Journal of Magnetism and Magnetic Materials 2001: Vol 225 Index

9 Pages·2001·2.2 MB·English

FAI \ournal ot
magnetism
and
magnetic
materials
ELSEVIER Journal of Magnetism and Magnetic Materials 225 (2001) 418-422
www.elsevier.com/locate/jmmm
Author index to volume 225
Al-Omari, I.A., Structural and Mossbauer spectroscopic Carpenter, E.E., Iron nanoparticles as potential mag-
studies of Fey 7_ .Cr,Alp 3 alloys netic carriers
Alexiou, C., W. Arnold, P. Hulin, R.J. Klein, H. Renz, Cerchez, M., see Stancu, A.
F.G. Parak, C. Bergemann and A.S. Liibbe, Mag- Chalmers, J.J., see Moore, L.R.
netic mitoxantrone nanoparticle detection by histo- Charles, S.W., see Stevenson, J.P.
logy, X-ray and MRI after magnetic tumor targeting Chatterjee, J., Y. Haik and C.-J. Chen, Modification and
Alyautdin, R.N., see Kuznetsov, A.A. characterization of polystyrene-based magnetic mi-
Antipov, A.A., see Voigt, A. crospheres and comparison with albumin-based
Arnold, W., see Alexiou, C. magnetic microspheres
Azevedo, R.B., see Morais, P.C. Chen, C.-J., see Chatterjee, J.
Azevedo, R.B., see Lacava, L.M. Chen, C.-J., see Haik, Y.
Cherchenko, A., see Mykhaylyk, O.
Chesne, S., see Perrin-Cocon, L.A.
Babincova, M., D. Leszczynska, P. Sourivong,
Chong, C.T., see Xu, Y.
P. Ciémanec and P. Babinec, Superparamagnetic
Chua-anusorn, W., see Pardoe, H.
gel as a novel material for electromagnetically
Ciémanec, P., see Babincova, M.
induced hyperthermia
Colton, R.J., see Miller, M.M.
Babincova, M., D. Leszczynska, P. Sourivong and P.
Connolly, J. and T.G. St Pierre, Proposed biosensors
Babinec, Lysis of photosensitized erythrocytes in an
based on time-dependent properties of magnetic
alternating magnetic field
fluids
Babinec, P., see Babincova, M.
Cooper, R.P., see Todd, P.
Babinec, P., see Babincova, M.
Baig, A., see Hasanain, S.K.
Bakuzis, A.F., see Morais, P.C.
Bergemann, C., see Sieben, S.
Bergemann, C., see Alexiou, C. Dailey, J.P., see Stevenson, J.P.
Bica, D., see Sincai, M. De Cuyper, M. and S. Valtonen, Investigation of the
Bjelke, B., see Kim, D.K. spontaneous transferability of a phospholipid-
Bolwell, B.J., see Moore, L.R. poly(ethylene glycol)-biotin derivative from small
Bounnak, S., see Miller, M.M. unilamellar phospholipid vesicles to magnetolipo-
Bourrel, V., see Elaissari, A. somes
Barner, K., see Troyanchuk, I.O. De Pinho, S., see Rocha, F.M.
Brockmann, B., see Sieben, S. Deger, S., see Jordan, A.
Brusentsov, N.A., V.V. Gogosov, T.N. Brusentsova, Deuser, M.S., see Todd, P.
A.V. Sergeev, N.Y. Jurchenko, A.A. Kuznetsov, Dimitrov, D.V., A. Mack and S. Gangopadhyay, A
O.A. Kuznetsov and L.I. Shumakov, Evaluation of study of the induced anisotropy in a ferromagnetic
ferromagnetic fluids and suspensions for the site- grain from an exchange coupled antiferromagnetic
specific radiofrequency-induced hyperthermia of grain with uniaxial anisotropy
MX11 sarcoma cells in vitro Dmitriev, N.S., see Kuznetsov, A.A.
Brusentsova, T.N., see Brusentsov, N.A. Dobson, J., see Pardoe, H.
Buchanevich, O.M., see Mykhaylyk, O.M. Donath, E., see Voigt, A.
Baumler, H., see Voigt, A. Doyle, J.F., see Todd, P.
Bushynski, M.V., see Troyanchuk, I.O. Drulis, H., see Gaczynski, P.
Buske, N., see Voigt, A. Dudchenko, N., see Mykhaylyk, O.
Buske, N., see Lacava, L.M. Dunn, S., see Todd, P.
0304-8853/01/$-see front matter
PII: S0304-8853(01)00185-8
Author index to volume 225
Edelstein, R.L., see Miller, M.M. 138 Hundley, M.F., see Petrovic, C. 317
Elaissari, A. and V. Bourrel, Thermosensitive magnetic Haussinger, K., see Moller, W. 218
latex particles for controlling protein adsorption and
desorption 151 ,
Elaissari, A. M. Rodrigue, F. Meunier and C. Herve, — i ee ee ; =
an : : Iwasieczko, W., see Gaczynski, P. 351
Hydrophilic magnetic latex for nucleic acid extrac-
tion, purification and concentration 127
Ensling, J., see Saito, K. 381 Jiang, H., see Xu, Y. 359
Esker, A.R., see Stevenson, J.P. 47 Johannsen, M., see Jordan, A. 118
Jordan, A., R. Scholz, K. Maier-Hauff, M. Johannsen,
P. Wust, J. Nadobny, H. Schirra, H. Schmidt, S.
Failing, S., see Hafeli, U. 73 Deger, S. Loening, W. Lanksch and R. Felix,
Felix, R., see Jordan, A. 118 Presentation of a new magnetic field therapy system
Filippov, V.I., see Kuznetsov, A.A. 95 for the treatment of human solid tumors with
Fisk, Z., see Petrovic, C. 317 magnetic fluid hyperthermia 118
Flores, G.A., see Liu, J. 209 Jurchenko, N.Y., see Brusentsov, N.A. 113
Fotiadis, D.1., see Voltairas, P.A.
Kabelitz, D., see Tchikov, V.
Kehr, J., see Kim, D.K. 256
Gaczynski, P., F.G. Vagizov, W. Suski, B. Kotur, W. Khabari, A., see Zhang, P. 337
Iwasieczko and H. Drulis, Magnetic and hyperfine Kim, D.K., Y. Zhang, W. Voit, K.V. Rao and M.
interaction in RFe,Als (R= C e, Sc) compounds 351 Muhammed, Synthesis and characterization of sur-
Gangopadhyay, S., see Dimitrov, D.V. 403 factant-coated superparamagnetic monodispersed
Garcia, A., see Petrovic, C. 317 iron oxide nanoparticles 30
Garg, V.K., see Morais, P.C. 37 Kim, D.K., Y. Zhang, J. Kehr, T. Klason, B. Bjelke and
Gluchoedov, N.P., see Komissarova, L.K. 197 M. Muhammed, Characterization and MRI study of
Ganga, D., see Sincai, M. 235 surfactant-coated superparamagnetic nanoparticles
Gogosov, V.V., see Brusentsov, N.A. 113 administered into the rat brain 256
Goncalves, G.R.R., see Morais, P.C. 84 Klason, T., see Kim, D.K. 256
Granado, E., see Petrovic, C. 317 Klein, R.J., see Alexiou, C. 187
Griffiths, P., see Zhang, P. 337 Kobayashi, H., see Saito, K. 381
Grittner, C., S. Rudershausen and J. Teller, Improved Kohlhaufl, M., see Moller, W. 218
properties of magnetic particles by combination of Kolokoltsev, O.V. and V. Vountesmeri, Optimization of
different polymer materials as particle matrix l MO Bragg diffraction of guided optical waves by
Giitlich, P., see Saito, K. 381 MSW in YIG films by using inclined magnetic bias
Gulaya, N.M., see Mykhaylyk, O.M. 226 field 394
Komissarova, L.K., A.A. Kuznetsov, N.P. Gluchoedov,
M.V. Kutushov and M.A. Pluzan, Absorptive
Hafeli, U., G. Pauer, S. Failing and G. Tapolsky, capacity of iron-based magnetic carriers for blood
Radiolabeling of magnetic particles with rhenium- detoxification 197
188 for cancer therapy 73 Korduban, A.M., see Mykhaylyk, O.M. 226
Haik, Y., see Chatterjee, J. 21 Kotur, B., see Gaczynski, P. 351
Haik, Y., V. Pai and C.-J. Chen, Apparent viscosity of Kotzuruba, A.V., see Mykhaylyk, O.M. 226
human blood in a high static magnetic field 180 Kreyling, W.G., see Moller, W. 218
Hasanain, S.K., A. Baig, A.M umtaz and S.A. Shaheen, Kronke, M., see Tchikov, V. 285
Dynamic response in Lay 5sCag.4sMnO3: temperature Kutushov, M.V., see Komissarova, L.K. 197
and field dependence 322 Kuznetsov, A.A., V.I. Filippov, R.N. Alyautdin, N.L.
Hatch, G.P. and R.E. Stelter, Magnetic design con- Torshina and O.A. Kuznetsov, Application of
siderations for devices and particles used for magnetic liposomes for magnetically guided trans-
biological high-gradient magnetic separation port of muscle relaxants and anti-cancer photody-
(HGMS) systems 262 namic drugs 95
Herve, C., see Elaissari, A. 127 Kuznetsov, A.A., see Brusentsov, N.A. 113
Heyder, J., see Moller, W. 8 Kuznetsov, A.A., see Komissarova, L.K. 197
Heyder, J., see Moller, W. 218 Kuznetsov, A.A., A.M. Yunin, A.A. Savichev, O.A.
Hjorvarsson, B., see Labergerie, D. 373 Kuznetsov, N.S. Dmitriev and V.T. Palchun, Appli-
Hosseini-Tehrani, A., see Zhang, P. 337 cation of magnetic devices in otiatria 202
Hulin, P., see Alexiou, C. Kuznetsov, O.A., see Kuznetsov, A.A.
420 Author index to volume 225
Kuznetsov, O.A., see Brusentsov, N.A. 113 Moller, W., W.G. Kreyling, M. Kohlhaufl, K.
Kuznetsov, O.A., see Kuznetsov, A.A. 202 Haussinger and J. Heyder, Macrophage functions
measured by magnetic microparticles in vivo and in
vitro
Labergerie, D., K. Westerholt, H. Zabel and B.
Moore, L.R., A.R. Rodriguez, P.S. Williams, K.
Hjorvarsson, Hydrogen induced change of the
McCloskey, B.J. Bolwell, M. Nakamura, J.J. Chal-
atomic magnetic moments in Fe/V-superlattices
mers and M. Zborowski, Progenitor cell isolation
Lacava, B.M., see Lacava, L.M.
with a high-capacity quadrupole magnetic flow
Lacava, L.M., B.M. Lacava, R.B. Azevedo, Z.G.M.
sorter
Lacava, N. Buske, A.L. Tronconi and P.C. Morais,
Morais, P.C., V.K. Garg, A.C. Oliveira, L.P. Silva, R.B.
Nanoparticle sizing: a comparative study using
Azevedo, A.M.L. Silva and E.C.D. Lima, Synthesis
atomic force microscopy, transmission electron
and characterization of size-controlled cobalt-ferrite-
microscopy, and ferromagnetic resonance
based ionic ferrofluids
Lacava, Z.G.M., see Lacava, L.M.
Morais, P.C., see Lacava, L.M.
Lanksch, W., see Jordan, A.
Morais, P.C., G.R.R. Goncalves, A.F. Bakuzis, K. Skeff
Liibbe, A., see Sieben, S.
Neto and F. Pelegrini, Experimental evidence of
Liibbe, A.S., see Alexiou, C.
dimer disruption in ionic ferrofluid: a ferromagnetic
Lesniewska, B., see Saito, K.
resonance investigation
Leporatti, S., see Voigt, A.
Movshovich, R., see Petrovic, C.
Leszezynska, D., see Babincova, M.
Muhammed, M., see Kim, D.K.
Leszcezynska, D., see Babincova, M.
Muhammed, M., see Kim, D.K.
Liberti, P.A., C.G. Rao and L.W.M.M. Terstappen,
Mumtaz, A., see Hasanain, S.K.
Optimization of ferrofluids and protocols for the
Mykhaylyk, O., A. Cherchenko, A. Ilkin, N. Dudchen-
enrichment of breast tumor cells in blood
ko, V. Ruditsa, M. Novoseletz and Y. Zozulya, Glial
Lichtenfeld, H., see Voigt, A.
brain tumor targeting of magnetite nanoparticles in
Lima, E.C.D., see Morais, P.C.
rats
Liu, J., G.A. Flores and R. Sheng, In-vitro investigation
Mykhaylyk, O.M., A.V. Kotzuruba, O.M. Buchanevich,
of blood embolization in cancer treatment using
A.M. Korduban, E.F. Meged and N.M. Gulaya,
magnetorheological fluids
Signal transduction of erythrocytes after specific
Loening, S., see Jordan, A.
binding of ecdysterone and cholesterol immobilized
Lothar a Brassard, see Oster, J.
on nanodispersed magnetite
Lu, L., see Xu, Y.
Nadobny, J., see Jordan, A.
Mack, A., see Dimitrov, D.V. Nakamura, M., see Moore, L.R.
Maier-Hauff, K., see Jordan, A. Novoseletz, M., see Mykhaylyk, O.
Marche, P.N., see Perrin-Cocon, L.A.
Marttila, H., see Makinen, J.
Oliveira, A.C., see Morais, P.C.
Massalas, C.V., see Voltairas, P.A.
Oster, J., J. Parker and Lothar a Brassard, Polyvinyl-
Mayer, J., see Saito, K.
alcohol-based magnetic beads for rapid and efficient
McCloskey, K., see Moore, L.R.
separation of specific or unspecific nucleic acid
Meged, E.F., see Mykhaylyk, O.M.
sequences
Meunier, F., see Elaissari, A.
Mohwald, H., see Voigt, A.
Miller, M.M., P.E. Sheehan, R.L. Edelstein, C.R. Pagliuso, P.G., see Petrovic, C.
Tamanaha, L. Zhong, S. Bounnak, L.J. Whitman Pai, V., see Haik, Y.
and R.J. Colton, A DNA array sensor utilizing Palchun, V.T., see Kuznetsov, A.A.
magnetic microbeads and magnetoelectronic detec- Parak, F.G., see Alexiou, C.
tion Pardoe, H., W. Chua-anusorn, T.G. St Pierre and J.
Miyazaki, Y., see Saito, K. Dobson, Structural and magnetic properties of
Makinen, J., H. Marttila and M.K. Viljanen, Auto- nanoscale iron oxide particles synthesized in the
mated purification of Borrelia burgdorferi s.1. PCR presence of dextran or polyvinyl alcohol
products with KingFisher™ magnetic particle pro- Parker, J., see Oster, J.
cessor prior to genome sequencing Pauer, G., see Hafeli, U.
Moller, W., G. Scheuch, K. Sommerer and J. Heyder, Pelegrini, F., see Morais, P.C.
Preparation of spherical monodisperse ferrimagnetic Perrin-Cocon, L.A., S. Chesne, I. Pignot-Paintrand,
iron-oxide microparticles between 1 and Spm P.N. Marche and C.L. Villiers, Use of magnetic
diameter nanobeads to study intracellular antigen processing
Author index to volume 225
Petrovic, C., M.F. Hundley, R. Movshovich, P.G. Sincai, M., D. Ganga, D. Bica and L. Vékas, The
Pagliuso, J.L. Sarrao, J.D. Thompson, Z. Fisk, A. antitumor effect of locoregional magnetic cobalt
Garcia, E. Granado, I. Torriani and C. Rettori, ferrite in dog mammary adenocarcinoma
Possible mixed valence behavior of CelrsGa and Skeff Neto, K., see Morais, P.C.
YbIr,.Ga 317 Sobrinho, P.G., see Sousa, M.H.
Pignot-Paintrand, I., see Perrin-Cocon, L.A. 161 Sommerer, K., see Moller, W.
Pluzan, M.A., see Komissarova, L.K. 197 Sorai, M., see Saito, K.
Pushkarev, N.V., see Troyanchuk, I.O. 331 Sourivong, P., see Babincova, M.
Sourivong, P., see Babincova, M.
Sousa, M.H., J.C. Rubim, P.G. Sobrinho and F.A.
Rao, C.G., see Liberti, P.A. 301 Tourinho, Biocompatible magnetic fluid precursors
Rao, K.V., see Kim, D.K. based on aspartic and glutamic acid modified
Renz, H., see Alexiou, C. 187 maghemite nanostructures
Rescheleit, D., see Sieben, S. 175 St Pierre, T.G., see Pardoe, H.
Rettori, C., see Petrovic, C. 317 St Pierre, T.G., see Connolly, J. 156
Riffle, J.S., see Stevenson, J.P. Stancu, A., L. Stoleriu and M. Cerchez, Micromagnetic
Rocha, F.M., S. de Pinho, R.L. Zollner and M.H. evaluation of statistical and mean-field interactions
Santana, Preparation and characterization of affinity in particulate ferromagnetic media 411
magnetoliposomes useful for the detection of anti- Stelter, R.E., see Hatch, G.P. 262
phospholipid antibodies Stevenson, J.P., M. Rutnakornpituk, M. Vadala, A.R.
Rodrigue, M., see Elaissari, A. Esker, S.W. Charles, S. Wells, J.P. Dailey and J.S.
Rodriguez, A.R., see Moore, L.R. Riffle, Magnetic cobalt dispersions in poly(dimethyl-
Rubim, J.C., see Sousa, M.H. siloxane) fluids 47
Rudershausen, S., see Griittner, C. Stoleriu, L., see Stancu, A. 411
Ruditsa, V., see Mykhaylyk, O. Su, Y., see Xu, Y. 357
Rutnakornpituk, M., see Stevenson, J.P. Sukhorukov, G.B., see Voigt, A. 59
Suski, W., see Gaczynski, P. 349
Szymezak, H., see Troyanchuk, I.O. 331
Safatik, I. and M. Safarikova, Isolation and removal of
proteolytic enzymes with magnetic cross-linked
erythrocytes 169 Tamanaha, C.R., see Miller, M.M. 138
169 |
Safaiikova, M., see Safaiik, I. Tapolsky, G., see Hafeli, U. 73
Saito, K., Y. Yamamura, J. Mayer, H. Kobayashi, Y. Tchikov, V., S. Winoto-Morbach, D. Kabelitz, M.
Miyazaki, J. Ensling, P. Gitlich, B. Lesniewska and Kronke and S. Schiitze, Adhesion of immunomag-
M. Sorai, Heat-capacity anomaly due to spin netic particles targeted to antigens and cytokine
reorientation and thermodynamic functions of receptors on tumor cells determined by magneto-
ErFeO; and TmFeO; phoresis
Santana, M.H., see Rocha, F.M. Teller, J., see Grittner, C.
Sarrao, J.L., see Petrovic, C. Terstappen, L.W.M.M., see Liberti, P.A.
Savichev, A.A., see Kuznetsov, A.A. Thompson, J.D., see Petrovic, C.
Scheuch, G., see Moller, W. Todd, P., R.P. Cooper, J.F. Doyle, S. Dunn, J. Vellinger
Schirra, H., see Jordan, A. and M.S. Deuser, Multistage magnetic particle
Schmidt, H., see Jordan, A. separator
Scholz, R., see Jordan, A. Torriani, I., see Petrovic, C.
Schutze, S., see Tchikov, V. Torshina, N.L., see Kuznetsov, A.A.
Sergeev, A.V., see Brusentsov, N.A. Tourinho, F.A., see Sousa, M.H.
Shaheen, S.A., see Hasanain, S.K. Tronconi, A.L., see Lacava, L.M.
Shan, Z.S., see Xu, Y. Troyanchuk, I.0., M.V. Bushynski, N.V. Pushkarev, H.
Sheehan, P.E., see Miller, M.M. Szymezak and K. Barner, Magnetic phase transitions
Shen, B.-g., see Zhang, W.-y. and magnetoresistance in the Lap7Bao.3(Mn,_.-
Sheng, R., see Liu, J. Me,)O; (Me=Fe, Al) single crystals and
Shumakov, L.I., see Brusentsov, N.A. Lag 7Sro.3(Mn;_,.Me,)O; (Me= Fe, Cr, Al) ceramics 331
Sieben, S., C. Bergemann, A. Liibbe, B. Brockmann and
D. Rescheleit, Comparison of different particles and
Urban III, F.K., see Zhang, P. 337
methods for magnetic isolation of circulating tumor
cells
Silva, A.M.L., see Morais, P.C. 37 Vadala, M., see Stevenson, J.P. 47
Silva, L.P., see Morais, P.C. 37 Vagizov, F.G., see Gaczynski, P. 351
422 Author index to volume 225
Valtonen, S., see De Cuyper, M. 89 Xu, Y., J.P. Wang, Z.S. Shan, H. Jiang, Y. Su, C.T.
Vellinger, J., see Todd, P. 294 Chong and L. Lu, Structural and magnetic proper-
Viljanen, M.K., see Makinen, J. 134 ties of HCP-CoCrPt-—SiO, granular media
Villiers, C.L., see Perrin-Cocon, L.A. 161
Vékas, L., see Sincai, M. 235
Yamamura, Y., see Saito, K.
Voigt, A., N. Buske, G.B. Sukhorukov, A.A. Antipov, Yan, A.-r., see Zhang, W.-y.
S. Leporatti, H. Lichtenfeld, H. Baumler, E. Donath
Yunin, A.M., see Kuznetsov, A.A.
and H. Mohwald, Novel polyelectrolyte multilayer
micro- and nanocapsules as magnetic carriers Zabel, H., see Labergerie, D.
Voit, W., see Kim, D.K. Zborowski, M., see Moore, L.R.
Voltairas, P.A., D.I. Fotiadis and C.V. Massalas, Elastic Zhang, H.-w., see Zhang, W.-y.
stability of silicone ferrofluid internal tamponade Zhang, P., F. Zuo, F.K. Urban III, A. Khabari, P.
(SFIT) in retinal detachment surgery Griffiths and A. Hosseini-Tehrani, Irreversible mag-
Vountesmeri, V., see Kolokoltsev, O.V. netization in nickel nanoparticles
Zhang, S.-y., see Zhang, W.-y.
Zhang, W.-y., S.-y. Zhang, A.-r. Yan, H.-w. Zhang and
B.-g. Shen, Effect of the substitution of Pr for Nd on
microstructure and magnetic properties of nanocom-
Wang, J.P., see Xu, Y. posite Nd>Fe,4B/a-Fe magnets
Wells, S., see Stevenson, J.P. Zhang, Y., see Kim, D.K.
Westerholt, K., see Labergerie, D. Zhang, Y., see Kim, D.K.
Whitman, L.J., see Miller, M.M. Zhong, L., see Miller, M.M.
Williams, P.S., see Moore, L.R. Zollner, R.L., see Rocha, F.M.
Winoto-Morbach, S., see Tchikov, V. Zozulya, Y., see Mykhaylyk, O.
Wust, P., see Jordan, A. Zuo, F., see Zhang, P.
JA, \ournal ot
Ma iiatorias
ELSEVIER Journal of Magnetism and Magnetic Materials 225 (2001) 423-425
www.elsevier.com/locate/jmmm
Subject index to volume 225
2D-electrophoresis 161 cAMP 226 DNA hybridization 138
Cancer therapy 209 DNA separation 145
Absorptive capacity 197 Cancer treatment 187, 194 Dog 235
AC magnetic field 109, 118, 194 Carbon 73 Drug delivery 89
AC susceptibility 322 Carboxymethyldextran-ferrite 113 Dynamic response 322
Adenocarcinoma 235 Cardiolipin 101
Adhesion 285 Catalytic sensitizer 95 Ear disease 202
Adsorption 127, 151, 285 CD34+ 277 Ecdysterone 226
Adsorption isotherm 67 Cell lysis 194 Electromagnetic field 109
AFM 21 Cell motility 8 Electron microscopy 161
Albumin microspheres 21 Cell separator 294 Embolization 209
Alternating magnetic field 109 Cell sorting 277 Endocytosis 161, 235
Alveolar clearance 8 cGMP 226 Energy product 389
Alveolar macrophage 218 Chemotherapy 187 Epithelial tumor cells 175
Anatomy of the eye 248 Cholesterol 226 Erythrocytes 21, 59, 169, 194, 197, 226
Anesthesis 95 Chymotrypsin 169 ESR 241
Antibody 101, 285 Circulating tumor cells 175 Exchange bias 403
Antigen processing 161 Classification 294 Exchange coupling 389
Antiphospholipid antibody 101 Clusters 322 Exchange interaction 331
Antitumor effect 235 Coated ferrofluids 187 Eye disease 47
Approximate analytic solutions 401 Cobalt 47 Eye surgery 248
Aqueous magnetic fluid 156 Cobalt ferrite 37, 235
Aspartate-based ferrofluids 67 Coercivity 389 Ferrimagnetic 8
Atomic force microscopy 21, 79 Colossal magnetoresistance 331 Ferrite 109
Automation 145 Confocal laser scanning microscopy 59 Ferro-carbon 113
Contrast agent 241, 256 Ferrofluids 30, 37, 41, 67, 79, 84, 113, 187,
B-cell receptor 161
Coprecipitation 30 248, 301
Bacteria detection 145
Core-shell 17 Ferromagnetic resonance 79, 84
Barbiturates 197
Core-shell particles 127, 151 Ferromagnetism 322
Bilirubin 197
Covalent coupling 21 Flow rate 180
Biocompatibility 47
Crystal growth 317 Fluorescence microscopy 161
Biomagnetism 180
Cycle sequencing 134 Flux density calculations 262
Biosensor 138, 156
Cytometry 285 Force density 262
Biotin 285
Cytoskeleton 218
Block copolymers 47
Gel 109
Blood detoxification 197
Blood purification 197, 301 Desorption 127, 151 Glioblastoma 118, 241
Glutamate-based ferrofluids 67
Blood vessel seal 209 Dextran 41
Glutaraldehyde cross-linking 169
Blood-brain barrier disruption 241 Dextran nanoparticles 241
GMR 138
Borrelia burgdorferi s.\. 134 Dextran-ferrite 113
Gold-coating 17
Brachytherapy 73 Diadony 95
Guided-optical waves 394
Brain 256 Digital subtraction angiography, DSA 187
Brain tumor 118, 241 Diperony 95
Breast cancer 301 Dipolar interaction 337 Hearing rehabilitation 202
Breast tumor 235 Dispersion 47 Heat capacity 317, 381
Brownian rotation 156 DNA array 138 Hematoporphyrin 194
0304-8853/01/$-see front matter
PII: S0304-8853(01)00186-X
424 Subject index to volume 225
Heme protein 197 Magnetic fractionation 161 Nanocomposite magnets 389
High coercivity 359 Magnetic iron-oxide microparticles 218 Nanodispersed iron 241
High gradient 262 Magnetic latex 127, 151 Nanodispersed magnetite 226
High static magnetic field 180 Magnetic liposomes 95 Nanoparticle synthesis 17, 37
Histology 187 Magnetic loading 301 Nanoparticles 337
Human blood 180 Magnetic microspheres 21, 73 Nanoparticles 30, 256
Human serum albumin 21 Magnetic moment 373 Nanoscale particles 41
Hybrid microspheres | Magnetic nanoparticle 17, 47, 118 Nebulization 8
Hydrodynamic radius 156 Magnetic particle 277 Néel and Brown relaxation 109
Hydrogen 373 Magnetic particle processor 134 Nested PCR 134
Hyperfine field 346 Magnetic particles 1, 187 Nickel ferrite 84
Hyperthermia 109, 113, 118 Magnetic properties 41, 346 Non-specific binding 17, 301
Magnetic recording 359 Nucleic acid purification 145
Immobilization 226 Magnetic relaxation 156, 337 Nucleic acids 127
Immunodiagnostic 101 Magnetic seal 209
Immunomagnetic separation 175, 277 Magnetic separation 262
Oncology 95
In vivo targeting 187 Magnetic susceptibility 156, 351
Ossicular implants 202
Indium-111 (In-111) 8 Magnetic tympanic membrane prosthesis
Induced anisotropy 403 202
Interstitial hyperthermia 118 Magnetic valve 202 Particle separator 294
Intraarterial administration 187 Magnetically targeted carriers 73 Particle—size distribution 79
Intracellular compartment 161 Magnetite 8, 41 PCR product purification 134
Iron 73 Magnetite microspheres 209 Phagocytosis 218, 218
Iron microspheres 209 Magnetization 331, 337 Phagosome motion 218
Iron nanoparticle 17 Magneto-optical Bragg diffraction 394 Phase diagram 331
Iron oxide 256 Magnetoelectronics 138 Phase transitions, second-order 84
Iron particles 294 Magnetoliposomes 89, 101 Phosphatidylethanolamine 101
Iron-carbon 197 Magnetophoresis 285 Phosphatidylserine 101
Iron-oxide particles 8 Magnetophoretic mobility 294 Phospholipid transfer 89
Iron-silica 197 Magnetopneumography 218 Phospholipids 101
Irreversible temperature 337 Magnetorheological fluids 209 Photodynamic therapy 194
Isomer shift 346 Magnetostatic waves (MSW) 394 Photosense 95
Mammary tumor 235 Photosensitizer 95
J774A.1 macrophage 218
Manganites 331 Poly(alkylcyanoacrylate) |
Mathematical model 180 Poly(dimethylsiloxane) 47
KingFisher™ 134
Membrane effects 226 Poly(ethylene glycol) (PEG) 89
Langmuir adsorption isotherm 285 Meniere’s disease 202 Poly(lactic acid) 1
Lectin 21 Metal phthalocyanine 95 Poly(N-isopropylacrylamide) 127
Light exposure 194 MFH-applicator 118 Poly(N-isopropylacrylamide) (= NIPAM)
Liposomes 89, 95, 101 Micelles 17, 47, 109 151
Lower critical solution temperature Microcapsules 59 Polyelectrolyte multilayers 59
(LCST) 151 Microparticles 294, Polysaccharide 1
Lung fibrosis 218 Microspheres 175 Polystyrene |
Lung imaging 8 Microstructure 389 Polystyrene microspheres 21
Microsurgery of middle ear 202 Polystyrene particles 151
Macrophage function 218 Mitoxantrone 187 Polyvinyl alcohol (PVA) 41, 145
Maghemite 21, 41 Modeling 248 Precipitation polymerization 151
Maghemite nanostructure 67 Monodisperse 8 Preisach model 411
Magnetic adsorbent 169 MR imaging 187 Preparation 8
Magnetic beads 138, 145, 175, 262 MRI 241, 256 Progenitor cell 277
Magnetic carriers 17, 59 Mossbauer effect 351 Prostate carcinoma 118
Magnetic cell separation 277 Mossbauer spectroscopy 346 Prosthesis 202
Magnetic cobalt particles 235 Mossbauer spectroscopy 37, 41 Proteases 169
Magnetic design 262 MTC 73 Protein 151
Magnetic drug targeting 95, 187 Multistage 294 Protein assay 21
Magnetic elastomers 202 Muscle relaxants 95 Protein binding 1
Magnetic fluid 67 MX-11 sarcoma 113 PVA microspheres 145
Subject index to volume 225
Quadrupole 262 Silicone 248 Technetium-99m (’’™Tc) 8, 73
Quadrupole separator 277 Siloxane 47 Teraphthal 95
Singlet oxygen 194 Tetanus toxin 161
Size control 37 Thermal stability 359
Rabbit 187
Smoker 218 Thermosensitive particles 127, 151
Radical formation 194
Sorption efficiency 197 TNF 285
Radiofrequency ablation 113
Specific absorption rate 109 Toxicity test (osmotic) 197
Radiolabeling 8, 73
Specific power absorption rate 113 Transmission electron microscopy 37, 59,
Raman spectroscopy 67
Spherical 8 79
Rare cell extraction 301
Spin reorientation 381 Trypsin 169
Rare earth compounds 351
Spinning top aerosol generator 8 Tumor cells 301
Rare-earth orthoferrite 381
Stabilizer 47 Tumor imaging 241
Rat 241, 256
Starch 187 Tumor model 187
Restored-iron 197
Statistical and mean-field interaction
Retina elasticity 248
field 411
Retinal detachment 47, 248
Stealth 89 Valence fluctuations 317
Reverse micelle 17
Stoner—Wohlfarth particle 411 Vesicles 89
Rhenium-188 ('**Re) 73
Streptavidin 285 Viscosity 180
Structure properties 346 VX-2 squamous cell carcinoma 187
SAR 113 Superlattices 373
Sarcoma 113 Superparamagnetic gel 109
Scanning electron microscopy 21 Superparamagnetism 17, 30, 37, 256 X-ray imaging 187
Scleral buckle 248 Surface modification 197
Segregation 359 Surfactant 30
YIG films 394
SEM 21 Synthesis 41
Separation 294
Separator design 262 Zeta potential |
Signal transduction 226 T>-weighted 241
Silica 1 Tamponade 248