, 133 Tyrosine phosphorylation, 241 Serratia marcescens, 567 Shear stress, 251 Urogenital tract, 377 Silica nanoparticles, 457 Smooth muscle cells, 315 Vascular prosthesis, 251 Solid—liquid interfaces, 411, 517 Velcro model, 133 Sonication treatment, 577 Viable counts, 103 Staphylococcus aureus, 127 Vitronectin, 225 Staphylococcus epidermidis, 73, 127 Static conditions, 83 Wastewater treatment, 577 Sulfated polysaccharides, 315 Water, 411 Sulfide oxidation, 97 Wettability, 25, 73 Surface analysis, 209 Wheat germ agglutinin, 411 Surface composition, 347 Surface density gradient, 481 X-ray photoelectron spectroscopy, 67, 73, 333, 371 Surface formation, 25 Surface free energy, 25 Yeast, 151, 159, 181 Surface hydrophobicity, 47, 451 Yeast—bacteria interaction, 189 Surface microbiology, 33 Yeast flocculation, 133 Surface modification, 291, 471 Surface properties, 25, 347 Zeta potentials, 73