Table Of Content

COLLOIDS AND SURFACES Ye SEVIER Colloids and Surfaces B: Biointerfaces 9 (1997) 347 Author Index Abe, M., 177 Ju, Y.-H., 187 Perillo, M.A., 49 Aoyagi, T., 37 Jucker, B.A., 331 Pitt, W.G., 239 Askendal, A., 59 Kamyshny,A. , 147 Qian, Z., Baszkin, A., 197 Kawashima,N. , 177 Blomberg, E., 67 Khan, A., 305 Reboiras, M.D., 101 Brook, M.A., 285 Khoda, A., 117 R6lla, G., 257 Kiely, L.J., 297 Rosilio, V., 197 Cerf, A.M.C., 247 Kopecek,J ., 315 Rykke, M., 257 Chen, T.-C., 187 Chung, J.E., 37 Launay, J.-M., 197 Saboury, A.A., 123 Claesson, P., 67 Lee, C.-H., 109, 131 Sagers, R.D., 239 Lee, S., 169 Sakai, H., 177 Dalengon, F., 197 Le Visage; C.. 235 Sakurai, Y., 37 Dehaye, J.-P., 247 Liu Le. 137 Sasaki, Y., 169 Devleeschouwer, M.J., 247 Lyklema, J., 81 Satoh, K., 9 Devold, T., 257 Smistad, G., 257 Deyme, M., Magdassi, S., 147 Sugihara, G., 169 Makino, K., 225 Suzuki, K., 9, 37 Elwing, H., 59 Manivet, P., 197 Eriksson, C., 67 McDermott, M.R., 285 Takashima, S., 205 Eskilsson, K., 305 Miller, M.J., 101 Takeuchi, T., 225 Esumi, K., 269 Mishima, K., 9 Tanioka, A., 1, 17 Miyasaka, K., 1, 17 Terayama, H., 269 Fowers, K.D., 315 Miyazawa, K., 177 Tsubaki, N., 177 Fujii, Y.-K., 169 Mizusaki, T., 269 Moosavi-Movahedi, A.A., 123 Underdown, B., 285 Gage, R.A., 139 Morén, A.K., 305 Garcia, D.A., 49 Mori, O., 31 Van der Wal, A., 81 Morisaki, H., 205 Han, J.H., 109, 131 Mortensen, G., 297 Wal, A.v., 81 Harms, H., 331 Winquist, F., 59 Harwell, J.H., 177 Nagadome, S., 169 Heritage, P., 285 Nagata, H.D., 169 Yajima, 1., 177 Higa, M., 1 Nakagawa, Y., 17 Yamaguchi, T., Huda, M.S., 213 Nazari, K., 12: Yamauchi, K., Hug, S.J., 331 Nishizaki, K.., Yokoyama, M., Norde, W., 81, Yokoyama, Y., | Imae, T., 31 Nygren, H., 67 Yoshikawa, S., 2 j232 Har S., 275 Young, A., 257 Ohshima, H., 225 Jiang,J ., 285 Okano, T., 37 Zehnder, A.J.B., 81, Jones, M.N., 101 Olson, N.F., 297 Zoungrana, T., 157 COLLOIDS AND SURFACES Colloids and Surfaces B: Biointerfaces 9 (1997) 349-350 Subject Index Active transport, 17 Colloidal clusters, 147 Adsorption, 139, 147, 157 Cross partitioning, 131 Adsorption heat, 169 Adsorption isotherm(s), 169 Donnan equilibrium, 17 Affinity partitioning, 109 DOTAC, 305 Aggregation, 225 Double layer composition, 81 Alkyl chain, 37 Aniononi c liposooem es, 101 Electron microscopy, 257 Antitbiibioottiicc, 23¥ C . : E3 LISA‘ . 14 ¢ , Antigen—ant, ibody interaction, 59 Enzymatic activity, 157 Aqueous dispersion, 269 7 Enzyme immobilization, 1 Aqueous two-phase, 109 Equilibrium spreading pressure, 213 AqueouLsi two-phase system, 131 Esin—Markov analysis, 81 Atomic force microscopy, 31 ESR. 269 : Fibrinolytic surfaces, 315 Bacillus subtilis neutral protease, 109, 131 Flunitrazepam, 49 Bacteria, 239 FNTZ, flunitrazepam, 49 Bacterial adhesion, 247, 331 Bacterial surface, 297 Bile salt(s). 169 GABA, gamma-aminobutyric acid, Dindinc wotherm. 247 Gaussian distribution, 247 Binding of serotonin analogs, 197 Gel, 305 Biofilm, 239 Glass, 67 at Bipolar membrane, 1, 17 Grafted polymerization, 1 Bovine serum albumin, 31, 117 Graphite, 169 Brevibacterium linens, 297 Buccal epithelial cell, 247 Helicity, A4S22S Horseradish peroxidase, 123 Human saliva, 257 Candida albicans, 101 Human Serum albumin, 285 Casein micelles, 257 Hydration, 205 cationic liposomes, 101 Hydrogen bonds, 331 Cell attachment, 205 Hydrophilic surface, 139 Cell surface, 205 Hydrophobic interaction, 37 Cellulose, 269 Hydrophobicity, 147, 297 Cell wall charge, 81 Hydrophobic surface, 139 Cell wall composition, 81 Hydroxylated fatty acid, 213 Cell wall potential, 81 Chromatography, 131 IgG, 147 a-chymotrypsin, 157 Imaging reflectometry, 59 CMC, critic micellar concentration, 49 Immunoprecipitate visualization, 59 350 Subject Index / Colloids Surfaces B: Biointerfaces 9 (1997) 349-350 Implant infection, 239 Polystyrene, 157 Insonation intensity, 239 Porous polypropylene, 1 Isoelectric pH, 131 Precipitate, 305 Pressure—area isotherms, 213 Keratin, 117 Protein, 139 Protein—surfactant interactions, 305 f-lactoglobulin, 305 Protein adsorption, 31 Langmuir adsorption, 101 Protein conformation, 157 Langmuir plot, 169 Protein release, 285 Lipid emulsion, 275 Proteins, 109 Lipopolysaccharides, 331 Proton titration, 81 Liposome adsorption, 101 Pseudo-Brewster angle, 59 Pseudomonas aeruginosa, 239, Membrane anchor, 9 Pseudomonas syringae, 205 Membrane potential, | Mica, 31, Quantum yield, 187 Micelle, 37 Microcapsule, 117 Salivary micelle-like structures, Microparticle, 285 Salivary proteins, 257 MLV, multillamelar vesicles, 49 Scanning reflectometry, 59 Molecular area, 275 SEM, standard mean error, 49 Molecular order, 9 Serotonin, 197 Monolayer, 275 Serotonin transporter (SERT), 197 Monolayer coverage, 101 Silicone, 285 Monolayer stability, 213 Sodium n-dodecyl! sulphate, Multivalent cation, 225 Softness of polymer layer, 20 Solution, 305 n-Dodecyl trimethylammonium bromide, 123 Sonication, 117 Nernst—Planck equation, 17 Spin-labeled cellulose, 269 Neuropeptide Y, 233 Spread protein monolayers, 197 Nonequilibrium thermodynamics, 17 Starch, 285 Statistics, 247 Oligopeptide, 139 Steroid, 269 Optical birefringence, 9 Surface activity, 147 Surface free energy, 297 Partition coefficient, 109, 131 Surface modification, 9 Partition coefficients, 49 Surface potential, 23: Peptide adsorption, 233 Surface pressure, Phase equilibria, 305 Surface pressure measurements, 197 Phosphatidylcholine, 9 Surface pressure relaxation, 213 Phospholipid bilayers, 49 Surface tension, 233 Photogeneration, 187 Surfactant, 139 Photoimageable polymer, 187 Plasma polymerization, | Test of normality, 247 Plasma proteins, 67 Thermo-response, 37 Plasminogen, 315 Thermodynamic parameters, 123 Platelets, 67 PMN cells, 67 Ultrasound, 239 Polymer-grafting microcapsule, Urease, 17 Polymeric amine, 187 Polymer interactions, 331 Variance equality, 247 Poly(N-isopropylacrylamice), Polysaccharide, 9 Zeta potential, 275