Table Of Content

JA, \ournal of Ma iaterais ELSEVIER Journal of Magnetism and Magnetic Materials 194 (1999) 275-277 Author index to volume 194 a Brassard, L., see Bergemann, Cc. 45 Chen, C.-J., see Haik, Y. Alvarado, U., see Togg_ p. 96 Chen, C.-J., see Pai, V.M. Andra, W., C.G. @'Ambly, R. Hergt, I. Hilger and W.A. Chen, Q., A.J. Rondinone, B.C. Chakoumakos and Kaiser, Temperature distribution as function of time Z.J. Zhang, Synthesis of superparamagnetic MgFe,04 around a small spherical heat source of local mag- nanoparticles by coprecipitation netic hyperthermia Chorvat, D., see Babincova, M. Azevedo, R.B., S€€ Lacaya. Z.G.M. D’Ambly, C.G., see Andra, W. Babincova, M., P. gouyrivong, D. Chorvat and P. Da Silva, M.F., see Lacava, Z.G.M. Babinec, Laser triggered drug release from mag- Dailey, J.P., J.P. Phillips, C. Li and J.S. Riffle, Synthesis netoliposomes of silicone magnetic fluid for use in eye surgery Babinec, P., see Babingoya M. De Cuyper, M., see Bulte, J.W.M. Bakai, E.A., see Mykhaylyk, O.M. Despres, D., see Bulte, J.W.M. Bayburtskiy, F-S.. See Kyznetsov, O.A. Deuser, M.S., see Todd, P. Bergemann, C., D. Mijjjer-Schulte, J. Oster, L. a Brassard Dirac, H., see Ostergaard, S. and A.S. Liibbe. Magnetic ion-exchange nano- and Dobrinsky, E.K., see Kuznetsov, A.A. microparticles for medical, biochemical and molecu- Dorgan, L., R. Magnotti, J. Hou, T. Engle, K. Ruley and lar biological applications B. Shull, Methods to determine biotin-binding capa- Bergemann, C., S€€ Lijhbe. A.S. city of streptavidin-coated magnetic particles Bittner, C., see Goodwins. Doyle, J.F., see Todd, P. Blankenstein, G.. See Qstergaard, S. Brewer, W., see Kotitz R Engle, T., see Dorgan, L. Brock, J.. see Ltibbe, 4 ¢. Brooks, R.A., see Bulte J W.M. Fabry, B., G.N. Maksym, R.D. Hubmayr, J.P. Butler and Brusentsov, N.A., See K yznetsov, O.A. J.J. Fredberg, Implications of heterogeneous bead Bryant, L.H. Jr. Ste Bulte. J.W.M. behavior on cell mechanical properties measured Buchanevich, O.M.,, see Mykhaylyk, O.M. with magnetic twisting cytometry Bulte, J.W.M., M. de Cuyper, D. Despres and J.A. Frank, Felix, R., see Jordan, A. Preparation, telaxometry, and biokinetics of Filippov, V.1., see Kuznetsov, A.A. Flores, G.A., see Sheng, R. PEGylated M48netoliposomes as MR contrast agent Bulte, J.W.M.. R-A. Brooks, B.M. Moskowitz, L.H. Frank, J.A., see Bulte, J.W.M. Frank, J.A., see Bulte, J.W.M. Bryant Jr. amd ya Frank, Relaxometry, mag- netometry, 4nd EpR evidence for three magnetic Fredberg, J.J., see Fabry, B. phases in the MR contrast agent MION-46L Butler, J.P., see Fabry p. Garcia, V.A.P., see Lacava, Z.G.M. Gerlivanov, V.G., see Kuznetsov, A.A. Carter, P.. see Todd, p Goodwin, S., C. Peterson, C. Hoh and C. Bittner, Target- Cassanto, J.M., 8 Todd P. ing and retention of magnetic targeted carriers Chakoumakos, B ed see Chen, Q. (MTCs) enhancing intra-arterial chemotherapy Chalmers, J.J., 8€€ 2borowski, M. Groman, E.V., see Jung, C.W. Chalmers, J.J. Y- Zhao, M. Nakamura, K. Melnik, L. Griittner, C. and J. Teller, New types of silica-fortified Lasky, L. Moore ang M. Zborowski, An instrument magnetic nanoparticles as tools for molecular biology to determine the magnetophoretic mobility of applications labeled, biological cells and paramagnetic particles Gula, N.M., see Mykhaylyk, O.M. 0304-8853/99/S ~ See front matter © 1999 Elsevier Science B.V. All rights reserved. Pil: $0304-8853(93)90298-X 276 Author index to volume 194 Hafeli, U.O. and G.J. Pauer, In vitro and in vivo toxicity Kuznetsov, O.A., N.A. Brusentsov, A.A. Kuznetsov, N.Y. of magnetic microspheres Yurchenko, N.E. Osipov and F.S. Bayburtskiy, Cor- Haik, Y., V. Pai and C.-J. Chen, Development of mag- relation of the coagulation rates and toxicity of bio- netic device for cell separation compatible ferromagnetic microparticles 83 Haik, Y., see Pai, V.M. Hansen, M.E., see Jiang, Y. Lacava, L.M., see Lacava, Z.G.M. 90 Harutyunyan, A.R., A.A. Kuznetsov, O.A. Kuznetsov Lacava, Z.G.M., R.B. Azevedo, L.M. Lacava, E.V. Mar- and O.L. Kaliya, Metal-organic magnetic materials tins, V.A.P. Garcia, C.A. Rebula, A.P.C. Lemos, M.H. based on cobalt phthalocyanine and possibilities of Sousa, F.A. Tourinho, P.C. Morais and M.F. Da their application in medicine Silva, Toxic effects of ionic magnetic fluids in mice Hatton, T.A., see Shen, L. Laibinis, P.E., see Shen, L. Hergt, R., see Andra, W. Lasky, L., see Chalmers, J.J. Hilger, I., see Andra, W. Lee, H., see Williams, S.K.R. Hoh, C., see Goodwin, S. Leistiko, O., see Ostergaard, S. Honda, H., see Shinkai, M. Lemos, A.P.C., see Lacava, Z.G.M. Hou, J., see Dorgan, L. Li, C., see Dailey, J.P. Hubmayr, R.D., see Fabry, B. Liu, J., see Sheng, R. Liibbe, A.S., see Bergemann, C. Liibbe, A.S., C. Bergemann, J. Brock and D.G. McClure, Physiological aspects in magnetic drug-targeting Jiang, Y., M.E. Miller, M.E. Hansen, M.N. Myers and P.S. Williams, Fractionation and size analysis of Magnotti, R., see Dorgan, L. magnetic particles using FFF and SPLITT technolo- Maksym, G.N., see Fabry, B. gies Malashin, S.I., see Kuznetsov, A.A Johnson, W.P., see Zhang, P. Martins, E.V., see Lacava, Z.G.M. Jordan, A., R. Scholz, P. Wust, H. Schirra, T. Schiestel, H. Matsunaga, T., R. Sato, S. Kamiya, T. Tanaka and H. Schmidt and R. Felix, Endocytosis of dextran and Takeyama, Chemiluminescence enzyme immunoas- silan-coated magnetite nanoparticles and the effect of say using ProteinA-bacterial magnetite complex intracellular hyperthermia on human mammary car- McClure, D.G., see Liibbe, A.S. cinoma cells in vitro Melnik, K., see Chalmers, J.J. Jung, C.W., J.M. Rogers and E.V. Groman, Lymphatic Miller, M.E., see Jiang, Y. mapping and sentinel node location with magnetite Moore, L., see Chalmers, J.J. nanoparticles Moore, L.R., see Zborowski, M. Morais, P.C., see Lacava, Z.G.M. Moskowitz, B.M., see Bulte, J.W.M. Kaiser, W.A., see Andra, W. Miiller-Schulte, D., see Bergemann, C. Kaliya, O.L., see Harutyunyan, A.R. Myers, M.N., see Jiang, Y. Kaminski, M.D. and L. Nunez, Extractant-coated mag- Mykhaylyk, O.M., A.V. Kotzuruba, O.M. Buchanevich, netic particles for cobalt and nickel recovery from N.M. Gula and E.A. Bakai, Cell surface receptor acidic solution interactions of C,,-steroid hormone ecdysterone im- Kaminski, M.D., see Nufiez, L. mobilized on nanodispersed magnetite Kamiya, S., see Matsunaga, T. Kent, T.B., see Todd, P. Nakamura, M., see Chalmers, J.J. Kobayashi, T., see Shinkai, M. Nunez, L. and M.D. Kaminski, Transuranic separation Kotitz, R., W. Weitschies, L. Trahms, W. Brewer and W. using organophosphorus extractants adsorbed onto Semmler, Determination of the binding reaction be- superparamagnetic carriers tween avidin and biotin by relaxation measurements Nunez, L., see Kaminski, M.D. of magnetic nanoparticles Kotzuruba, A.V., see Mykhaylyk, O.M. Osipov, N.E., see Kuznetsov, O.A. Kronke, M., see Tchikov, V. Oster, J., see Bergemann, C. Kuznetsov, A.A., see Harutyunyan, A.R. Ostergaard, S., G. Blankenstein, H. Dirac and O. Leis- Kuznetsov, A.A., V.I. Filippov, O.A. Kuznetsov, V.G. tiko, A novel approach to the automation of clinical Gerlivanov, E.K. Dobrinsky and S.I. Malashin, New chemistry by controlled manipulation of magnetic ferro-carbon adsorbents for magnetically guided particles transport of anti-cancer drugs Kuznetsov, A.A., see Kuznetsov, O.A. Pai, V., see Haik, Y. Kuznetsov, O.A., see Harutyunyan, A.R. Pai, V.M., C.-J. Chen and Y. Haik, Microscopic flow Kuznetsov, O.A., see Kuznetsov, A.A. visualization system for fluids in magnetic field Author index to volume 194 Pauer, G.J., see Hafeli, U.O. Tchikov, V., S. Schiitze and M. Krénke, Comparison Peterson, C., see Goodwin, S. between immunofluorescence and immunomagnetic Phillips, J.P., see Dailey, J.P. techniques of cytometry Teller, J., see Griittner, C. Rébula, C.A., see Lacava, Z.G.M. Todd, P., J.F. Doyle, P. Carter, H. Wachtel, M.S. Deuser, Riffle, J.S., see Dailey, J.P. J.C. Vellinger, J.M. Cassanto, U. Alvarado, J. Rogers, J.M., see Jung, C.W. Sygusch and T.B. Kent, Magnetic space shuttle ex- Rondinone, A.J., see Chen, Q. periments Ruley, K., see Dorgan, L. Tourinho, F.A., see Lacava, Z.G.M. Trahms, L., see K6titz, R. Safaiik, I., see Safatikova, M. Turner, M.M., see Williams, S.K.R. Safatikova, M. and I. Safatik, Magnetic solid-phase extraction Vellinger, J.C., see Todd, P. Sato, R., see Matsunaga, T. Schiestel, T., see Jordan, A. Wachtel, H., see Todd, P. Schirra, H., see Jordan, A. Wakabayashi, T., see Shinkai, M. Schmidt, H., see Jordan, A. Weitschies, W., see K6titz, R. Scholz, R., see Jordan, A. Williams, P.S., see Jiang, Y. Schiitze, S., see Tchikov, V. Williams, P.S., see Zborowski, M. Semmler, W., see KOtitz, R. Williams, S.K.R., H. Lee and M.M. Turner, Size charac- Shen, L., P.E. Laibinis and T.A. Hatton, Aqueous mag- terization of magnetic cell sorting microbeads using netic fluids stabilized by surfactant bilayers flow field-flow fractionation and photon correlation Sheng, R., G.A. Flores and J. Liu, In vitro investigation of spectroscopy a novel cancer therapeutic method using embolizing Wust, P., see Jordan, A. properties of magnetorheological fluids Shinkai, M., M. Yanase, M. Suzuki, H. Honda, T. Wakabayashi, J. Yoshida and T. Kobayashi, Intracel- Yanase, M., see Shinkai, M. lular hyperthermia for cancer using magnetite Yoshida, J., see Shinkai, M. cationic liposomes Yurchenko, N.Y., see Kuznetsov, O.A. Shull, B., see Dorgan, L. Sourivong, P., see Babincova, M. Zborowski, M., L. Sun, L.R. Moore, P.S. Williams and Sousa, M.H., see Lacava, Z.G.M. J.J. Chalmers, Continuous cell separation using novel Sun, L., see Zborowski, M. magnetic quadrupole flow sorter Suzuki, M., see Shinkai, M. Zborowski, M., see Chalmers, J.J. Sygusch, J., see Todd, P. Zhang, Z.J., see Chen, Q. Zhang, P. and W.P. Johnson, Rapid selective ferro- Takeyama, H., see Matsunaga, T. graphic enumeration of bacteria Tanaka, T., see Matsunaga, T. Zhao, Y., see Chalmers, J.J. SA Waonatism and MA wratwriais ELSEVIER Journal of Magnetism and Magnetic Materials 194 (1999) 278-279 Subject index to volume 194 Activated carbon 22 Collagen 96 Hydrosol 83 Active oxygen species 16 Combidex 210 Hydrosol of iron 83 Adsorption 22 Contrast agent 204 Hyperthermia 176, 185, 197 Adsorption isotherm 83 Controlled drug release 163 Albumin-covered magnetite micro-spheres Copolymer 140 Immobilized phthalocyanine derivative 83 Counting 267 108 Antibody 242 Cyanex 272 31 Immunomagnetic labeling 231 Antiferromagnetism 217 Cytometry 242 Immunomagnetic separation 224, 254, 267 Antigen 242 Cytoskeleton 120 Immunomicrospheres 242 Automation 156 Induction heating 176 Avidin 62 D2EHPA 31 Intrathecal application 76 DNA extraction 45 Ion exchange 102 Bacteria 267 Dextran 185 Ionic magnetic fluids 90 Bilayer 37 Dextran microspheres 8 Binding capacity 62, 69 Dextran-coating 163, 210 Biocompatible materials 90 Dextran-ferrite particles 83 Laser pulse 163 LIF 262 Biodegradable microspheres 76 Drug delivery 132 Biomedical application 185 Drug-targeting 45, 149 Liposomes 176, 204 Localized heat source 197 Biotin 62, 69 Lung uptake 132 Blood vessel seal 167 Ecdysterone 113 Lymph node 210 Breast carcinoma 185, 197 Edocytosis 185 Lymphography 210 Brownian relaxation 62 Electron spin relaxation 217 Embolization therapy 149 Cancer 185 Enzyme immunoassay 126 Macrophage 90 Cancer cell purification 224, 254 Eye 140 Macrophase surface 83 Cancer therapy 22, 167, 176 MACS microbeads 224, 248 Carbonyl iron particles 167 Ferro-carbon adsorbent 22 MagA gene 126 Carboxyfluorescein 163 Ferro-carbon particles 83 Magnetic 217 Cell mechanics 120 Ferrofluids 37, 90, 140, 149 Magnetic adsorbents 108 Cell separation 224, 248 Ferrography 267 Magnetic charcoal 108 Cell stiffness 120 Ferromagnetic microparticles 83 Magnetic colloid 224 Cell surface receptor 113 Ferromagnetism 16 Magnetic dilution 16 Cell tracking velocimetry 231 FFF 53 Magnetic drug delivery 22 Cell-targeting 45 Field-flow fractionation 53, 248 Magnetic extraction 102 Cell-toxicity assay 90 Flow visualization 262 Magnetic field 262 Cells 242 Fluorescence 262 Magnetic fluids 37, 140 Charcoal 22 Foam polyurethane 83 Magnetic liposomes 163, 176, 204 Charge density 8 Magnetic microspheres 69, 76, 262 Chemiluminescence 126 Gene transfection 45 Magnetic nanoparticles 1, 8, 45, 242 Chemotherapeutic drugs 132 Glioma cells 176 Magnetic particle handling 156 Clinical chemistry 156 Magnetic particles 31, 53, 96 Coagulation 83 Heat conduction simulation 197 Magnetic seal 167 Cobalt 31 Human lymphocytes 224 Magnetic separation 31 0304-8853/99/$ — see front matter © 1999 Elsevier Science B.V. All rights reserved. PIl: $S0304-8853(98)00299-1 Subject index to volume 194 Magnetic solid phase extraction 108 Neodymium-iron-boron permanent Retina 140 Magnetic targeting 132 magnets 224 Retinal detachment 140 Magnetic therapy 140 Neutron diffraction 1 Rheology 167 Magnetic twisting cytometer 120 Nickel 31 Magnetite (bacterial) 96, 126 Self-assembly 37 Magnetite 176, 185 Particle separation 53 Separation device 254 Magnetite nanoparticles 210 Phosphinic acid 31 Separation processes 31 Magnetophoresis 242 Phosphoric acid 31 Signal transduction 113 Magnetophoretic mobility 231 Photon correlation spectroscopy 248 Silan 185 Magnetorheological fluids 167 Phthalocyanine complexes 16 Silica microspheres 8 Magnetotactic bacteria 96 Pig aorta 83 Size determination 53, 248 Membrane effects 113 PIV 262 Solvent extraction 102 Metal recovery 31 Plasmachemical technology 22 Space research 96 Metal separation 31 Point of care analysis 156 Spinel ferrites 1 MICA 156 Poly(lactic acid) 76 SPLITT 53 MicroTAS 156 Polyethylene glycole 204 Steric stabilizer 140 Microgravity 96 Polymers 76 Steroid hormone 113 Microparticle 132 Polystyrene magnetic colloids 167 Streptavidin 69 Microscopy 262 Pre-concentration 108 Superparamagnetic colloids 167 MION 210 Protein A 126 Superparamagnetic iron oxide 1, 204 Mixing 96 Surfactant 37 Molecular magnets 16 Synthesis 140 Quadrupole field 224 Monitoring 267 MOssbauer spectroscopy | Tartrate-based magnetic fluids 90 MRI 204, 210 Rat 76 Toxicity 22, 76, 83, 90 MTT assay 76 Reagent handling 156 Transuranic separation 102 Red blood cells 254 Triton X-100 163 Nanodispersed magnetite 113 Relaxometry 204 Nanoparticles 185, 217 Relaxometry superparamagnetic iron Néel relaxation 62 oxide 217 Zetapotential 8