Table Of Content

COLLOIDS AND SURFACES Colloids and Surfaces B: Biointerfaces 10 (1998) 413—414 Author Index Adair, J.H., 13 Habeger, C.F., 13 Meusel, M., 273 Agache, P., 243 Hagolle, N., 189 Mine, Y., 385 Aluko, R.E., 385 Handa, H., 41, 161, 169, 171 Mishima, K., 113 Amiji, M.M., 263 Hatakeyama, M., 41, 161, 169, Mitev, D.J., 67 Askendal, A., 61 171 Murray, B.S., 225 Hayashi, S., 281 Hedstrém, G., 137, 379 Backlund, S., 137, 379 Nakamura, K., 169, Heitz, F., 405 Beattie, J.K., 73 Nakayama, Y., 281 Humbert, P., 243 Besson, F., 395 Nancollas, G.H., 87 Bonincontro, .A., 105 Niikura, K., 197 Boullanger, P., 395 Ivanova, M., 1 Nygren, H., 251 Brash, J.L., 29 Iwato,S., 161, 169, 171 Broberg, M., 251 Busscher, H.J., 179 Ofusa, T., 215 Jozefonvicz, J., 203 Ogura, Y., 41 Okahata, Y., 197 Cammann, K., 273 Kaneshina, S., 51 Ono, K., 23 Cansell, M., 203 Karlsson, S., 137, 379 Onori,G., 105 Caruso, F., 197 Katerkamp, A., 273 Onoue, Y., 35 Chaloin, L., 405 Kawaguchi, H., 41, 161, 169, 171 Orschel, M., 273 Chiche, L., 405 Kawashima, N., 23 Otsuka, M., 215 Chierici, S., 395 Keeratiurai, M., 385 Condon, C.E., 13 Khan, S.R., 13 Cornelius, R.M., 29 Pal, M.K., 149 Kim, J.-H., 365 Cros, L., 225 Panaiotov, 1. 1 Kim, W.-S., 365 Kinoshita, M., 35 de Jesus, B., 95 Krause, J.-P., 119 Redoules, D., 243 do Serro, A.P.V.A., 95 Kume, Y., 51 Relkin, P., 189 Duchéne, D., 291 Roux, B., 395 Lafont, D., 395 Eriksson, F., 137, 379 Launay, B., 189 Sahli, A., 203 Everaert, E.P.J.M., 179 Lee, J.H., 365 Santucci, A., 105 Lemos-Senna, E., 291 Saramago, V., 95 Fernandes, A.C., 95 Lesieur, S., 291 Satake, H., 51 Fischer, A.M., 203 Letourneur, D., 203 Satoh, K., 113 Francesco, A.D., 105 Lundstrém, |L., 61 Sawada,J ., 41 Fujimoto, K., 41, 161, Schwenke, K.D., 119 Matsuda, Y., 215 Seifert, A.. 119 Gall, Y., 243 Matsuki, H., 51 Sheardown, H., 29 Gelhausen, M., 395 Matsuno, T., 23 Shinoda, N., 127 Goswami, A., 149 Matzeu, M., 105 Soetanto, K., 23 Goto, S.,_ 127 Mavon, A., 243 Suzuki, K., 113 414 Author Index / Colloids Surfaces B: Biointerfaces 10 ( 1998) 413-414 Takahashi, K., 281 Van Mau, N., 405 Wouessidjewe, D., 291 Takahashi, M., 281 van der Mei, H.C., 179 Wu, W., 87 Talbot, J.-C., 405 Vassilieff, C.S., 67 Wiistneck, R., 119 Tapon-Bretaudiere,J ., 203 Verger, R., 1 Tengvall, P., 61 Yamada, E., 281 Tsekov, R., 67 Yamamoto, T., 51 Tsujimoto, T., 35 Wade, .T., 73 Yamauchi, K., 35 Wahigren, M., 61 Yang, B.-L., 127 Ueno, M., 281 Watanabe, K.-i., 23 Yoon, J.-Y., 365 COLLOIDS AND SURFACES ELSEVi IER Colloids and Surfaces B: Biointerfaces 10 (1998) 415—416 Subject Index Adhesion, 251 Dimple, 67 Adsorption, 61, 225 DNA, 197 Adsorption at air/water interface, 189 DNA diagnosis, 161, 169, 171 Advancing contact angle, 243 DSC, 189 Affinity latex, 161 Dynamic contact angle, 95 Affinity purification, 41 Aggregation, 189 Egg yolk proteins, 385 Albumin adsorption, 95 Electroacoustics, 73 Amphiphilic cyclodextrin, 291 Ellipsometry, 61 Amphoteric derivative, 263 Emulsion, 73, 119, 385 Antibody, 61 Enantioselectivity, 137 Antigen, 61 Endothelin, 405 Archaea, 35 Enzyme, 127 Archaebacterium, 35 Esterification, 137, 379 Artificial bone, 23 Avidin, 197 Fat, 73 Flourapatite, 87 Biosensors, 197 Fluorescence, 405 Biotin, 273 Fluoro-alkylsiloxane layers, 179 Blood coagulation, 203 Foam film, 67 Bovine hemoglobin, 365 Fracture toughness, 23 Bovine serum albumin, 365 Gel, 379 Calcium phosphate deposition, 95 Gelatin, 379 CD, 105 Globular protein, 119 Chitosan, 263 Gold surface, 273 Circular dichroism, 189 Co-grinding, 215 Heparin, 203 Co-melting, 215 Heparin-coated liposome, 203 Coalescence stability, 119 Homogenize, 73 Competitive adsorption, 385 Human pancreatic lipase, 1 Contact angle, 23 Human skin surface, 243 Critical micellar concentration (cmc), Humicola lanuginosa lipase, 1 Crosslinking, 61 Hybridization, 161, 197 Crystallization rates, 215 Hydrolysis, 127 Cyanine dye, 149 Hydroxyapatite, 23, 87 a-Cyclodextrin, | IgG, 251 Denaturation, 189 Immobilization, 127, 379 Dielectric Behaviour, 105 Immobilization proteins, 273 Dimerization, 41 Induced circular dichroism (ICD), 416 Subject Index / Colloids Surfaces B: Biointerfaces 10 (1998) 415—416 Induction time, 87 Polyethylene glycol, 113 Interfacial tension, 87 Polypeptide, 41 Ion-selective electrode, 51 Protein, 225 Isoprenoid, 35 Protein adsorption, 29 Protein quantification, 273 Protein separation, 365 Kidney stones, 13 Lectin-recognition, 395 Quartz crystal microbalance, 197, 225 Limonene, 281 Lipase, 137, 379 Radioiodinated proteins, 29 Lipid bilayer, 51 Lipid membrane, 113 Si nuclease, 169, 171 Liposomes, 67, 395 Sebum casual level, 243 Liposome stability, 203 Silica surface, 273 Local anesthetic, 51 Silicone rubber, 179 Lysozyme, 105 Sintered body, 23 Sodium cholate, 149 Membrane, 51 Sodium deoxycholate, 149, 215 Membrane molecular order, 113 Sodium lauryl sulfate, 215 Metachromasia, 149 Solubility, 215 Metal surfaces, 29 Spreading, 251 Microbial adhesion, 179 Stains-all, 149 Microemulsion-based gels, 137 Stirred cell, 365 Microparticles, 251 Stratum corneum, 281 Microsphere, 41, 161, 169, 171 Streptavidin, 273 Microspheres, 365 Succinylated legumin, 119 Miss-matched DNA, 169, 171 Sucrose ester of stearic acid, 215 Mixed micelles, 291 Sulfonate groups, 263 Monolayer hydrolysis, 1 Surface, 61 Surface free energy, 87, 243 Surface potential, 405 N-acetylglucosamine derivatives, 395 Surface pressure, 405 Nanosphere reconstitution, 291 Surface rheology, 119 Nanosphere solubilization, 291 Surface tension, 35, 189 Neoglycolipids, 395 N,N-dimethyldodecylamine oxide, 281 Surfactant, 35 Non-crystalline solid, 215 Surfactants, 215 n-Tetradecane, 385 Nucleation, 87 Tapered column reactor, 127 Titanium, 95 Octyl glucoside, 291 Titanium oxide, 87 Oentin minerals, 87 Transesterification, 137 Optical birefringence, 113 Triolein, 385 Osmotic stress, 113 Ovalbumin, 189 Van der Waals, 13 Vesicle, 51 Voice prosthesis, 179 Partially stabilized zircornia, 23 Partition coefficients, 51 Perfluorocarbon, 127 Water-ethanol, 105 Phospholipids, 405 WGA, 395 Phytanyl group, 35 Whey protein isolate, 385 Platelet adhesion and activation, 263 Platelets, 251 XPS, 95 Point-mutation, 169, 171 Point mutation, 161, 169, 171 Zeta potential, 73