Table Of Content

COLLOIDS AND SURFACES Colloids and Surfaces B: Biointerfaces 3 (1995) 383—384 Author Index Abe,M. 25 Golikeri,G.D. 31 Maraviglia, B. 309 Abes, J.1. 203 Goji, F.M. 263 Matsumura, Y. | Achouak, W. 131 Groth, TH. 241 Mibfeldt, N. 251 Albrecht,G. 101 Gupta, S. 191 Michel, F. 321 Alonso, A. 263 Misasi, R. 309 Anusiem, A.C.I. 91 Heulin. 1 3 Missirlis, Y. 241 Hlady, V. 49 Miyamoto, M. 183 Basu, T. 85 Hoyberg, K. 31 Moulik, S.P. 191 Baszkin, A. 101 Hughes, N.P. 31 Mozes, N. 63 Bellon-Fontaine, M.N. 255 Hurst, E.L. 287 Mukhopadhyay, L. 191 Benita, S. 101 Blecker, ¢ 271 Ivanova. Tz Nav _— | M 63 Bordi, F. 309 ehhestaeee? B : MA. 9 Neumann, A.W. 139, 281, 333 Os, | Jahnke. K 251 Newm in. S \ | 39 Bosko,C.A. 31 Janssen, AJ.H. 111 Norde. W. 91 Bruinooge, A. 31 Jiang, L. 31 ’ Busscher, H.J. 147 Kasuya, Y. 183 Ogino, K. 25 Caldwell, K. 217 Kawaguchi, H. 183 Ohlsson, P.-A. 39 Cametti,C. 309 Kim.MJ. 25 Ohshima, H. 25 Carson, R.G. 31 Kirkpatrick, C.J. 147, 229 Otto, M. 229 Cassin, G. 321 Kjerheim, V. 19 Cerne, V. 271 Kleijn, J.M. 91 ; ane Clark, D.C. 349 Klein. C.L. 229 Panaiotov, 1. 35 17 Paquot,M. 271 Kohler, H. 229 Te _« 1) De Keizer, A. 111 Korner, D. 101 nar . > a Dejardin, P. 119 Korzec.D. 147 nary M P. 32 de Luca, F. 309 Kumakura, M. 343 Pitre, | 32] E Dekker, A. 14 7 Kwok, D.Y. 281 Poddar,tg R.K. 85 Dickinson, E. 1 Kwon, K.O. 25: Podiasi,t e A. ’2 41 Dost. P.H. 251 Policova, Z. 281 Sahonti S 333 Polikova, Z. 139 - anoow. 4435 Puu,G. 39 Engemann, J 14 Lenti, L. 309 Lettinga,G. 111 Forgacs,G. 139 Li, B.F 317 Raneva. V 357 Fujimoto, K. 183 Li, J.R. 317 Rapoport, N. 217 Lin, F.Y.H. 281 Razafindralambo, H Gardella, Jr., J.A. 203 Lin, Y.S. 49 Reide, W. 251 Gebben, B. 75 Lognay,G. 271 Rélla,G. 19 Ghommidh, C. 63 Rolla, G. 177 Giesbers, M. 91 Macri’, M.A. 309 Rouxhet, P.G. 63 Gélander, C.-G. 49 Malmsten, M. 297, 371 Rykke, M. 177 0927-7765/95/$09.50 © 1995 Elsevier Science B.V. All rights reserved 384 duthor Index/ Colloids Surfaces B: Biointerfaces 3 ( 1995 Sarker, D.K. 349 Tang, J.A Waaler,S.M. 19 Schakenraad, J.M. 147 Thomas, F Waller, A.M. 31 Schamberger, P.C. 203 Tomezok, J Walter, M. 147 Schilling, K.M. 31 Westesen, K. 159 Schinckus, L.L. 63 Urakami, Y. 18. Wilde, P.J. 349 Sellstr6m, A. 39 eh or van den Boomgaard, Th Severin, M. 271 9 is Yueh, H.K Shervani.Z. 91 van der Mei, H.C. 14 yee picelapesteia - van Houwelingen, G.D.B. 75 Siekmann, B. 15 me van Kooten. T.G. 147. 229 Zembala. M. 119 Sliv a- Tomczok, W 229 Vargha-Butler, E.I. 287 Zhang, W Smolders, C.A. 75 Verger, R. 357 Zhaoxin, L Song, Y.C. 317 Vernhet, A. 255 Zimatore,G Sorice,M. 309 Viguera, A.R. 263 Zingg, W. 281 COLLOIDS ‘ AND :. SURFACES ELSEVIER Colloids and Surfaces B: Biointerfaces 3 (1995) 385—386 Subject Index Adhesion, 31, , 229, 255, Dipalmitoylphosphatidylglycerol, Adhesion kinetics, 333 Drug delivery, 287 Adsorbed layers, 281 Adsorption, 119, 297, Effect of surface tension on adhesion, 333 @X 174 Adsorption, 85 Electophoretic mobility, 111 Adsorption kinetics, 271 Electron paramagnetic resonance, 217 Affinity binding, 75 Electron spectroscopy for chemical analysis (ESCA), Aggregation of yeast, 63 203 Aging, 203 Electrostatic interactions, 91 Air—water interface, 271 Ellipsometry, 297, 737 1 Alkaline phosphatase, 191 Endothelial cell adhesion, 147 Erythrocyte adhesion, 333 Bacteria, 31, 111 Ethanol, 85 Bacteriorhodopsin monolayers, 317 Bentonites, 255 Factoria! design, 39 Bioactive ceramics, 25=1 Fibrinogeine , odc Biomaterials, 229 Fibronectin, 371 Biopolymers, 111 Filamentous microbial cells, 3 Bioreactor, 111 Foam lamellae, 349 Brownian motion, 333 Fo)a m stability, 334409 Glucans, 31 alcium ion binding, Grafted poly(ethylene glycol), 49 ‘ariology, 177 ‘harge, 131 Human saliva, 177 ‘hemical plaque inhibition, 19 Hydrophobicity, 131,2 ‘. linical study, 19 Hydroxyapatite, 3 31 oagulation, 111 ‘olloidal glyceride dispersions, 159 21K _ Impedance spectroscopy, 309 ‘ompetitive adsorption, 349 Indium tin oxide, 91 oncentration, 281 Inhibition in viral infection, 85 ‘ritical micelle concentration, 19 Insulin preparations, 281 ‘ritical phenomena, 139 Interactions, 321 ‘rystallization in the dispersed state, 159 ‘ Interfacial potential, 91 ytochrome C, 21 : lonic polymers, 343 /1/A |lsotherms, 271 Detergents, 19 Differential scanning calorimetry, 25, Laminar flow conditions, 241 Diffuse reflection spectroscopy, 75 Langmuir—Blodgett technique, 39 Digital image processing, 333 Leaching of LPS, 85 Dipalmitoylphosphatidylethanolamine, 25 Ligand carrier, 75 Dipalmitoylphosphatidylcholine, 2+ 5 Lipase, 271 0927-7765/95/$09.50 © 1995 Elsevier Science B.V. All rights reserved 386 Subject Index/Colloids Surfaces B: Biointerfaces 3 ( 1995) 385-386 Liposome aggregation, 263 Polymorphonuclear neutrophilic granulocytes, 229 Liposome fusion, 263 Polystyrene, 147, 203 Liposomes, 287, 357 Polystyrene latex, 75 Liquid interfaces, | Poly(ethylene glycol), 263 Lymphocyte membranes, 309 Poly(oxyethylenic) compounds, 263 Protein—micelle interaction, 217 Medium composition, 63 Protein adsorption, 49, 91 Micelles, 177 Protein particles, 177 Microemulsions, 191 Protein separation, 75 Microspheres, 183 Proteins, 1, 297, 321, 349 Miciovillosity, 309 pH, 281 Middle ear surgery, 251 Model biological tissues, 139 Radiation polymerization, 343 Modification, 321 Reflectometry, 91 Modified surfaces, 183 Retention, 147 Molten globule state, 1 Reverse micelle, 321 Monolayers, 271, 357 RF plasma modification, 203 Morphology, 317 Rhizobacteria, 131 Rice root 131 p-Nitrophenyl phosphate hydrolysis, 191 Saccharomyces cerevisiae, 63, 255 Secondary ion mass spectrometry (SIMS), 203 Opsonization, Silica, 119 Solid lipid nanoparticles, 159 Paper, 343 Solid surfaces, 255 Parallel plate flow chamber, 147, 229 Spin-labeling technique, 217 Parenteral drug carrier system, 159 Spin-probe technique, 217 Particle size, 11! Spreading, 357 Passive electrical parameters, 309 Stapes superstructure, 251 Pellicle, 31 Static conditions, 241 Pellicle formation, 17 Steroids, 287 Percolation, 321 Stopped-flow techniques, 263 Phagocytosis, 183 Streaming potential, 119 Phospholipase A, hydrolysis, 357 Subphase chemical composition, 317 Phospholipid, 349 Sulphur, 111 Phospholipid—stearylamine monolayers, 101 Surface density gradient, 49 Phospholipids, 39 Surface modification, 147 Planar membranes, 39 Surface properties, 63, 101 Platelet activation, 241 Surface roughness, 309 Platelet adhesion, 241 Surface tension, 281, 287 Platelets, 229 Surfactants, 191 Pluronic, 217 Poloxamer, 101 Triclosan, 19 Polymeric micelles, 217 Polymers, 241 Zeta potential, 119