Table Of Content

COLLOIDS AND SURFACES Colloids and Surfaces B: Biointerfaces 7 (1996) 287—288 Author Index Abe, M., 91 Igimi, H., 181 O’Connor, C.J., 189 Agui, W., 91 Ikeda, R., 281 Ogawa, H., 165 An, J.-y., 129 Imae, T., 281 Ogino, K., 91 Arnebrant, T., 153 Ishigami, Y., 215 Ohki, H., 281 Asano, H., 239 Ishii, F., 215 Ohshima, H., 235 Okabayashi, H., 31 Barton, R.H., 189 Jiang, L., 129, 173 Oliveira, O.N., Jr. 69 Basu, R., 65 Ou, X.M., 173 Bellon-Fontaine, M.-N., Kayiuchi, T., 215 Boonaert, C.J.-P., 113 Kawashima, N., 91 Pavan, A., 39 Bordi, F., 39 Khan, T.K., 145 Pontieri, G.M., 39 Borissevitch, I.E., 69 Pore, N., 65 Borissevitch, G.P., 69 Poumier, F., 1 Bos, R., 101 Ptak, M., 135 Busscher, H.J., 101 Lai, D.T., Butler, P.A.G., 189 Lee, C.-H.., Lee, C.K., 55 Ratner, B.D., 259 Caldwell, K.D., 9 Lee, S., 181 Rault, J., 47 Cametti, C., 39 Lewis, K.B., 259 Rouxhet, P.G., 113, 271 Chen, C.Y., 55 Li, J.-T., 9 Chen, Z.J., 173 Li, X., 23 Chern, C.S., 55 Li, Y., 129 Sakai, H., 91 Choi, Y.K., 215 Sasaki, Y., 181 Satoh, K., 83 MacKenzie, A.D., 189 Sawa, T., 249 De Luca, F., 39 Macri, M.A., 39 Schaad, P., 1 De, S., 65 Maget-Dana, R., 135 Shervani, Z., 31 Du, Y.-k., 129 Makino, K., 235 Sorice, M., 39 Dufréne, Y.F.. 113, 271 Manuel, R.D., 189 SugiharaG,. , 181, 239 Maraviglia, B., 39 Suzuki, K., 83, 239 Etori, H., 31 Matsuda, N., 91 Suzuki, S., 281 Matsuyama, H., 165 Fukai, F., 235 Matsuyama, T., 207 Misasi, R., 39 Tabak, M., 69 Garofalo, T., 39 Mishima, K., 83 Taga, K., 31 Ghosh, A.K., 65 Miyassu, Y.-I., 181 Takahashi, K., 239 Gramain, P., 1 Morita, K., 165 Takamura, Y., 239 Gu, T., 23 Tanaka, S., 281 Nagadome, S., 181 Tang, F.Q., 173 Haikel, Y.., Nakagawa, S., 239 Tang, J., 129 Hirata, S., Nakagawa, Y., 207 Tansho,M. , 281 Nandy, P., 65 Terabayashi, T., 249 Nishibue, H., 165 Teramoto, M., 165 288 Author Index/Colloids Surfaces B: Biointerfaces 7 ( 1996) 287-288 Ueno, M., 239, 249 Voegel, J.C., 1 Yang, S.-M., 221 Vries, J.d., 101 Yoshida, T., 31 van der Mei, H.C., 101 Wannerberger, K., 153 Zhou,J ., 23 van Oss, C.J., 47 Watanabe, T., 91 Zimatore, G., 39 COLLOIDS AND SURFACES — — ss a YD eid ELSEVIER Colloids and Surfaces B: Biointerfaces 7 (1996) 289-290 Subject Index Actinomyces, 101 DMSO, 249 Activated carbon, 181 Dodecylammonium butyrate, 23 Activity, 153 Dodecyltrimethylammonium dimethylphosphate, 281 Adsorbability, 173 Drug localization, 69 Adsorption, 153, 181, 221 Affinity precipitation, 55 EDTA, 249 Air/water interface, 135 Electro-osmotic mobility, 235 Amphotericin B, 31 Electron spectroscopy for chemical analysis, 259 Antibacterial protein, 135 Ellipsometry, 153 a, Endothelial cells, 235 Azospirillum brasilense, 113, 271 Enzymatic activity, 173, 189 Enzymatic reaction, 165 Bacteria, 47 Extracellular proteins, 113 Bacterial adhesion, 113 Bacterial aggregate, 71 Fibrinogen adsorption, 259 Bacterial wetting agents, 207 : ' Field-flow fractionation, 9 Bile salts, 181, 239 mate Flow chamber, 101 Biocompatibility, 9 Fluorescence spectroscopy, 65 Biological cells, 235 Biotin. 55 Fractal, 207 > : 23 Birefringence, 83 Oem RpRSNROOEO RY. Brewster angle microscope, 129 Gallstone, 249 ee Gangliosides, 39 2 Calcium bilirubinate, 249 Glucose dehydrogenase, 165 cade oat eae te, 165 Giucose oxidase, 129, 175 _— im Glycolipid, 129 Cholesterol, 83 Co-adhesion, 101 Gold, 259 Growth conditions, 271 Coaggregation, 101 Colloids in medicine, 9 Colony, 207 Hamycin, 31 Conductometric properties, 39 Hexagonal liquid crystal, 281 Cooperativity, 145 Hexokinase, 145 Corticosteroids, 65 Hydrophilic interaction, 91 Cubic phase, 281 Hydrophobic force, 129 Hydrophobic matching, 145 Hydroxyapatite, 1 Dipalmitoylphosphatidylcholine, 83 Dipyridamole derivatives, 69 Direct dissolution agent, 249 Insect defensin A, 135 Dissolution, 1 lon exchange resin, 91 DMI, 249 Italian cheeses, 189 0927-7765/96/$15.00 © 1996 Elsevier Science B.V. All rights reserved 290 Subject Index/Colloids Surfaces B: Biointerfaces 7 ( 1996) 289-290 Lamellar liquid crystal, 281 Radiolabeling, 259 Langmuir monolayers, 69 Reverse micelles, 23 Lewis acid—base interactions, 47 Ribonuclease A, 23 Lipase, 153 Ringing gel, 281 Lipid perturbation, 65 Ruminant digestion, 189 Liposomes, 39 Localization mapping of dispersoids, 215 Scanning tunneling microscopy, 259 Lysozyme, 1 Secondary ion mass spectrometry, 259 Self-association, 31 Membrane anisotropy, 65 Sodium glycochenodeoxycholate, 239 Microbial adhesion to solvents, 47 Sodium glycoursodeoxycholate, 239 Microfluidity, 215 Soft surface, 235 Micropolarity, 215 Stabilization of enzyme, 165 Molecular orientation, 83 Streptococci, 101 Multicellular behavior, 207 Submicron latex particles, 55 Multilamellar phase, 83 Surface-active fluorescent probe, 215 Surface characteristics, 215 Nanomeler particles, 173 Surface composition, 271 Surface environments, 207 Octaoxyethylene glycol mono decylether, 239 Surface potential, 69 OH — ion, 91 Surface pressure, 69, 129 Surface properties, 135 Parallel-plate chamber, 113 Surfactant, 153 Phospholipid membrane, 39 Phospholipids, 271 Titanium dioxide surface, 221 Phospholipid vesicle, 145 Tributyrin hydrolysis, 189 PH sensitivity, 55 Tricarboxylic acid biosurfactant, 221 Plasma protein adsorption, 9 Platinum, 259 Ultrapure water, 91 P NMR, 281 Polyene antibiotics, 31 Wettability, 101 Poly(ethylene oxide)-containing surfactants, 9 Pregastric lipase, 189 Protein adsorption, 135 X-ray photoelectron spectroscopy, 113, 271 Protein purification, 55 Pyrene derivative, 215 Zeta potential, 101