Journal of Biomedical Materials Research 2003: Vol 64A Index

11 Pages·2003·2.9 MB·English

Journal of Biomedical Materials Research Part A
Author Index—Volume 64A
Abraham, G. A. composed of glutamic acid and Blanquaert, F.
—; Gallardo, A.; San Roman, J.; aspartic acid matrix, 282 —; Carpentier, G.; Morvan, F.;
Fernandez-Mayoralas, A.; Zurita, Bae, Y. H. See Park, J. H., 309 Caruelle, J.-P.; Barritault, D.;
M.; Vaquero, J.: Polymeric Balooch, M. See Gallagher, R. R., 372 Tardieu, M.: RGTA modulates the
matrices based on graft Bancroft, G. N. See van den Dolder, healing pattern of a defect in a
copolymers of PCL onto acrylic 1.230 monolayer of osteoblastic cells by
backbones for releasing Barber, T. A. acting on both proliferation and
antitumoral drugs, 638 —; Golledge, S. L.; Castner, D. G.; migration, 525
Abraham, G. A. See de Queiroz, Healy, K. E.: Peptide-modified Bocker, W. See Eltze, E., 12
A. A. A., 147 p(AAm-co-EG/AAc) IPNs grafted Bolarin, A. See Coreno, J., 131
Adams, A. See Samouillan, V., 330 to bulk titanium modulate Bonassar, L. J. See Peretti, G. M., 517
Agarwal, S. See Ganta, S. R., 242 Bonfield, W. See Lusquifios, F., 630
osteoblast behavior in vitro, 38
Akin, F. A. See Zreigat, H., 105 Barbolt, T. See Anand, V. P., 648 Bonnema, H.
Anand, V. P. Barrére, F. —; Popa, E. R; van Timmeren, M. M.;
—; Cogdill, C. P.; Klausner, K. A.; —; van der Valk, C. M.; Dalmeijer, van Wachem, P. B.; de Leij,
Lister, L.; Barbolt, T.; Page, B. F. J.; R. A. J.; van Blitterswijk, C. A.; de L. F. M. H.; van Luyn, M. J. A.:
Urbanski, P.; Woss, C. J.; Boyce, J.: Groot, K.; Layrolle, P.: In vitro and Distribution patterns of the
Reevaluation of ethylene oxide membrane glycoprotein CD44
in vivo degradation of biomimetic
hemolysis and irritation potential, during the foreign-body reaction
octacalcium phosphate and
648 to a degradable biomaterial in rats
carbonate apatite coatings on
Anderson, J. M. See Brodbeck, W. G., and mice, 502
titanium implants, 378
320 Born, R. See ROGler, S., 655
Barritault, D. See Blanquaert, F., 525
Andersson, A. See King, A., 533 Bosetti, M.
Barros, V. M. R. See Beloti, M. M., 171
Andersson, A.-S. —; Reno, F.; Bracco, P.; Costa, L.;
Basalyga, D. M.
—; Glasmastar, K.; Sutherland, D.; Cannas, M.: Ultra-high molecular
Lidberg, U.; Kasemo, B.: Cell —,; Latour, R. A., Jr.: Theoretical weight polyethylene oxidation
analysis of adsorption
adhesion on supported lipid reduces metalloproteinase 2
thermodynamics for charged
bilayers, 622 secretion in human osteoblast-like
peptide residues on SAM surfaces
Anseth, K. S. See Bryant, S. J., 70 cells in vitro: A mechanism of
of varying functionality, 120
Anseth, K. S. See Poshusta, A. K., 62 modulation of extracellular matrix,
Beloti, M. M.
Arias, J. L. See Lusquinos, F., 630 698
—; Hiraki, K. R. N.; Barros, V. M. R.;
Arora, A. Bosetti, M.
—-; Song, Y.; Chun, L.; Huie, P.; Rosa, A. L.: Effect of the chemical —; Zanardi, L.; Hench, L.; Cannas,
Trindade, M.; Smith, R. L.; composition of Ricinus communis M.: Type I collagen production by
Goodman, S.: The role of the TH1 polyurethane on rat bone marrow osteoblast-like cells cultured in
and TH2 immune responses in cell attachment, proliferation, and contact with different bioactive
loosening and osteolysis of differentiation, 171 glasses, 189
cemented total hip replacements, Bergkvist, M. Botter, R. See Torricelli, P., 182
693 —,; Carlsson, J.; Oscarsson, S.: Boutinguiza, M. See Lusquifios, F.,
Asazuma, T. See Sato, M., 249 Surface-dependent conformations 630
of human plasma fibronectin Boyce, J. See Anand, V. P., 648
adsorbed to silica, mica, and Bracco, P. See Bosetti, M., 698
Babensee, J. E. See Lester, E. A., 397 hydrophobic surfaces, studied Bravo, A. L. See de Queiroz, A. A. A.,
Bachi, T. See Vernon, B., 447 with use of Atomic Force 147
Bae, S. K. Microscopy, 349 Brodbeck, W. G.
—; Kim, J.-D.: Aggregation behaviors Beruto, D. See Torricelli, P., 182 —; Voskerician, G.; Ziats, N. P.;
and their pH sensitivity of Best, S. See Lusquinos, F., 630 Nakayama, Y.; Matsuda, T.;
cholesterol-conjugated proteinoids Bettendorf, O. See Eltze, E., 12 Anderson, J. M.: In vivo leukocyte
Journal of Biomedical Materials Research, Vol. 64A, 716-721 (2003)
Journal of Biomedical Materials Research Part A
Author Index—Volume 64A
Abraham, G. A. composed of glutamic acid and Blanquaert, F.
—; Gallardo, A.; San Roman, J.; aspartic acid matrix, 282 —; Carpentier, G.; Morvan, F.;
Fernandez-Mayoralas, A.; Zurita, Bae, Y. H. See Park, J. H., 309 Caruelle, J.-P.; Barritault, D.;
M.; Vaquero, J.: Polymeric Balooch, M. See Gallagher, R. R., 372 Tardieu, M.: RGTA modulates the
matrices based on graft Bancroft, G. N. See van den Dolder, healing pattern of a defect in a
copolymers of PCL onto acrylic 1.230 monolayer of osteoblastic cells by
backbones for releasing Barber, T. A. acting on both proliferation and
antitumoral drugs, 638 —; Golledge, S. L.; Castner, D. G.; migration, 525
Abraham, G. A. See de Queiroz, Healy, K. E.: Peptide-modified Bocker, W. See Eltze, E., 12
A. A. A., 147 p(AAm-co-EG/AAc) IPNs grafted Bolarin, A. See Coreno, J., 131
Adams, A. See Samouillan, V., 330 to bulk titanium modulate Bonassar, L. J. See Peretti, G. M., 517
Agarwal, S. See Ganta, S. R., 242 Bonfield, W. See Lusquifios, F., 630
osteoblast behavior in vitro, 38
Akin, F. A. See Zreigat, H., 105 Barbolt, T. See Anand, V. P., 648 Bonnema, H.
Anand, V. P. Barrére, F. —; Popa, E. R; van Timmeren, M. M.;
—; Cogdill, C. P.; Klausner, K. A.; —; van der Valk, C. M.; Dalmeijer, van Wachem, P. B.; de Leij,
Lister, L.; Barbolt, T.; Page, B. F. J.; R. A. J.; van Blitterswijk, C. A.; de L. F. M. H.; van Luyn, M. J. A.:
Urbanski, P.; Woss, C. J.; Boyce, J.: Groot, K.; Layrolle, P.: In vitro and Distribution patterns of the
Reevaluation of ethylene oxide membrane glycoprotein CD44
in vivo degradation of biomimetic
hemolysis and irritation potential, during the foreign-body reaction
octacalcium phosphate and
648 to a degradable biomaterial in rats
carbonate apatite coatings on
Anderson, J. M. See Brodbeck, W. G., and mice, 502
titanium implants, 378
320 Born, R. See ROGler, S., 655
Barritault, D. See Blanquaert, F., 525
Andersson, A. See King, A., 533 Bosetti, M.
Barros, V. M. R. See Beloti, M. M., 171
Andersson, A.-S. —; Reno, F.; Bracco, P.; Costa, L.;
Basalyga, D. M.
—; Glasmastar, K.; Sutherland, D.; Cannas, M.: Ultra-high molecular
Lidberg, U.; Kasemo, B.: Cell —,; Latour, R. A., Jr.: Theoretical weight polyethylene oxidation
analysis of adsorption
adhesion on supported lipid reduces metalloproteinase 2
thermodynamics for charged
bilayers, 622 secretion in human osteoblast-like
peptide residues on SAM surfaces
Anseth, K. S. See Bryant, S. J., 70 cells in vitro: A mechanism of
of varying functionality, 120
Anseth, K. S. See Poshusta, A. K., 62 modulation of extracellular matrix,
Beloti, M. M.
Arias, J. L. See Lusquinos, F., 630 698
—; Hiraki, K. R. N.; Barros, V. M. R.;
Arora, A. Bosetti, M.
—-; Song, Y.; Chun, L.; Huie, P.; Rosa, A. L.: Effect of the chemical —; Zanardi, L.; Hench, L.; Cannas,
Trindade, M.; Smith, R. L.; composition of Ricinus communis M.: Type I collagen production by
Goodman, S.: The role of the TH1 polyurethane on rat bone marrow osteoblast-like cells cultured in
and TH2 immune responses in cell attachment, proliferation, and contact with different bioactive
loosening and osteolysis of differentiation, 171 glasses, 189
cemented total hip replacements, Bergkvist, M. Botter, R. See Torricelli, P., 182
693 —,; Carlsson, J.; Oscarsson, S.: Boutinguiza, M. See Lusquifios, F.,
Asazuma, T. See Sato, M., 249 Surface-dependent conformations 630
of human plasma fibronectin Boyce, J. See Anand, V. P., 648
adsorbed to silica, mica, and Bracco, P. See Bosetti, M., 698
Babensee, J. E. See Lester, E. A., 397 hydrophobic surfaces, studied Bravo, A. L. See de Queiroz, A. A. A.,
Bachi, T. See Vernon, B., 447 with use of Atomic Force 147
Bae, S. K. Microscopy, 349 Brodbeck, W. G.
—; Kim, J.-D.: Aggregation behaviors Beruto, D. See Torricelli, P., 182 —; Voskerician, G.; Ziats, N. P.;
and their pH sensitivity of Best, S. See Lusquinos, F., 630 Nakayama, Y.; Matsuda, T.;
cholesterol-conjugated proteinoids Bettendorf, O. See Eltze, E., 12 Anderson, J. M.: In vivo leukocyte
Journal of Biomedical Materials Research, Vol. 64A, 716-721 (2003)
AUTHOR INDEX
cytokine mRNA responses to Davies, J. E. See Karp, J. M., 388 Gallardo, A. See Abraham, G. A., 638
biomaterials are dependent on Dawson, R. A. See Haddow, D. B., 80 Gambillara, V. See Koenig, A. L., 20
surface chemistry, 320 de Bruijn, J. D. See Claase, M. B., 291 Ganta, S. R.
Brusotti, C. See Zaffe, D., 365 De Carlos, A. See Lusquifios, F., 630 —; Piesco, N. P.; Long, P.; Gassner,
Bryant, S. J. de Groot, K. See Barrére, F., 378 R.; Motta, L. F.; Papworth, G. D.;
—,; Anseth, K. S.: Controlling the de Leij, L. F. M. H. See Bonnema, H., Stolz, D. B.; Watkins, S. C.,;
spatial distribution of ECM 502 Agarwal, S.: Vascularization and
components in degradable PEG de Queiroz, A. A. A. tissue infiltration of a
hydrogels for tissue engineering —; Ferraz, H. G.; Abraham, G. A.; del biodegradable polyurethane
cartilage, 70 Mar Fernandez, M.; Bravo, A. L.; matrix, 242
Burdick, J. A. See Poshusta, A. K., 62 San Roman, J.: Development of Gassner, R. See Ganta, S. R., 242
new hydroactive dressings based Giardino, R. See Torricelli, P., 182
on chitosan membranes: Giavaresi, G. See Torricelli, P., 182
Cannas, M. See Bosetti, M., 189 Characterization and in vivo Gibson, I. See Lusquifios, F., 630
Cannas, M. See Bosetti, M., 698 behavior, 147 Glasmiastar, K. See Andersson, A.-S.,
Cao, Y. See Mao, J., 301 de Ruijter, J. E. See Vehof, J. W. M., 622
Carlsson, J. See Bergkvist, M., 349 417 Golledge, S. L. See Barber, T. A., 38
Carpentier, G. See Blanquaert, F., 525 de Yao, K. See Mao, J., 301 Goodman, S. See Arora, A., 693
Caruelle, J.-P. See Blanquaert, F., 525 del Mar Fernandez, M. See de Grainger, D. W. See Koenig, A. L., 20
Castner, D. G. See Barber, T. A., 38 Queiroz, A. A. A., 147 Griepentrog, M. See Groessner-
Castner, D. G. See Wagner, M. S., 1 Demos, S. G. See Gallagher, R. R., 372 Schreiber, B., 591
Cavani, F. See Zaffe, D., 365 Driessens, F. C. M. See Lusquifos, F., Grijpma, D. W. See Claase, M. B., 291
Champagne, C. M. See Takebe, J., 207 630 Grodzinsky, A. J. See Lee, C. R., 560
Chang, C.-N. See Yang, J. M., 138 Groessner-Schreiber, B.
Chang, W.-H. See Sung, H.-W., 427 —; Neubert, A.; Miller, W.-D.; Hopp,
Chapman, J. See Li, C., 197 Ebenstein, D. See Li, C., 197 M.; Griepentrog, M.; Lange, K.-P.:
Chen, L.-T. See Sun, J.-S., 616 El-Amin, S. F. See Lu, H. H., 465 Fibroblast growth on
Chen, W.-C. Eltze, E. surface-modified dental implants:
—-; Lin, J.-H. C.; Ju, C.-P.: —; Bettendorf, O.; Rody, A.; Jackisch, An in vitro study, 591
Transmission electron microscopic C.; Herchenréder, F.; Bocker, W.; Gross, K. A.
study on setting mechanism of Pfleiderer, B.: Influence of local —,; Ezerietis, E.: Juniper wood as a
tetracalcium phosphate/dicalcium complications on capsule possible implant material, 672
phosphate anhydrous-based formation around model implants
calcium phosphate cement, 664 in a rat AQ1 model, 12
Chen, Y.-L. See Ma, H.-L., 273 Espevik, T. See Strand, B. L., 540 Haddow, D. B.
Chun, L. See Arora, A., 693 Evans, M. D. M. —; Steele, D. A.; Short, R. D.; Dawson,
Claase, M. B. —; Taylor, S.; Dalton, B. A.; Lohmann, R. A.; MacNeil, S.:
—; Grijpma, D. W.; Mendes, S. C.; de D.: Polymer design for corneal Plasma-polymerized surfaces for
Bruijn, J. D.; Feijen, J.: Porous epithelial tissue adhesion: Pore culture of human keratinocytes
PEOT/PBT scaffolds for bone density, 357 and transfer of cells to an in vitro
tissue engineering: Preparation, Ezerietis, E. See Gross, K. A., 672 wound-bed model, 80
characterization, and in vitro bone Haldimann, D. See Vernon, B., 447
marrow cell culturing, 291 Hanley, L. See Zreigat, H., 105
Cogdill, C. P. See Anand, V. P., 648 Feijen, J. See Claase, M. B., 291 Hattori, H. See Ishihara, M., 551
Cooper, L. F. See Takebe, J., 207 Fellers, J. See Peretti, G. M., 517 Haynes, D. See Zreiqat, H., 105
Corenio, J. Fernandez, M. See Manso, M., 600 Healy, K. E. See Barber, T. A., 38
—; Martinez, A.; Coreno, O.; Bolarin, Fernandez-Mayoralas, A. See Hench, L. See Bosetti, M., 189
A.; Sanchez, F.: Calcium and Abraham, G. A., 638 Herchenréder, F. See Eltze, E., 12
phosphate adsorption as initial Ferraz, H. G. See de Queiroz, Herrero, P. See Manso, M., 600
steps of apatite nucleation on A. A. A., 147 Higashiyama, S.
sol-gel-prepared titania surface, Fini, M. See Torricelli, P., 182 —; Noda, M.; Kawase, M.; Yagi, K.:
ist Fujibayashi, S. See Uchida, M., 164 Mixed-ligand modification of
Coreno, O. See Coren, J., 131 Fujikawa, K. See Sato, M., 249 polyamidoamine dendrimers to
Costa, L. See Bosetti, M., 698 Fujita, M. See Ishihara, M., 551 develop an effective scaffold for
maintenance of hepatocyte
spheroids, 475
Dalmeijer, R. A. J. See Barrére, F., 378 Gallagher, R. R. Higgs, R. J. E. D. See Lucksanasombool,
Dalton, B. A. See Evans, M. D. M., —; Demos, S. G.; Balooch, M.; P68
357 Marshall, G. W., Jr.; Marshall, S. J.: Higgs, W. A. J. See Lucksanasombool,
Dandurand, J. See Samouillan, V., 330 Optical spectroscopy and imaging P., 93
Dard, M. See R6fler, S., 655 of the dentin-enamel junction in Hing, K. See Lusquifios, F., 630
Dard, M. See Schliephake, H., 225 human third molars, 372 Hiraki, K. R. N. See Beloti, M. M., 171
AUTHOR INDEX
Hollinger, J.O. See Hu, Y., 583 Kawasaki, T. See Yokoyama, A., 491 Lee, M.-H. See Sung, H.-W., 427
Hon, M.-H. See Wang, J.-W., 262 Kawase, M. See Higashiyama, S., 475 Lee, Y. H.
Hopp, M. See Groessner-Schreiber, B., Kikuchi, M. See Ishihara, M., 551 —; Nakamura, T.; Shimizu, Y.;
591 Kikuchi, M. See Sato, M., 249 Yamamoto, Y.; Kiyotani, T.; Tsuda,
Horbett, T. A. See Wagner, M. S., 1 Kikuchi, T. See Sato, M., 249 T.; Teramachi, M.; Takimoto, Y.:
Horinouchi, H. See Kobayashi, K., 48 Kim, H.-M. See Oyane, A., 339 Regeneration of serous membrane
Howlett, C. R. See Zreigat, H., 105 Kim, H.-M. See Uchida, M., 164 on gelatin-processed polyglycolic
Hsu, Y. G. See Yang, J. M., 138 Kim, J.-D. See Bae, S. K., 282 acid (PGA)-human collagen
Hu, Y. King, A. membrane and its efficacy on the
—; Winn, S. R.; Krajbich, I.; Hollinger, —,; Strand, B.; Rokstad, A.-M.; prevention of adhesion, 88
J. O.: Porous polymer scaffolds Kulseng, B.; Andersson, A.; Leon, B. See Lusquinos, F., 630
surface-modified with Skjak-Breek, G.; Sandler, S.: Lester, E. A.
arginine-glycine-aspartic acid Improvement of the —,; Babensee, J. E.; Proinflammatory
enhance bone cell attachment and biocompatibility of phenotype of endothelial cells
differentiation in vitro, 583 algin/ap otley- L-lysine /alginate after coculture with
Huang, Y.-C. See Sun, J.-S., 616 microcapsules by the use of biomaterial-treated blood cells, 397
Hubbell, J. A. See Vernon, B., 447 epimerized alginate as a coating, Lewis, J. B.
Huie, P. See Arora, A., 693 533 —; Randol, T. M.; Lockwood, P. E.;
Hung, S.-C. See Ma, H.-L., 272 Kiyotani, T. See Lee, Y. H., 88 Wataha, J. C.: Effect of subtoxic
Hiittmann, C. See Schliephake, H., Klausner, K. A. See Anand, V. P., 648 concentrations of metal ions on
225 Kobayashi, K. NF«B activation in THP-1 human
—; Komatsu, T.; Iwamaru, A.; monocytes, 217
Matsukawa, Y.; Horinouchi, H.; L7G
Ichimura, S. See Sato, M., 249 Watanabe, M.; Tsuchida, E.: —,; Ebenstein, D.; Xu, C.; Chapman, J.;
Ignat, M. See Lucksanasombool, P., Oxygenation of hypoxic region in Saloner, D.; Rapp, J.; Pruitt, L.:
93 solid tumor by administration of Biochemical characterization of
Ikeuchi, K. See Shibata, N., 570 human serum albumin atherosclerotic plaque constituents
Ishibashi, K. See Takebe, J., 207 incorporating synthetic hemes, 48 using FTIR spectroscopy and
Ishihara, K. See Sawada, S., 411 Kobayashi, K. See Tsuchida, E., 257 histology, 197
Ishihara, M. Koenig, A. L. Lidberg, U. See Andersson, A.-S., 622
—; Obara, K.; Ishizuka, T.; Fujita, M.; —; Gambillara, V.; Grainger, D. W.: Lin, F.-H. See Sun, J.-S., 616
Sato, M.; Masuoka, K.; Saito, Y.; Correlating fibronectin adsorption Lin, F. H. See Yang, J. M., 138
Yura, H.; Matsui, T.; Hattori, H.; with endothelial cell adhesion and Lin, J.-H. C. See Chen, W.-C., 664
Kikuchi, M.; Kurita, A.: Controlled signaling on polymer substrates, Lin, S.-Y. See Ma, H.-L., 273
release of fibroblast growth 20 Lister, L. See Anand, V. P., 648
factors and heparin from Kohgo, T. See Yokoyama, A., 491 Liu, H.-C. See Wang, J.-H., 606
photocrosslinked chitosan Kokubo, T. See Oyane, A., 339 Lo, W.-H. See Ma, H.-L., 273
hydrogels and subsequent effect Kokubo, T. See Uchida, M., 164 Lockwood, P. E. See Lewis, J. B., 217
on in vivo vascularization, 551 Komatsu, T. See Kobayashi, K., 48 Lohmann, D. See Evans, M. D. M.,
Ishihara, M. See Sato, M., 249 Komatsu, T. See Tsuchida, E., 257 Sor
Ishizuka, T. See Ishihara, M., 551 Krajbich, I. See Hu, Y., 583 Long, P. See Ganta, S. R., 242
Ito, A. See Oyane, A., 339 Kulseng, B. See King, A., 533 Lu, H. H.
Iwamaru, A. See Kobayashi, K., 48 Kurita, A. See Ishihara, M., 551 —,; El-Amin, S. F.; Scott, K. D.;
Iwasaki, Y. See Sawada, S., 441 Kurita, A. See Sato, M., 249 Laurencin, C. T.: Three-
dimensional, bioactive,
biodegradable, polymer-bioactive
Jackisch, C. See Eltze, E., 12 Lacabanne, C. See Samouillan, V., 330 glass composite scaffolds with
Jansen, J. A. See van den Dolder, J., Lange, K.-P. See Groessner-Schreiber, improved mechanical properties
235 B., 591 support collagen synthesis and
Jansen, J. A. See Vehof, J. W. M., 417 Langlet, M. See Manso, M., 600 mineralization of human
Jiang, J. M. See Yang, J. M., 138 Lateef, S. See Zreiqat, H., 105 osteoblast-like cells in vitro, 465
Ju, C.-P. See Chen, W.-C., 664 Latour, R. A., Jr. See Basalyga, D. M., Lucksanasombool, P.
120 —; Higgs, W. A. J.; Ignat, M.; Higgs,
Laurencin, C. T. See Lu, H. H., 465 R. J. E. D.; Swain, M. V.:
Karp, J. M. Layrolle, P. See Barrére, F., 378 Comparison of failure
—-; Shoichet, M. S.; Davies, J. E.: Bone Lee, C. H. See Singla, A., 706 characteristics of a range of
formation on two-dimensional Lee, C. R. cancellous bone—bone cement
poly(DL-lactide-co-glycolide) —; Grodzinsky, A. J.; Spector, M.: composites, 93
(PLGA) films and three- Biosynthetic response of passaged Lusquiifios, F.
dimensional PLGA tissue chondrocytes in a type II collagen —; De Carlos, A.; Pou, J.; Arias, J. L.;
engineering scaffolds in vitro, 388 scaffold to mechanical Boutinguiza, M.; Leon, B.;
Kasemo, B. See Andersson, A.-S., 622 compression, 560 Pérez-Amor, M.; Driessens,
AUTHOR INDEX
F.C. M.; Hing, K.; Gibson, I.; Best, Morch, Y. A. See Strand, B. L., 540 Peretti, G. M.
S.; Bonfield, W.: Calcium Mortisen, D. J. See Poshusta, A. K., 62 —; Zaporojan, V.; Spangenberg,
phosphate coatings obtained by Morvan, F. See Blanquaert, F., 525 K. M.; Randolph, M. A.; Fellers, J.;
Nd:YAG laser cladding: Motta, L. F. See Ganta, S. R., 242 Bonassar, L. J.: Cell-based bonding
Physicochemical and biologic Miiller, W.-D. See Groessner- of articular cartilage: An extended
properties, 630 Schreiber, B., 591 study, 517
Pérez-Amor, M. See Lusquinos, F.,
Ma, C.-Y. See Sung, H.-W., 427 630
Ma, H.-L. Nakabayashi, N. See Sawada, S., 411 Pernodet, N.
—; Hung, S.-C.; Lin, S.-Y.; Chen, Nakagawa, A. See Tsuchida, E., 257 —; Rafailovich, M.; Sokolov, J.; Xu,
Y.-L.; Lo, W.-H.: Chondrogenesis Nakamura, A. See Nakaoka, R., 439 D.; Yang, N.-L.; McLeod, K.:
of human mesenchymal stem cells Fibronectin fibrillogenesis on
Nakamura, T. See Lee, Y. H., 88
encapsulated in alginate beads, 273 sulfonated polystyrene surfaces,
Nakamura, T. See Oyane, A., 339
MacNeil, S. See Haddow, D. B., 80 Nakamura, T. See Uchida, M., 164 684
Manias, E. See Xu, R., 114 Nakaoka, R. Pfleiderer, B. See Eltze, E., 12
Manso, M. —; Tsuchiya, T.; Nakamura, A.: Piesco, N. P. See Ganta, S. R., 242
—; Herrero, P.; Fernandez, M.; Neural differentiation of midbrain Pietrabissa, R. See Zaffe, D., 365
Langlet, M.; Martinez-Duart, J. M.: cells on various protein- Popa, E. R See Bonnema, H., 502
Textured hydroxyapatite interface immobilized polyethylene films, Poshusta, A. K.
onto biomedical titanium-based 439 —; Burdick, J. A.; Mortisen, D. J.;
coatings, 600 Nakasu, M. See Yokoyama, A., 491 Padera, R. F.; Ruehlman, D.;
Mao, J. Nakayama, Y. Yaszemski, M. J.; Anseth, K. S.:
—; Zhao, L.; de Yao, K.; Shang, Q.; —; Nishi, S.; Ueda-Ishibashi, H.; Histocompatibility of
Yang, G.; Cao, Y.: Study of novel Matsuda, T.: Fabrication of photocrosslinked polyanhydrides:
chitosan-gelatin artificial skin in micropored elastomeric A novel in situ forming
vitro, 301 film-covered stents and orthopaedic biomaterial, 62
Markovic, B. See Zreigat, H., 105 acute-phase performances, 52 Pou, J. See Lusquifios, F., 630
Marshall, G. W., Jr. See Gallagher, Nakayama, Y. See Brodbeck, W. G., Pruitt, L. See Li, C., 197
R. R., 372 320
Marshall, S. J. See Gallagher, R. R., Nasser, S. See Sieving, A., 457
Quaglini, V. See Zaffe, D., 365
372 Neubert, A. See Groessner-Schreiber,
Martinez, A. See Coreno, J., 131 B., 591
Martinez-Duart, J. M. See Manso, M., Nimura, Y. See Mizuno, K., 177 Rafailovich, M. See Pernodet, N., 684
600 Nishi, S. See Nakayama, Y., 52 Randol, T. M. See Lewis, J. B., 217
Masuoka, K. See Ishihara, M., 551 Noda, M. See Higashiyama, S., 475 Randolph, M. A. See Peretti, G. M.,
Masuoka, K. See Sato, M., 249 517
Mathur, A. B. Rapp, J. See Li, C., 197
—,; Truskey, G. A.; Reichert, W. M.:
Obara, K. See Ishihara, M., 551 Reichert, W. M. See Mathur, A. B.,
Synergistic effect of high-affinity
binding and flow preconditioning Offenbacher, S. See Takebe, J. , 207 155
Ong, J. L. See Yang, Y., 509 Reno, F. See Bosetti, M., 698
on endothelial cell adhesion, 155 Onuma, K. See Oyane, A., 339 Rizzo, S. See Zaffe, D., 365
Matsuda, T. See Brodbeck, W. G., 320 Rodriguez y Baena, R. See Zaffe, D.,
Osada, T. See Mizuno, K., 177
Matsuda, T. See Nakayama, Y., 52 365
Oscarsson, S. See Bergkvist, M., 349
Matsui, T. See Ishihara, M., 551 Oyane, A. Rody, A. See Eltze, E., 12
Matsukawa, Y. See Kobayashi, K., 48 Rokstad, A.-M. See King, A., 533
—; Onuma, K.; Ito, A.; Kim, H.-M.;
Matsukawa, Y. See Tsuchida, E., 257 Rosa, A. L. See Beloti, M. M., 171
Kokubo, T.; Nakamura, T.:
Matsuno, H. See Yokoyama, A., 491 ROoGler. S.
Mayton, L. See Sieving, A., 457 Formation and growth of clusters
—; Sewing, A.; Stélzel, M.; Born, R.;
in conventional and new kinds of
McLeod, K. See Pernodet, N., 684 simulated body fluids, 339 Scharnweber, D.; Dard, M.; Worch,
Mendes, S. C. See Claase, M. B., 291 H.: Electrochemically assisted
Mikos, A. G. See van den Dolder, J., deposition of thin calcium
230 phosphate coatings at
Mizuno, K. Padera, R. F. See Poshusta, A. K., 62 near-physiological pH and
—; Yamamura, K.; Yano, K.; Osada, Page, B. F. J. See Anand, V. P., 648 temperature, 655
T.; Saeki, S.; Takimoto, N.; Sakurai, Papworth, G. D. See Ganta, S. R., 242 RdGler, S. See Schliephake, H., 225
T.; Nimura, Y.: Effect of chitosan Park, J. H. Ruehlman, D. See Poshusta, A. K., 62
film containing basic fibroblast —; Bae, Y. H.: Hydrogels based on Runt, J. See Xu, R., 114
growth factor on wound healing poly(ethylene oxide) and
in genetically diabetic mice, 177 poly(tetramethylene oxide) or
Moore, M. See Samouillan, V., 330 poly(dimethyl siloxane). III. In vivo Saeki, S. See Mizuno, K., 177
Moradian-Oldak, J. See Wen, H. B., biocompatibility and biostability, Saito, Y. See Ishihara, M., 5
483 309 Sakai, H. See Tsuchida, E.,
AUTHOR INDEX
Sakaki, S. See Sawada, S., 411 characteristics of total joint morphogenetic protein 2
Sakurai, T. See Mizuno, K., 177 arthroplasty-derived ultra-high expression in the J774A.1
Saloner, D. See Li, C., 197 molecular weight polyethylene macrophage cell line, 207
Samouillan, V. (UHMWPE) wear debris that Takimoto, N. See Mizuno, K., 177
—,; Dandurand, J.; Lacabanne, C.; provoke inflammation in a murine Takimoto, Y. See Lee, Y. H., 88
Thoma, R. J.; Adams, A.; Moore, model of inflammation, 457
M.: Comparison of chemical Sikavitsas, V. I. See van den Dolder,
treatments on the chain dynamics ].,290 Teramachi, M. See Lee, Y. H., 88
and thermal stability of bovine Singla, A. Thoma, R.J . See Samouillan, V., 330
pericardium collagen, 330 —,; Lee, C. H.: Inhibition of CEM Tirelli, N. See Vernon, B., 447
San Roman, J. See Abraham, G. A., calcification by the sequential Tomita, N. See Shibata, N., 570
638 pretreatment with ethanol and Torricelli, P.
San Roman, J. See de Queiroz, EDTA, 706 —; Fini, M.; Giavaresi, G.; Botter, R.;
A. A. A., 147 Skjak-Brek, G. See King, A., 533 Beruto, D.; Giardino, R.:
Sanchez, F. See Corefio, J., 13 1 Skjak-Brek, G. See Strand, B. L., 540 Biomimetic PMMA-based bone
Sandler, S. See King, A., 533 Smith, R. L. See Arora, A., 693 substitutes: A comparative in vitro
Sato, M. Snyder, A.J. See Xu, R., 114 evaluation of the effects of pulsed
—; Asazuma, T.; Ishihara, M.; Sokolov, J. See Pernodet, N., 684 electromagnetic field exposure, 182
Kikuchi, T.; Masuoka, K.; Soncini, M. See Zaffe, D., 365 Trindade, M. See Arora, A., 693
Ichimura, S.; Kikuchi, M.; Kurita, Song, Y. See Arora, A., 693 Truskey, G. A. See Mathur, A. B., 155
A.; Fujikawa, K.: An atelocollagen Spangenberg, K. M. See Peretti, Tsuchida, E.
honeycomb-shaped scaffold with a G. M., 517 —; Komatsu, T.; Matsukawa, Y.;
membrane seal (ACHMS-scaffold) Spauwen, P. H. M. See van den Nakagawa, A.; Sakai, H.;
for the culture of annulus fibrosus Dolder, J., 235 Kobayashi, K.; Suematsu, M.:
cells from an intervertebral disc, Spauwen, P. H. M. See Vehof, Human serum albumin
249 J. W. M., 417 incorporating synthetic heme: Red
Sato, M. See Ishihara, M., 551 Spector, M. See Lee, C. R., 560 blood cell substitute without
Sawada, S. Steele, D. A. See Haddow, D. B., 80 hypertension by nitric oxide
—; Sakaki, S.; Iwasaki, Y.; Stolz, D. B. See Ganta, S. R., 242 scavenging, 257
Nakabayashi, N.; Ishihara, K.: Stdlzel, M. See R6fGler, S., 655 Tsuchida, E. See Kobayashi, K., 48
Suppression of the inflammatory Strand, B. See King, A., 533 Tsuchiya, T. See Nakaoka, R., 439
response from adherent cells on Strand, B. L. Tsuda, T. See Lee, Y. H., 88
phospholipid polymers, 411 —; Merch, Y. A.; Syvertsen, K. R.;
Scharnweber, D. See ROGler, S., 655 Espevik, T.; Skjak-Breek, G.:
Uchida, M.
Microcapsules made by
Scharnweber, D. See Schliephake, H.,
—; Kim, H.-M.; Kokubo, T.;
225 enzymatically tailored alginate,
Fujibayashi, S.; Nakamura, T.:
Schliephake, H. 540
Structural dependence of apatite
—; Scharnweber, D.; Dard, M.; Su, W. Y. See Yang, J. M., 138 formation on titania gels in a
R6Gler, S.; Sewing, A.; Hiittmann, Suematsu, M. See Tsuchida, E., 257
simulated body fluid, 164
C.: Biological performance of Sun, J.-S.
Ueda-Ishibashi, H. See Nakayama,
biomimetic calcium phosphate —; Huang, Y.-C.; Lin, F.-H.; Chen,
¥ooe
coating of titanium implants in the L.-T.: The effect of sintered
Uo, M. See Yokoyama, A., 491
dog mandible, 225 dicalcium pyrophosphate on
Urbanski, P. See Anand, V. P., 648
Scott, K. D. See Lu, H. H., 465 osteoclast metabolism: An
See, L. C. See Yang, J. M., 138 ultrastructural study, 616
Sewing, A. See RGGler, S., 655 Sung, H.-W. van Blitterswijk, C. A. See Barreére, F.,
Sewing, A. See Schliephake, H., 225 —,; Chang, W.-H.; Ma, C.-Y.; Lee, 378
Shang, Q. See Mao, J., 301 M.-H.: Crosslinking of biological van den Dolder, J.
Shen, M. See Wagner, M.S., 1 tissues using genipin and/or —; Bancroft, G. N.; Sikavitsas, V. I;
Shibata, N. carbodiimide, 427 Spauwen, P. H. M.; Jansen, J. A.;
—; Tomita, N.; Ikeuchi, K.: Numerical Sutherland, D. See Andersson, A.-S., Mikos, A. G.: Flow perfusion
simulations on fatigue destruction 622 culture of marrow stromal
of ultra-high molecular weight Swain, M. V. See Lucksanasombool, osteoblasts in titanium fiber mesh,
polyethylene using discrete P93 235
element analyses, 570 Syvertsen, K. R. See Strand, B. L., 540 van den Dolder, J. See Vehof,
Shih, C. H. See Yang, J. M., 138 J. W. M., 417
Shimizu, Y. See Lee, Y. H., 88 van der Valk, C. M. See Barrére, F.,
Shoichet, M. S. See Karp, J. M., 388 Takebe, J. 378
Short, R. D. See Haddow, D. B., 80 —; Champagne, C. M.; Offenbacher, van Luyn, M. J. A. See Bonnema, H.,
Sieving, A. S.; Ishibashi, K.; Cooper, L. F.: 502
—; Wu, B.; Mayton, L.; Nasser, S.; Titanium surface topography alters van Timmeren, M. M. See Bonnema,
Wooley, P. H.: Morphological cell shape and modulates bone H,, 502
AUTHOR INDEX
van Wachem, P. B. See Bonnema, H., Watkins, S. C. See Ganta, S. R., 242 properties of hydroxyapatite
502 Wei, C.-W. See Wang, J.-H., 606 coating on Ti, ZrO,-coated Ti, and
Vaquero, J. See Abraham, G. A., 638 Wen, H. B. TPS-coated Ti substrate, 509
Vehof, J. W. M. —; Moradian-Oldak, J.: Modification Yano, K. See Mizuno, K., 177
—; van den Dolder, J.; de Ruijter, of calcium—phosphate coatings on Yaszemski, M. J. See Poshusta, A. K.,
J. E.; Spauwen, P. H. M.; Jansen, titanium by recombinant 62
J. A.: Bone formation in amelogenin, 483 Yokoyama, A.
CaP-coated and noncoated Winn, S. R. See Hu, Y., 583 —; Matsuno, H.; Yamamoto, S.;
titanium fiber mesh, 417 Wooley, P. H. See Sieving, A., 457 Kawasaki, T.; Kohgo, T.; Uo, M.;
Vernon, B. Worch, H. See RO6Gler, S., 655 Watari, F.; Nakasu, M.: Tissue
—-; Tirelli, N.; Bachi, T.; Haldimann, Woss, C. J. See Anand, V. P., 648 response to a newly developed
D.; Hubbell, J. A.: Water-borne, in Wu, B. See Sieving, A., 457 calcium phosphate cement
situ crosslinked biomaterials from containing succinic acid and
phase-segregated precursors, 447 carboxymethyl-chitin, 491
Voskerician, G. See Brodbeck, W. G., Xu, C. See Li, C., 197 Young, T.-H. See Wang, J.-H., 606
320 Xu, D. See Pernodet, N., 684 Yura, H. See Ishihara, M., 551
Xu, R.
—; Manias, E.; Snyder, A.J.; Runt, J.:
Wagner, M. S. Low permeability biomedical Zaffe, D.
—; Shen, M.; Horbett, T. A.; Castner, polyurethane nanocomposites, —; Rodriguez y Baena, R.; Rizzo, S.;
D. G.: Quantitative analysis of 114 Brusotti, C.; Soncini, M.;
binary adsorbed protein films by Pietrabissa, R.; Cavani, F.;
time of flight secondary ion mass Quaglini, V.: Behavior of the
spectrometry, 1 Yagi, K. See Higashiyama, S., 475 bone-titanium interface after
Wang, J.-H. Yamamoto, S. See Yokoyama, A., 491 push-in testing: A morphological
—; Wei, C.-W.,; Liu, H.-C.; Young, Yamamoto, Y. See Lee, Y. H., 88 study, 365
T.-H.: Behavior of MG-63 cells on Yamamura, K. See Mizuno, K., 177 Zanardi, L. See Bosetti, M., 189
nylon/chitosan-blended Yang, G. See Mao, J., 301 Zaporojan, V. See Peretti, G. M., 517
membranes, 606 Yang, J. M. Zhao, L. See Mao, J., 301
Wang, J.-W. —,; Shih, C. H.; Chang, C.-N.; Lin, Ziats, N. P. See Brodbeck, W. G., 320
—; Hon, M.-H.: Sugar-mediated F. H.; Jiang, J. M.; Hsu, Y. G.; Su, Zreiqat, H.
chitosan/ poly(ethylene W. Y.; See, L. C.: Preparation of —; Akin, F. A.; Howlett, C. R.;
glycol)-B-dicalcium pyrophosphate epoxy-SiO, hybrid sol-gel Markovic, B.; Haynes, D.; Lateef,
composite: Mechanical and material for bone cement, 138 S.; Hanley, L.: Differentiation of
microstructural properties, 262 Yang, N.-L. See Pernodet, N., 684 human bone-derived cells grown
Wataha, J. C. See Lewis, J. B., 217 Yang, Y. on GRGDSP-peptide bound
Watanabe, M. See Kobayashi, K., 48 —; Ong, J. L.: Bond strength, titanium surfaces, 105
Watari, F. See Yokoyama, A., 491 compositional, and structural Zurita, M. See Abraham, G. A., 638
Journal of Biomedical Materials Research Part A
Subject Index—Volume 64A
Adhesion, 88 Bone formation, 225 Compression, 560
Adsorption, 684 Bone marrow, 417 Cover, 52
Aggregation, 282 Bone marrow cell culturing, 291 Crack propagation, 93
AIF-1 (allograft inflammatory Bone morphogenetic proteins, 207 Critical stress intensity factor, 93
factor-1), 12 Bone remodeling, 105 Crosslinking characteristics, 427
Alginate, 533, 540 Bone repair, 525 Culture method, 417
Alginate beads, 273 Bone substitutes, 182 Cultured cell, 249
Amelogenin, 483 Bone tissue engineering, 388 Cytokines, 320
Amorphous calcium phosphate, 655 Bone/implant interface, 365
Anatase, 164 Bone-like carbonate apatite, 378 Debris morphology, 457
Animal model, 12 Bovine pericardium, 330
Defect formation and propagation,
Annulus fibrosus, 249 570
Antitumoral drugs, 638 Calcification, 706 Degradable hydrogels, 70
Apatite, 131, 164, 339, 483, 664 Calcite, 339
Delamination, 570
Apoptosis, 616 Calcium adsorption, 131 Dendrimer, 475
Arginine-glycine-aspartic acid (RGD), Calcium carbonate, 171 Dental materials, 217
583 Calcium phosphate, 171, 225, 630 Dentin-enamel junction (DEJ), 372
Articular chondrocytes, 560 Calcium phosphate cement, 491, 664 Differential scanning calorimetry, 330
Artificial skin, 301 Calcium phosphate coating, 417, 483 Diisocyanato-2-methylpentane, 242
Atherosclerotic plaque, 197 Calcium phosphate phases, 655 Discrete element method, 570
Atomic force microscopy (AFM), 349 Carbodiimide, 427 Drug delivery, 52
Auger electron spectroscopy, 600 Cardiac assist device, 114 Drug release, 638
Avidin-biotin, 155 Cartilage, 70, 517 Dynamic light scattering, 339
Cartilage repair, 517
B-DCP, 262 CD44, 502
EDTA, 706
Basement membrane, 357 Cell adhesion, 155, 225, 517
Elastin, 706
Bioactive glasses, 189, 465 Cell attachment, 80, 583, 622
Elastomeric polymer, 52
Bioactivity, 164, 465 Cell culture, 20, 630
Electrochemistry, 655
Bioartificial liver, 475 Cell culture techniques, 235
Electron microscopy, 357
Biochemical characterization, 197 Cell differentiation, 439
Emission spectroscopy, 372
Biocompatibility, 62, 242, 309, 320, Cell loading method, 417
Emulsions, 447
411, 491, 533, 648, 698 Cell transfer, 80
Endosseous implant, 207
Biodegradable, 465 Cement line matrix, 388
Endothelial cells, 397
Biodegradable polyurethane, 242 Cement-composite material, 93
Enthalpy, 120
Biological interfacial material, 372 Chitosan hydrogel, 551
Entropy, 120
Biological tissue, 427 Chitosan, 177, 262, 301, 606
Enzymatic degradation, 427
Biomaterial interface, 388 Chitosan lactate, 147 Epimerase, 533
Biomaterials, 182, 273, 397 Cholesterol conjugation, 282
Epithelium, 357
Biomechanics, 517 Chondrocyte, 517
Ethylene oxide, 648
Biomimetic coating, 225, 378 Chondrogenesis, 273
Extracellular matrix, 20
Biopolymer, 282 Cluster, 339
Biostability, 309 CM-chitin, 491
Blend, 606 Coating, 600, 630 Fatigue, 570
Blood, 397 Collagen, 88, 439 Fibrillogenesis, 684
Blood compatibility, 147 Collagen denaturation, 330 Fibroblast, 301, 591
Blood plasma, 339 Collagen implant,-502 Fibroblast growth factor, 177
Bone, 93, 465 Collagen-elastin matrix, 706 Fibroblast growth factor-1, 551
Bone attachment, 672 Composite, 262, 463 Fibroblast growth factor-2, 551
Journal of Biomedical Materials Research, Vol. 64A, 722-724 (2003)
SUBJECT INDEX
Fibronectin, 20, 349, 684 Mechanical properties, 427 Plasma spraying, 509
Flow perfusion, 235 Mechanical testing, 672 Platelets, 397
Flow preconditioning, 155 Medical devices, 648 Poly (ether ester) segmented block
Fluorescence spectra, 372 Membrane, 114 copolymer, 291
Focal contacts, 155 Mesenchymal stem cells (MSCs), 273 Poly(dimethyl siloxane), 309
Foreign-body reaction, 502 Messenger RNA (mRNA) expression, Poly(ethylene glycol), 70
Fracture lines, 365 41] Poly(ethylene oxide), 309
Fracture toughness, 93 MG-63 cells, 606 Poly(L-lysine), 583
Free energy, 120 Michael-type reaction, 447 Poly(tetramethylene oxide), 309
Freeze-drying, 262, 291 Microcapsules, 540 Poly(vinyl alcohol), 147
FTIR-ATR, 197 Microdiffraction, 664 Polyanhydrides, 62
Microencapsulation, 533 Polycarbonate, 357
Micromass culture system, 439 Polymer, 20, 465
Gas-plasma treatment, 291
Gelatin, 88, 301 Microparticles, 397 Polymer blend, 171
Genetically diabetic mouse, 177 Micropore, 52 Polymeric micelles, 282
Genipin, 427 Microradiography, 365 Polyurethane, 114
Graft copolymers, 638 Midbrain cells, 439 Porosity, 672
MMP-2, 698 Porous matrix, 583
Model breast implants, 12 Porous titanium, 417
Hard coatings, 591 Molecular modeling, 120 Protein adsorption, 1, 20, 120, 349, 622
Heavy metals, 217
Mononuclear cells, 397 Proteinoids, 282
Hemidesmosome, 357
Mucosal irritation, 648 Pulsed electromagnetic field, 182
Hemolysis, 648
Multinucleated giant cell, 502 Push-in test, 365
Heparin, 551
Heparin-binding growth factors, 525
Hepatocytes, 475 Nanocomposite, 114 R-curve, 93
Human osteoblast-like cells, 189 NF«B, 217 Rat bone marrow cell, 171
Human serum albumin, 48, 257 Nitric oxide, 257 Red blood cell substitute, 257
Hydrogel, 147, 309 Nylon, 606 Reverse transcription polymerase
Hydroxyapatite, 509, 600, 655 chain reaction (RT-PCR), 411
Hypertension, 257 Octacalcium phosphate, 378, 483 RGD, 38
Hypoxia, 48 Orthopaedic biomaterial, 62 RGTA, 525
Orthopaedic wear debris, 457 Ricinus communis polyurethane, 171
Immune response, 693 Osseointegration, 225 Rutile, 164
In situ crosslinking, 447 Osseous wound healing, 207
In vitro, 273, 378 Osteoblast-like cells, 698 Salt leaching, 291
In vitro model, 525 Osteoblasts, 105, 182
Scaffold, 249, 388, 475
In vivo, 378 Osteoclasts, 105, 616 Scanning electron microscope, 365
In vivo experiments, 638 Osteoconductivity, 491
Selected-area diffraction, 664
In vivo spectroscopy, 197 Osteogenesis, 417
Self-assembled monolayers, 120
Inflammation, 12, 217, 320, 457 Osteogenic cells, 235 Self-organization, 684
Injectable biomaterials, 447 Osteoinduction, 207 SEM, 447
Interfaces, 600 Osteointegration, 465, 698 Shear stress, 155
Interleukin-18 (IL-18), 411 Osteolysis, 693 Simulated body fluid (SBF), 339
Interpenetrating polymer network, 38 Oxidation, 698 Sintered dicalcium pyrophophate, 616
Intervertebral disc, 249, 447 Oxygen-carrying medicine, 48 Sol-gel titania, 131
Solid tumor, 48
Juniper wood, 672 Partial least squares regression, 1 Spheroids, 475
Partially biodegradable matrices, 638 Stent, 52
PEG, 38 Sterilization, 672
Keratinocyte, 80, 301
Peptide residues, 120 Stress fibers, 155
Peptides, 105 Structural changes, 349
Laser, 630 Periprosthetic tissue, 457 Subcutaneous implantation, 378
Laser cladding, 630 Permeability, 114 Succinic acid, 491
Leukocytes, 320
PGA, 88 Sucrose, 242
Lymphocytes, 693 Phenotype, 249 Sugar, 262
Phosphate adsorption, 131 Supported lipid bilayers, 622
Macrophage fusion, 502 Phosphatidylcholine, 622 Surface charge density, 684
Macrophage phenotype, 207 Phospholipid polymer, 411 Surface eroding, 62
Mannuronan epimerase, 540 Photopolymerization, 62, 70 Surface modification, 38, 439, 509, 583
Matrix bonding, 517 Plasma polymer, 80 Surface treatment, 630
Matrix synthesis, 560 Plasma polymerization, 80 Surgery, 88
SUBJECT INDEX
Synergism, 706 Toxicity, 672 Vascular endothelial cells, 20
Synthetic heme, 48, 257 Trabecular bone, 388 Vascularization, 551
Transmission electron microscopy,
Thermal oxidation, 591 600
Wettability, 591
Thermally stimulated currents, 330 Transplantation, 533 Whisker, 664
Tissue engineering, 70, 189, 235, 242, Type I collagen, 189
Width estimate, 372
249, 417, 465, 517 Type II collagen, 560 Work of fracture, 93
Titania, 164
Wound defects, 12
Titanium, 38, 105, 483, 509, 655
Titanium fiber mesh, 235 UHMWPE, 457, 698 Wound healing, 80, 147, 177, 320
Titanium implants, 591 Ultra-high molecular weight
ToF-SIMS, 1 polyethylene, 570 ¢ potential, 131
Total hip replacement, 693 Ultrastructure, 616 Zirconium oxide, 509