Journal of Biomedical Materials Research 2004: Vol 68A Index

2004·2.7 MB·English

Journal of Biomedical Materials Research
Author Index—Volume 68A
Abraham, G. A. See de Arruda Brown, K. C. See Luebke, K. J., 696 Dean, D. See Fisher, J. P., 428
Almeida, K., 473 Brunner, E. See Frosch, K.-H., 325 de Arruda Almeida, K.
Acil, Y. See Wang, H. 219 Bumgardner, J. D. See Lin, H.-Y., 717 —; Queiroz, A. A. A.; Higa, O. Z.;
Adams, C. S. See El-Ghannam, A. R., Burugapalli, K. Abraham, G. A.; San Roman, J.:
615 : Koul, V.; Dinda, A. K.: Effect of Macroporous poly(I-caprolac tone)
Akisue, T. See Fujishiro, T., 531 composition of interpenetrating with antimicrobial activity
Anderson, D. See Wang, H., 61 polymer network hydrogels based obtained by iodine
Anderson, J. M. See Wiggins, M. J., on poly(acrylic acid) and gelatin polymerization, 473
665 on tissue response: A quantitive in de Bruijn, J. D. See Wilson, C. I
Anseth, K. S. See Nuttleman, C. R tudy1,1 210 de Leij, L. F. M. H. See van Bilsen,
P. Fi |. 425
Antonucci, J. M. See Skrtic, D., 763 Dellacherie, E. See Leonard, M., 335
Asaoka, K. See Yokoyama, K., 150 Demian, N. See Fisher, J. P., 428
Atala, A. See Kim B.-S., 201 Deng, L. F. See Wong, C. T., 513
Denzer, A. See Tosatti, S., 458
Cabrita, A. M. S. See Ferreira, L., 584 de Queiroz, A. A. A. See de Arruda
Campbell, C. See Tosatti, S., 458 Almeida, K., 473
Carter, D. E. See Luebke, K. J 696 DeYoung, D. W. See Szivek, J
Castner, D. See El-Ghannam, A. R.,
Balooch, M. See Ho, S. P., 343 Dhert, W. J. A. See Wilson, C. |
Barbosa, M. A. See Ferreira, L., 584 615 Dinda, A. K. See Burugapalli, K., 21
Barvencik, F. See Frosch, K.-H., 325 Chan, W. K. See Wong, ¢ Dohi, Y. See Shimaoka, H., 168
Bataillon-Linez, P. See Zhang, Y. M., Chang, B.-S. See Ryu, H.-S Donahue, H. J. See Lim, J. Y., 504
Chang, P.-L. See Kilpadi, K. I
383 Dong, X. N.
Chen, F. See Wang, X., 411
Bellis, S. L. See Kilpadi, K. | > Yeni, Y. N Les, C. M.; Fyhrie
Benoit, J. P. See Rizk, T., 360 Chen, G. See Wang, X., 411 DD. P Effects of end boundary
Best, S. M. See Hing, K. A Chen, S. See Wang, X., 411 conditions and specimen geometry
Porter, A. E., 133 Chesne, C. See Lamarque, S., 257 on the viscoelastic properties of
Bini, T. B. Cheung, K. M. C. See Wong, C. 1 cancellous bone measured by
Gao, S.; Xu, X Wang, S 51 2 dynamic mechanical analysis, 573
Ramakrishna, S. Leong, K. W Choe, E. S. Donovan, D. See Kanjickal, D., 489
Peripheral nerve regneration by Warrier B.; Chun, J. S Park, J. ¢ Dordick, J. S. See Ferreira, L., 584
microbraided poly(L-lactide- Lee, C. H.: EDTA-induced Dresing, K. See Frosch, K.-H., 325
glycolide) biodegradable polymer activation of Ca-regulated proteins Druecke, D.
fibers, 286 in the vaginal mucosa, 159 Langer, S.; Lamme, E.; Pieper, J.;
Bolikal, D. See Weber, N., 496 ChLo. Cw. S,ee Xu, H. H. K Ugarkovic, M.; Steinau, H. L
Bonassar, L. J. See Roy, R., 597 Chun, J. S. See Choe, E. S., 159 Homann, H. H
Bonfield, W. See Hing, K. A., 187; Chung, S.-S. See Ryu, H.-S., 79 Neovascularization of poly(ether
Porter, A. E., 133 Cladera, J. See Sim, B., 352 ester) block-« opoly mer scaffolds in
Bonnaure-Mallet, M. See Lamarque, Clark, R. A. See Shu, X. Z., 365 0: Long-term investigations
Sy, 207 Clarke, I. C. See Oonishi, H., 5 using intravital fluorescent
Bossano, C. M. See Fisher, J. P., 428 Cochran, D. L. See Tosatti, S., 458 microscopy, 10
Bourke, S. L. See Weber, N., 496 Colombo, G. Dubini, B. See Nicoli Aldini, N., 264
Boyan, B. D. See Tosatti, S., 458 ; Langer, R.; Kohane, D. S. Effect of Ducheyne, P. See El-Ghannam, A. R.,
Breme, J. See Frosch, K.-H., 325 excipient composition on the 615
Bremmell, K. See Zhang, H., 479 biocompatibility of bupivacaine- Dziubla, T. D.
Brey, E. M. See Fisher, J. P., 428 containing microparticles ath the ; Lowman, A. M.: Vascularization of
Brockmann, W. G. See Kostorvz, sciat nerve, 651 PEG-grafted macroporous hydrogel
Piha 660 Composto, R. J. See El-Ghannam, sponges: A three-dimensional in vitro
Brouwer, L. A. See van Bilsen, A. R. 615 angiogenesis model using human
r,t. 5425 Cooper, L. F. See Harris, C. 1 , 747 microvascular endothelial cells, 603
Journal of Biomedical Materials Research Vol 68A, 784-789 (2004)
Journal of Biomedical Materials Research
Author Index—Volume 68A
Abraham, G. A. See de Arruda Brown, K. C. See Luebke, K. J., 696 Dean, D. See Fisher, J. P., 428
Almeida, K., 473 Brunner, E. See Frosch, K.-H., 325 de Arruda Almeida, K.
Acil, Y. See Wang, H. 219 Bumgardner, J. D. See Lin, H.-Y., 717 —; Queiroz, A. A. A.; Higa, O. Z.;
Adams, C. S. See El-Ghannam, A. R., Burugapalli, K. Abraham, G. A.; San Roman, J.:
615 : Koul, V.; Dinda, A. K.: Effect of Macroporous poly(I-caprolac tone)
Akisue, T. See Fujishiro, T., 531 composition of interpenetrating with antimicrobial activity
Anderson, D. See Wang, H., 61 polymer network hydrogels based obtained by iodine
Anderson, J. M. See Wiggins, M. J., on poly(acrylic acid) and gelatin polymerization, 473
665 on tissue response: A quantitive in de Bruijn, J. D. See Wilson, C. I
Anseth, K. S. See Nuttleman, C. R tudy1,1 210 de Leij, L. F. M. H. See van Bilsen,
P. Fi |. 425
Antonucci, J. M. See Skrtic, D., 763 Dellacherie, E. See Leonard, M., 335
Asaoka, K. See Yokoyama, K., 150 Demian, N. See Fisher, J. P., 428
Atala, A. See Kim B.-S., 201 Deng, L. F. See Wong, C. T., 513
Denzer, A. See Tosatti, S., 458
Cabrita, A. M. S. See Ferreira, L., 584 de Queiroz, A. A. A. See de Arruda
Campbell, C. See Tosatti, S., 458 Almeida, K., 473
Carter, D. E. See Luebke, K. J 696 DeYoung, D. W. See Szivek, J
Castner, D. See El-Ghannam, A. R.,
Balooch, M. See Ho, S. P., 343 Dhert, W. J. A. See Wilson, C. |
Barbosa, M. A. See Ferreira, L., 584 615 Dinda, A. K. See Burugapalli, K., 21
Barvencik, F. See Frosch, K.-H., 325 Chan, W. K. See Wong, ¢ Dohi, Y. See Shimaoka, H., 168
Bataillon-Linez, P. See Zhang, Y. M., Chang, B.-S. See Ryu, H.-S Donahue, H. J. See Lim, J. Y., 504
Chang, P.-L. See Kilpadi, K. I
383 Dong, X. N.
Chen, F. See Wang, X., 411
Bellis, S. L. See Kilpadi, K. | > Yeni, Y. N Les, C. M.; Fyhrie
Benoit, J. P. See Rizk, T., 360 Chen, G. See Wang, X., 411 DD. P Effects of end boundary
Best, S. M. See Hing, K. A Chen, S. See Wang, X., 411 conditions and specimen geometry
Porter, A. E., 133 Chesne, C. See Lamarque, S., 257 on the viscoelastic properties of
Bini, T. B. Cheung, K. M. C. See Wong, C. 1 cancellous bone measured by
Gao, S.; Xu, X Wang, S 51 2 dynamic mechanical analysis, 573
Ramakrishna, S. Leong, K. W Choe, E. S. Donovan, D. See Kanjickal, D., 489
Peripheral nerve regneration by Warrier B.; Chun, J. S Park, J. ¢ Dordick, J. S. See Ferreira, L., 584
microbraided poly(L-lactide- Lee, C. H.: EDTA-induced Dresing, K. See Frosch, K.-H., 325
glycolide) biodegradable polymer activation of Ca-regulated proteins Druecke, D.
fibers, 286 in the vaginal mucosa, 159 Langer, S.; Lamme, E.; Pieper, J.;
Bolikal, D. See Weber, N., 496 ChLo. Cw. S,ee Xu, H. H. K Ugarkovic, M.; Steinau, H. L
Bonassar, L. J. See Roy, R., 597 Chun, J. S. See Choe, E. S., 159 Homann, H. H
Bonfield, W. See Hing, K. A., 187; Chung, S.-S. See Ryu, H.-S., 79 Neovascularization of poly(ether
Porter, A. E., 133 Cladera, J. See Sim, B., 352 ester) block-« opoly mer scaffolds in
Bonnaure-Mallet, M. See Lamarque, Clark, R. A. See Shu, X. Z., 365 0: Long-term investigations
Sy, 207 Clarke, I. C. See Oonishi, H., 5 using intravital fluorescent
Bossano, C. M. See Fisher, J. P., 428 Cochran, D. L. See Tosatti, S., 458 microscopy, 10
Bourke, S. L. See Weber, N., 496 Colombo, G. Dubini, B. See Nicoli Aldini, N., 264
Boyan, B. D. See Tosatti, S., 458 ; Langer, R.; Kohane, D. S. Effect of Ducheyne, P. See El-Ghannam, A. R.,
Breme, J. See Frosch, K.-H., 325 excipient composition on the 615
Bremmell, K. See Zhang, H., 479 biocompatibility of bupivacaine- Dziubla, T. D.
Brey, E. M. See Fisher, J. P., 428 containing microparticles ath the ; Lowman, A. M.: Vascularization of
Brockmann, W. G. See Kostorvz, sciat nerve, 651 PEG-grafted macroporous hydrogel
Piha 660 Composto, R. J. See El-Ghannam, sponges: A three-dimensional in vitro
Brouwer, L. A. See van Bilsen, A. R. 615 angiogenesis model using human
r,t. 5425 Cooper, L. F. See Harris, C. 1 , 747 microvascular endothelial cells, 603
Journal of Biomedical Materials Research Vol 68A, 784-789 (2004)
AUTHOR INDEX
Ehteshami, G. R. See Massia, S. P., Giardino, R. See Nicoli Aldini, N., Ultrastructure and
177 264 nanomechanical properties of
Eick, J. D. See Kostoryz, E. L., 660 Giavaresi, G. See Nicoli Aldini, N., cementum dentin junction, 343
El-Ghannam, A. R. 264 Holecko, M. M. See Massia, S. P., 177
—; Ducheyne, P.; Risbud, M.; Adams, Gil, M. H. See Ferreira, L., 584 Homann, H. H. See Druecke, D., 10
C. S.; Shapiro, I. M.; Castner, D.; Glattauer, V. See Lickorish, D., 19 Hong, K. S. See Ryu, H.-S., 79
Golledge S.; Composto, R. J.: Golledge, S. See El-Ghannam, A. R., Honma, R. See Yamamoto, A., 244
Model sufaces engineered with 615 Howlett, C. R. See Lickorish, D., 19;
nanoscale roughness and RGD Goodis, H. E. See Ho, S. P., 343 Pabbruwe, M. B., 305
tripeptides promote osteoblast Goreish, H. H. Huang, P. See Zhang, Y. M., 383
activity, 615 -; Lewis, A. L.; Rose, S.; Lloyd, Hubbell, J. A. See Seliktar, D., 704;
Elisseeff,J . H. See Li, Q., 28
\. W.: The effect of Tosatti, S., 458
El-Kurdi, M. S. See Orban, Jj. M., 756 phosphorylcholine-coated Hubert, P. See Leonard, M., 335
El-Sherif, D. M. materials on the inflammatory
—; Lathia, J. D.; Le, N. T.; Wheatley, response and fibrous capsule
M. A.: Ultrasound degradation of formation In vitro and iil VIVO Igarashi, K. See Nakabayashi, N., 558
novel polymer contrast agents, 71 observations, 1
Ikeuchi, M. See Shimaoka, H., 168
Evancho-Chapman, M. M. See Gough, J. E.
Inoue, T. See Matsuzaka, K., 227
Kanjickal, D., 489 -; Notingher, I.; Hench, L. L.:
Iwasaki, Y.
Osteoblast attachment and
; Toida, T.; Nakabayashi, N
mineralized nodule formation on
Improved wet bonding of methyl
Ferreira, L. rough and smooth 45S5 bioactive methacrylate-tri-n-butylborane
; Rafael, A.; Lamghari, M.; Barbosa, glass monoliths, 640
resign to dentin etched with ten
M. A.; Gil, M. H.; Cabrita Gray, S. D. See Liu, Y., 142
percent phosphoric acid in the
A. M. S.; Dordick, J. S Gu, X. See Wang, X., 411
presence of ferric ions, 566
Biocompatibility of Guthrie, W. F. See Simon, C. G., Jr.,
chemoenzymatically derived 628
dextran-acrylate hydrogels, 584
Jain, R.
Fini, M. See Nicoli Aldini, N., 264
; Recum, A. F.: Fibroblast
Fisher, J. P. Hajdu, S. D. See Szivek, J]. A., 537
; Lalani, Z.; Bossano, ¢ M.; Brey Hall, M. W. See Pitt, W. G., 95 attachment to smooth and
microtextured PET and thin cp-Ti
E. M.; Demian, N Johnston Han, Y. See Zhang, Y. M., 383
C. M.; Dean, D.; Jansen, J. A.; Hanawa, T. See Yamamoto, A., 244 films, 296
Wong, M.E . K.; Mikos, A. G Hara, M. See Higuchi, A., 34 Jansen, J. A. See Fisher, J. P., 428
Effect of biomaterial properties Harris, C. T. Jansen, K. See Meek, M. F., 43
bone healing in a rabbit tooth Cooper, L. F.: Comparison of bone Johnston, C. M. See Fisher, J. P., 428
extraction socket model, 428 graft t matrices for human Jollivet, C. See Rizk, T., 360
Frosch, K.-H. mesenchymal stem cell-directed Josset, Y. See Oum’hamed, Z., 114
Barvencik, F.; Viereck, \ osteogenesis, 747
Lohmann, C. H.; Dresing, K Hench, L. L. See Gough, J. E., 640
Breme, ].; Brunner, E.; Stiirmer Hendriks, M. See van Bilsen, P. H. ] Kaneko, K. See Yokoyama, K.,
K. M.: Growth behavior, matrix $23 Kanjickal, D.
production, and gene expression Higa, O. Z. See de Arruda Almeida, ; Lopina, S.; Evancho-Chapman,
of human osteoblasts in defined K., 473 M. M.; Schmidt, S.; Donovan, D..;
cylindrical titanium channels, 325 Higuchi, A. Springhetti, S.: Polymeric
Fujisawa, A. See Oonishi, H., 52 Yamamiya, S.-i.; Yoon, B. O sustained local drug delivery
Fujishiro, T. Sakurai, M.; Hara, M.: Peripheral system for the prevention of
Nishikawa, 1 ; Shibanuma, N blood cell separation through vascular intimal hyperplasia, 489
\kisue, T.; Takikawa, S surface-modified polyurethane Kao, W. J. See Zilinski, J. L., 392
Yamamoto, T.; Yoshiya, S membranes, 34 Kapur, T. A.
Kurosaka, M.: Effect of cylic Hildebrand, H. F. See Zhang, Y. M —; Shoichet, M. S.: Immobilized
mechanical stretch and titanium 383 concentration gradients of nerve
particles on prostaglandin | Hiltner, A. See Wiggins, M. J., 668 growth factor guide neurite
production by human Hing, K. A. outgrowth, 235
macrophages in vitro, 531 Best, S. M.; Tanner, K. E. Bonfield, Kato, S.
Fyhrie, D. P. See Dong, X. N., W.; Revell, P. A.: Mediation of ; Kidoaki, S.; Matsuda, T.:
bone ingrowth in porous Substrate-dependent cellular
hydroxyapatite bone graft behavior of swiss 3T3 fibroblasts
Gao, S. See Bini, T. B., 286 substitutes, 187 and activation of RHO family
Garner, H. R. See Luebke, K. J., 696 Ho, S. P. during adhesion and spreading
Garnotel, R. See Oum’hamed, Z., 114 ~—; Balooch, M.; Goodis, H. E.; processes, 314
Ghosh, K. See Shu, X. Z., 365 Marshall, G. W.; Marshall, S. J.: Kidoaki, S. See Kato, S., 314
AUTHOR INDEX
Kilpadi, K. L. inflammatory effects of a titanium- Lopina, S. See Kanjickal, D., 489
—; Swayer, A. A.; Prince, C. W.; peroxy gel: Role of oxygen Lowman, A. M. See Dziubla, T. D.,
Chang, P.-L.; Bellis, S. L.: Primary metabolites and apoptosis, 448 603
human marrow stromal cells and Lathia, J. D. See El-Sherif, D. M., 71 Lu, D. S. See Wong, C. T., 513
Saos-2 osteosarcoma cells use Laurent-Maquin, D. See Oum’hamed, Lu, W. W. See Wong, C. T., 513
differnet mechanisms to adhere to Z., 114 Ludwig, K. See Wang, H., 219
hydroxylapatite, 273 Le, N. T. See El-Sherif, D. M., 71 Luebke, K. J.
Kim, B.-S. Le Lan, J. See Lamarque, S., 257 —; Carter, D. E.; Garner, H. R.;
—; Yoo, J. J.; Atala, A.: Peripheral Lee, C. H. See Choe, E. S., 159 Brown, K. C.: Patterning adhesion
nerve regeneration using cellular Lee, C.-K. See Ryu, H.-S., 79 of mammalian cells with visible
nerve grafts, 201 Lee, D.-H. See Ryu, H.-S., 79 light, tris(bipyirdyl)ruthenium(II)
Kim, D. J. See Ryu, H.-S., 79 Lee, J. H. See Ryu, H.-S., 79 chloride, 21d a digital micromirror
Kim, H. See Ryu, H.-S., 79 Lee, J.-K. See Ryu, H.-S., 79; Wang, array, 696
Kim, H.-E. See Kim, H.-W., 522 H., 61 Luk, K. D. K. See Wong, C. T., 513
Kim, H.-W. Leonard, M. Lundgqvist-Gustafsson, H. See
—; Kim, H.-E.; Salih, V.; Knowles, -; Rastello de Boisseson, M.; Hubert, Larsson, J., 448
J. C.: Dissolutin control and P.; Dellacherie, E.: Production of Luo, Y. See Pitt, W. G., 95; Shu, X. Z.,
cellular responses of calcium microspheres based on 365
phospahte coatings on zirconia hydrophobically associating Lutolf, M. P. See Seliktar, D., 704
porous scaffold, 522 alginate derivatives by
Kirita, T. See Shimaoka, H., 168 dispersion/ gelatin in aqueous
Knowles, J. C. See Kim, H.-W., 522 sodium chloride solutions, 335 MacEwan, M. See Wiggins, M. J., 668
Kobayashi, T. See Nakamura, S., 90 Leong, J. C. Y. See Wong, C. T., 513 Marshall, G. W. See Ho, S. P., 343
Kofroth, J. A. See Orban, J. M., 756 Leong, K. See Li, Q., 28 Marshall, S. J. See Ho, S. P., 343
Kohane, D. S. See Colombo, G., 651 Leong, K. W. See Bini, T. B., 286 Martini, L. See Nicoli Aldini, N., 264
Kohles, S. S. See Roy, R., 597 Les, C. M. See Dong, X. N., 573 Masaoka, T. See Oonishi, H., 52
Kohn, iB See Weber, N., 496 Lewis, A, L. See Goreish, H. H., 1 Mason, M. L. See Pitt, W. G., 95
Kostoryz, E. L. La, Q. Massia, S. P.
—; Wetmore, L. A.; Brockmann, ; Williams, C. G.; Sun, D. D. N.; ; Holecko, M. M.; Ehteshami, G. R.:
W. G.; Yourtee, D. M.; Eick, J. D.: Wang, J.; Leong, K.; Elisseeff, In vitro assessment of bioactive
Genotoxicity assessment of J. H.: Photocrosslinkable coatings for neural implant
oxirane-based dental monomers in poly saccharides based on applications, 177
mammalian cells, 660 chondroitin sulfate, 28 Masuda, S. See Oonishi, H., 52
Koul, V. See Burugapalli, K., 210 Lickorish, D. Matsuda, T. See Kato, S., 314
Krajewski, A. See Nicoli Aldini, N ; Ramshaw, J. A. M.; Werkmeister, Matsuoka, A.
264 J. A.; Glattauer, V.; Howlett, C. R ; Tsuchiya, T.: Gene expression
Krishnan, A. Collagen—hydroxyapatite changes in BALB/3T3
; Sturgeon, J.; Siedlecki, C. A.; composite prepared by biomimetic transformants induced by poly(L-
Vogler, E. A.: Scaled interfacial process, 19 lactic acid) or polyurethane films,
activity of proteins at the liquid- Lim, J. Y. 376
vapor interface, 544 ; Liu, X.; Vogler, E. A.; Donahue, Matsuzaka, K.
Kudo, A. See Shimaoka, H., 168 H. J.: Systematic variation in ; Yoshinari M.; Shimono, M.; Inoue,
Kumar, S. See Zhang, H., 479 osteoblast ashesion and phenotype [.: Effects of multigrooved
Kurosaka, M. See Fujishiro, T., 5 with substratum surface surfaces on osteoblast-like cells in
characteristics, 504 tro: Scanning electron
Lin, H.-Y. microscopic observation and
Lalani, Z. See Fisher, J. P., 428 ; Bumgardner,J . D.: II n vit Fe mRNA expression of osteopontin
Lamarque, S. biocorrosion of Ti-6A1—4V implant and osteocalcin, 227
; Pellen-Mussi, P.; Rougier, N.; Le alloy by a mouse macrophage cell Maul, T. M. See Orban, J. M., 756
Lan, J.; Chesne, C.; Bonnaure- line, 717 Mazzocchi, M. See Nicoli Aldini, N.,
Mallet, M.: Gingival organotypic Liu, D. W. See Skrtic, D., 763 264
culture and langerhans cells: A Liu, X. See Lim, J. Y., 504 McDonough, W. G. See Skrtic, D.,
tool for immunotoxicologic Liu, Y. 4/09
experiments, 257 ; Shu, X. Z.; Gray, S. D.; Prestwich, Meek, M. F.
Lamghari, M. See Ferreira, L., 584 G. D.: Disulfide-crosslinked ; Jansen, K.; Steendam, R.; van
Lamme, E. See Druecke, D., 10 hyaluronan- gelatin sponge: Oeveren, W.; van Wachem, P. B.;
Langer, R. See Colombo, G., 651 growth of fibrous tissue in vivo van Luyn, M. J. A.: In vitro
Langer, S. See Druecke, D., 10 142 degradation and biocompatibility
Lannutti, J. See Wang, H., 61 ; See Shu, X. Z., 365 of poly(DL-lactide-i-caprolactone)
Larsson, J. Lloyd, A. W. See Goreish, H. H., 1 nerve guides, 43
—; Persson, C.; Tengvall, P.; Lohmann, C. H. See Frosch, K.-H., Menei, P. See Rizk, T., 360
Lundqvist-Gustafsson, H.: Anti- 325; Tosatti, S., 458 Mikos, A. G. See Fisher, J. P., 428
AUTHOR INDEX
Miyamoto, Y. See Yokoyama, K., 150 D.: Matrix metallaproteinases Rizk, T.
Mochizuki, A. See Tanaka, M., 684 MMP-2, -9 and tissue inhibitors —; Montero-Menei, C.; Jollivet, C.;
Montero-Menei, C. See Rizk, T., 360 TIMP-1, -2 expression and Benoit, J. P.; Menei, P.: Pitfalls in
Morris, R. N. See Pitt, W. G., 95 secretion by primary human the detection of lipid vectors in
Mourisi, A. M. See Wang, H., 61 osteoblast cells in response to neural cell clulture and in brain
titanium, zirconia, and alumina tissue, 360
ceramics, 114 Rose, S. See Goreish, H. H., 1
Nagumo, M. See Yokoyama, K., 150 Rougier, N. See Lamarque, S., 25 /
Nakabayashi, N., 566 Roy, R.
—; Watanabe, A.; Igarashi, K.: AFM Pabbruwe, M. B. —; Kohles, S. S.; Zaporojan, V.;
observation of collapse and —; Standard, O. C.; Sorrell, C. C.; Peretti, G. M.; Randolph, M. A.;
expansion of phosphoric acid- Howlett, C. R.: Use of an Xu, J.; Bonassar, L. J.: Analysis of
demineralized dentin, 558 intramedullary in vivo model to bending behavior of native and
Nakamurgra, S. study bone formation and engineered auricular and costal
—; Kobayashi, T.; Yamashita, K.: maintenance in ceramic porous cartilage, 597
Numerical osteobonding domains, 305 Rueger, D. R. See Wang, H., 219
evaluation of electrically polaried Palumbo, F. S. See Shu, X. Z., 365 Rustichelli, F. See Nicoli Aldini, N.,
hydroxyapatite ceramics, 90 159 264
Nelson, E. R. See Szivek, J. A., 537 Pellen-Mussi, P. See Lamarque, S., Ryu, H.-S.
Nemoto, K. See Tanimoto, Y., 107 257 —; Lee, J.-K.; Seo, J.-H.; Kim, H.;
Nicoli Aldini, N. Peppas, N. A. See Oral, E., 439 Hong, K. S.; Kim, D. J.; Lee, J. H.;
—; Fini, M.; Giavaresi, G.; Martini, L.; Peretti, G. M. See Roy, R., 597 Lee, D.-H.; Chang, B.-S.; Lee, C.-
Dubini, B.; Ponzi Bossi, M. G.; Persson, C. See Larsson, J., 448 K.; Chung, S.-S.: Novel bioactive
Rustichelli, F.; Krajewski, A.; Pieper, J. See Druecke, D., 10 and biodegradable glass ceramics
Ravaglioli, A.; Mazzocchi, M.; Pitt, W. G. with high mechanical strength in
Giardino, R.: Osteointegration of —; Morris, R. N.; Mason, M. L.; Hall, the CaO—SiO,.—B,O, system, 79
bioactive glass-coated and M. W.; Luo, Y.; Prestwich, G. D.:
uncoated zirconia in osteopenic \ttacjment of hyaluronan to
bone: An in VIVO experimental metallic surfaces, 95 Sakai, J. See Yokoyama, K., 150
study, 264 Ponzi Bossi, M. G. See Nicoli Aldini, Sakurai, M. See Higuchi, A., 34
Nishikawa, T. See Fujishiro, T., 531 N., 264 Salih, V. See Kim, H.-W., 522
Nishiwaki, T. See Tanimoto, Y., 107 Popa, E. R. See van Bilsen, P. H. J., San Roman, J. See de Arruda
Notingher, I. See Gough, J. E., 640 423 Almeida, K., 473
Nuttleman, C. R. Porter, A. E. Sawyer, A. A. See Kilpadi, K. L., 273
—; Tripodi, M. C.; Anseth, K. S.: In : Best, S. M.; Bonfield, W.: Schildberg, H. See Wang, H., 219
vitro osteogenic differentiation of Ultrastructural comparison of Schmidt, S. See Kanjickal, D., 489
human mesenchymal stem cells hydroxyapatite and silicon- Schwartz, Z. See Tosatti, S., 458
photoencapsulated in PEG substituted hydroxyapatite for Seliktar, D
hydrogels|, 777 3 biomedical applications, 133 —; Zisch, A. H.; Lutolf, M. P.; Wrana,
Powell, H. See Wang, H., 61 J. L.; Hubbell, J. A.: MMP-2
Prestwich, G. D. See Liu, Y., 142; Pitt, sensitive, VEGF-bearing bioactive
Ohgushi, H. See Shimaoka, H., 168 W. G., 95; Shu, X. Z., 365 hydrogels for promotion of
Okamoto, M. See Shimaoka, H., 168 Prince, C. W. See Kilpadi, K. L. vascular healing, 704
Oonishi, H. Seo, J.-H. See Ryu, H.-S., 79
; Clarke, I. C.; Yamamoto, K.; Shapiro, I. M. See El-Ghannam,
Masaoka, T.; Fujisawa, A.; Quinn, J. B. See Xu, H. H. K., 7 A. R., 615
Masuda, S.: Assessment of wear in Shibanuma, N. See Fujishiro, T., 531
extensively irradiated UHMWPE Shimaoka, H.
cups in simulator studies, 52 Rabie, A. B. M. See Wong, C. T., 513 —; Dohi, Y.; Ohgushi, H.; Ikeuchi, M.;
Oral, E. Rafael, A. See Ferreira, L., 584 Okamoto, M.; Kudo, A.; Kirita, T.;
; Peppas, N. A.: Responsive and Ramakrishna, S. See Bini, T. B., 286 Yonemasu, K.: Recombinant
recognitive hydrogels using star Ramshaw, J. A. M. See Lickorish, D., growth/ differentiation factor-5
polymers, 439 19 (GDF-5) stimulates osteogenic
Orban, J. M. Randolph, M. A. See Roy, R., 597 differentiation of marrow
; Wilson, L. B.; Kofroth, J. A.; El- Rastello dr Boisseson, M. See mesenchymal stem cells in porous
Kurdi, M. S.; Maul, T. M.; Vorp, Leonard, M., 335 hydroxyapatite ceramic, 168
D. A.: Crosslinking of collagen Ravaglioli, A. See Nicoli Aldini, N., Shimono, M. See Matsuzaka, K., 227
gels by transglutaminase, 756 264 Shoichet, M. S. See Kapur, T. A., 235
O’Shea, P. See Sim, B., 352 Revell, P. A. See Hing, K. A., 187 Shu, X. 2.
Oum’‘hamed, Z. Rhee, S.-H. See Yoo, J. J., 401 —; Ghosh, K.; Liu, Y.; Palumbo, F. S.;
—; Garnotel, R.; Josset, Y.; Risbud, M. See El-Ghannam, A. R., Luo, Y.; Clark, R. A.; Prestwich,
Trenteseaux, C.; Laurent-Maquin, 615 G. D.: Attachment and spreading
AUTHOR INDEX
of fibroblasts on an RGD peptide- Taylor, C. E. See van Bilsen, P. H. j., Microstructural disassembly of
modified injectable hyaluronan 423 calcium phosphates, 61
hydrogel, 365 Tengvall, P. See Larsson, J., 448 ; Springer, I. N. G.; Schildberg, H.;
-—; See Liu, Y., 142 Terheyden, H. See Wang, H., 219 Acil, Y.; Ludwig, K.; Rueger,
Siedlecki, C. A. See Krishnan, A., 544 Textor, M. See Tosatti, S., 458 D. R.; Terheyden, H.:
Sim, B. Toida, T. See Iwasaki, Y., 566 Carboxymethylcellulose-stabilized
—; Cladera, J.; O'Shea, P.: Fibronectin Tosatti, S. collagenous rhOP-1 device—a
interactions with osteoblasts: —; Schwartz, Z.; Campbell, C.; novel carrier biomaterial for the
Identification of a non-integrin- Cochran, D. L.; VandeVondele, S.; repair of mandibular continuity
mediated binding mechanism Hubbeil, J. A.; Denzer, A.; defects, 219
using a real-time fluorescence Simpson, J.; Wieland, M.; Wang, J. See Li, Q., 28
binding assay, 352 Lohmann, C. H.; Textor, M.; Wang, S. See Bini, T. B., 286
Simon, C. G.., Jr. Boyan, B. D.: RGD-containing Wang, X.
—; Guthrie, W. F.; Wang, F. W.: Cell peptide GCRGYGRGDSPG —; Gu, X.; Yuan, C.; Chen, S.; Zhang,
seeding into calcium phosphate reduces enhancement of osteoblast P.; Zhang, T.; Yao, J.; Chen, F.;
cement, 628 differentiation by poly(L-lysine)- Chen, G.: Evaluation of
Simpson, J. See Tosatti, S., 458 graft-poly(ethylene glycol)-coated biocompatibility of polypyrrole in
Skrtic, D. titanium surfaces, 458 vitro and in vive, 411
—; Antonucci, J. M.; McDonough, Traisnel, M. See Zhang, Y. M., 383 Wang, Y.
W. G.; Liu, D. W.: Effect of Trenteseaux, C. See Oum’hamed, Z., —; Spencer, P.: Overestimating hybrid
chemical structure and 114 layer quality in polished
composition of the resin phase on Tripodi, M. C. See Nuttleman, C. R., adhesive/dentin interfaces, 722
mechanical strength and vinyl Warrier, B. See Choe, E. S., 159
conversion of amorphous calcium Tsuchiya, T. See Matsuoka, . Watanabe, A. See Nakabayashi, N.,
phosphate-based composites, 763 558
Sorrell, C. C. See Pabbruwe, M. B., Weber, N.
405 —; Bolikal, D.; Bourke, S. L.; Kohn, J.:
Spencer, P. See Wang, Y., 722 Ugarkovic, M. See Druecke, Small changes in the polymer
Springer, I. N. G. See Wang, H., 219 structure influence the adsorption
Springhetti, S. See Kanjickal, D., 489 behavior of fibrinogen on polymer
St. C. Smart, R. See Zhang, H., 479 surfaces: Validation of a new
van Bilsen, P. H. J.
Standard, O. C. See Pabbruwe, M. B., rapid screening technique, 496
—; Popa, E. R.; Brouwer, L. A.;
305 Vincent, J.; Taylor, C. E.; de Leij, Werkmeister, J. A. See Lickorish, D.,
Steendam, R. See Meek, M. F., 43 L. F. M. H.; Hendriks, M.; van 19
Steinau, H. U. See Druecke, D., 10 Luyn, M. J. A.: Ongoing foreign Wetmore, L. A. See Kostoryz, E. L.
Sturgeon, J. See Krishnan, A., 544 body reaction to subcutaneous 660
Stiirmer, K. M. See Frosch, K.-H., 325 Wheatley, M. A. See El-Sherif, D. M.,
implanted (heparin) modified
Sumita, M. See Yamamoto, A., 244 71
dacron in rats, 423
Sun, D. D. N. See Li, Q., 28 van Blitterswijk, C. A. See Wilson, Wieland, M. See Tosatti, S., 458
Szivek, J. A. Wiggins, M. J.
Ce ao
—; Nelson, E. R.; Hajdu, S. D.; ; MacEwan, M.; Anderson, J. M.;
van Luyn, M. J. A. See Meek, M. F.,
Yablonski, K.; DeYoung, D. W.: Hiltner, A.: Effect of soft-segment
43; van Bilsen, P. H. J., 423
Transforming growth factor-B1 chemistry on polyurethane
van Oeveren, W. See Meek, M. F., 43
accelerates bone bonding to a van Wachem, P. B. See Meek, M. I biostability during in vitro fatigue
blended calcium phosphate 43 loading, 668
ceramic coating: A dose-response VandeVondele, S. See Tosatti, S., 458 Williams, C. G. See Li, O., 28
study, 5 aI=/ Verbout, A. J. See Wilson, C. E., 123 Wilson, C. E.
; Bruijn, J. D.; van Blitterswijk,
Viereck, V. See Frosch, K.-H., 325
C. A.; Verbout, A. J.; Dhert,
Vincent, J. See van Bilsen, P. H. J.,
Takagi, S. See Xu, H. H. K. 423 W. J. A.: Design and fabrication of
Takikawa, S. See Fujishiro, T., Vogler, E. A. See Krishnan, A., 544; standardized hydroxyapatite
Tanaka, M. Lim, J. Y., 504 scaffolds with a defined macro-
—; Mochizuki, A.: Effect of water von Recum, A. F. See Jain, R., 296 architecture by rapid prototyping
structure on blood compatibility Vorp, D. A. See Orban, J. M., 756 for bone-tissue-engineering
thermal analysis of water in research, 123
poly(mthe)acrylate, 684 Wilson, L. B. See Orban, J. M., 756
Tanimoto, Y. Winnard, P. See Wang, H., 61
—; Nishiwaki, T.; Nemoto, K.: Wang, F. W. See Simon, C. G., Jr., 628 Wong, C. T.
Numerical failure analysis of Wang, H. —; Lu, W. W.; Chan, W. K.; Cheung,
glass-fiber-reinforced composites, —; Lee, J.-K.; Mourisi, A. M.; KR. M,C; inky R. be Rs key; DeS:;
107 Anderson, D.; Winnard, P.; Rabie, A. B. M.; Deng, L. F.;
Tanner, K. E. See Hing, K. A., 187 Powell, H.; Lannutti, J.: Leong, J. C. Y.: In vivo cancellous
AUTHOR INDEX
bone remodeling on a strontium- Yamamoto, T. See Fujishiro, T., 531 Zaporojan, V. See Roy, R>. , 597
containing hydroxyapatite (Sr-HA) Yamashita, K. See Nakamura, S., 90 Zhang, H.
bioactive cement, 513 Yao, J. See Wang, X., 411 —; Bremmell, K.; Kumar, S.; St. C.
Wong, M. E. K. See Fisher, J. P., 428 Yeni, Y. N. See Dong, X. N., 5 Smart, R.: Vitronectin adsorption
Wrana, J. L. See Seliktar, D., 704 Yokoyama, K. on surfaces visualized by tapping
—; Kaneko, K.; Miyamoto, Y.; Asaoka, mode atomic force microscopy,
K.; Sakai, J.; Nagumo, M.: Fracture 479
Xu, H. H. K. associated with hydrogen Zhang, P. See Wang, X., 411
—; Takagi, S.; Quinn, J. B.; Chow, absorption of sustained tensile- Zhang, T. See Wang, X., 411
L. C.: Fast-setting calcium loaded titanium in acid and Zhang, Y. M.
phosphate scaffolds with tailored neutral fluoride solutions, 150 —; Bataillon-Linez, P.; Huang, P.;
macropore formation rates for Yonemasu, K. See Shimaoka, H., 168 Zhao, Y. M.; Han, Y.; Traisnel, M.;
bone regeneration, 725 Yoo,J . I. Xu, K. W.; Hildebrand, H. F.:
Xu, J. See Roy, R., 597 —; Rhee, S.-H.: Evaluations of Surface analyses of micro-arc
Xu, K. W. See Zhang, Y. M., 383 bioactivity and mechanicla oxidized and hydrothermally
Xu, X. See Bini, T. B., 286 Porroofp erties of ppoollyy treated titanium and effect on
(l-caprolactone)/silica osteoblast behavior, 383
nanocomposite following heat Zhao, Y. M. See Zhang, Y. M., 383
Yablonski, K. See Szivek, J. A., 537 treatment, 401 Zilinski, J. L.
Yamamiya, S.-i. See Higuchi, A., 34 —; See Kim, B.-S., 201 —; Kao, W. J.: Tissue adhesiveness
Yamamoto, A. Yoon, B. O. See Higuchi, A., 34 and host response of in situ
—; Honma, R.; Sumita, M.; Hanawa, Yoshinari, M. See Matsuzaka, K., Photopolymerizable
[.: Cytoxicity evaluation of Yoshiya, S. See Fujishiro, T., 531 interpenetrating networks
ceramic particles of different sizes Yourtee, D. M. See Kostoryz, E. L., containing methylprednisolone
and shapes, 244 660 acetate, 392
Yamamoto, K. See Oonishi, H., 5 5 Yuan, C. See Wang, X., 411 Zisch, A. H. See Seliktar, D., 704
Journal of Biomedical Materials Research
Subject Index—Volume 68A
Acellular collagen matrix, 201 Blood, 34 Combination groove, 227
Adhesion, 504 Blood compatible materials, 684 Conducting polymer, 411
Adhesion peptides, 696 Blood proteins, 544 Controlled release, 651
Adhesive, 722 Blood response, 95 Coralline hydroxyapatite, 747
AFM, 343, 558 Bone, 305 Corrosion, 61, 150
Alginate, 628 Bone formation, 428, 513 COX-2, 53
\lkoxysilane self-assembled Bone graft, 628 cp-titanium, 296
monlayer, 615 Bone graft substitute, 19 Craniofacial and orthopedic repair
Alumina, 30 Bore graft substitutes, 187 725
Amorphous calcium phospate, 763 Bone healing, 428 Creep, 668
Angoigernesis, 603 Bone ingrowth, 187 Crosslinked biomaterial, 36
Animal model, 264 Bone-marrow stromal cells, Crosslinked UHMWPE, 52
Antimicrobial activity, 473 Bone remodeling, 51 Crosslinking, 756
Antiwashout, 725 Bone tissue engineering, 725, 77 Culture-expanded marrow
Apoptosis, 448 mesenchymal stem cells (MSCs),
Arg-Gly-Asp, 365 ' , re 68
Calcium phosphate cement, 628, 725 16
Arterial injury, 704 Calcium phosphate ceramics (CPC) Cyclic mechanical stretch, 531
Arthroplasty, 52 95 Cyclosporin, 489
Associative alginate, 335 =59 Cytoskeletal organization, 3
S C alcium Phosphates
Atomic force microscopy (AFM), 479 a2 Cytotoxicity, 43, 79, 584
( ancellous bone, 5/3
Attachment, 296
Carbocyanine dye, 360
uricula rtilage ) r 23
\uricular cartilag ( arboxymethylcellulose, 219 Dacron, 423
\utofluorescence, 560 a~*-regulated proteins, 159 De novo bone formation, 168
(
C arrier biomaterials, 21I 9 Defects, 1 54
BALB/3T3, 376 artilage, 28 Degree of vinyl conversion, 7
Biaxial flexure strength, 7¢ CD34 cell, 34 Dentin, 722
Bioactive, 79 "3 Dentin bonding, 558, 566
Bioactive bone cement, 5 ‘Il adhesion kinetics, 383 Dextran, 584
Bioactive glass, 264, 640 ell adhesion patterning, 696 Differentiation, 458
Bioactivitv, 133, 401 Il-cvcle analvsis, 660 Digital micromirror array, 696
Biocatalytic polyester, 584 Il growth, 142 Dissolution control, 522
Bioceramic, 61 \ ‘Ii-Implant interface, 296 DNA damage, 660
Biocompatibility, 210, 411, 584 ‘Il motility, 314 DNA microarray analysis, 376
pti
Biocompatibility and cytotoxicity, 717 I] seeding, 628 Dose response, 5 v/
B> iodegrada; blej PL' GA | poly(la' ctic-co- ell' separation, . 34 Dru—g del]i ver=y , 230992 , 489
glycolic acid], 71 Il shape, 314 Dynamic mechaical analysis, 573
Biodegradable polymers, 504 ‘Il-surface interaction, 615 ‘
Biodegradation, 79, 668 lular adhesion, 1 EDTA, 159
Biological activity, 473 lular response, p5a2n2 Electrical charge, 90
Biomaterial, | 2> 10, 411 ‘Il morphology, 314 Electrical polarization, 90
Biomaterial surfaces, 47 Cementum, 343 Endothelial cells, 704
Biomaterials, 10, 34, 11-4 Cementum-dentin juction, 343 Engineered biomaterials, 177
Biomechanical adaption, 18 Ceramic, 61 Engineered extracellular matrix, 365
Biomechanical testing, 21 Chondroitin sulfate, 28 Enzymatic degradation, 704
Biomechanics, 597 Coagulation, 544 Enzyme, 756
Biomimetic, 19 Cold crystallization, 684 Eponeurium, 651
Biospecific cell adhesion, 177 Collagen, 19, 756 Epoxy resins, 660
Biostability, 668 Collagenous matrix, 219 Expansion of demineralized dentin,
BISGMA, 660 Collapse, 558 558
Block-copolymer scaffolds, 10 Colony formation assay, 244 Extracellular matrix, 114
Journal of Biomedical Materials Research Vol. 68A, 790-792 (2004)
SUBJECT INDEX
Fast-setting, 725 0 model 305 Nerve regeneration, 201
Fatigue, 668 strian analysis, 537 Numerical failure analysis, 107
Ferric ion, 566 Inflammation, 423, 651 Numerical model, 107
Fibrinogen, 496 Inflammatory response, |
Fibronectin, 273, Integrin a5b1, 352 Oil red O, 360
Fibrous capsule formation, 1 Integrins, 273 Organotypic culture, 257
Finite element method, 107 Interface, 343, 722 Osseointegration, 114
Fluoresceinphophatidylethanolamine Intergranular, 61 Osteoblast, 325, 458, 504, 640
ase e4 Interpenetrating polymer network, Osteoblast adhesion, 615
Fluoride, 150 210 Osteoblast-like cells, 227
Foreign body reaction, 423 Intimal hyperplasia, 489 Osteoblasts, 273, 352
Fracture, 150 Intravital microscopy, 10 Osteobonding, 90
Freezing bond water, 684 lodophor, 473 Osteoconductive, 513
Functional coating, q95922 Osteogenesis, 168, 305, 747
FXII, 544 I 929 cells response, 660 Osteogenic differentiation, 773
Langerhans cells, 257 Osteogenic protein, 219
GCRGYGRGDSPG, 458 I angerin, 257 Osteointegration, 264
Gelatin, 210, 392 Large-deflection bending, 597 Osteoporosis, 264
Genotoxicity, 660 Lipid-coated microbubbles, 360 Oxidative burst, 448
Gingiva, 257 Liposomes, 360 Oxide, 61
Glass ceramics, 79 Liquid-vapor interfacial tension, 544 Oxidized titanium, 479
Oxirane-based dental resins, 660
Glass-fiber-reinforced composite, 107 Loss tangent, 573
Glycosaminoglycan, 352, 365 | yophilized scaffold, 142
Gradient, 235 PC12cells, 235
Growth/ differentiation factor-5 (GDF- Peel test, 392
Macrophage cell culture, 717
PEG, 458
5), 168 Macroporous sponge, 142
Growth factors, 201 Peripheral nerve, 201
MAP kinase, 159
Peripheral nerve guide, 43
Matrix metallaproteinase (MMP), 704
PET, 296
Heat treatment, 401 Matrix metalloproteinases, 114 PGE,, 53
Hemocompatibility, 43 Mechanical properties, 401
PH sensitive, 439
Heparin, 423 Mechanical stimulation, 244
pHEMA, 235
Hollow polymer microcapsules, 71 fechanical strength, 79
Phosphoric acid, 566
HPLC, 71
Metal corrosion, 717 Phosphorylation, 159
H.PO,, 558 Methyl methacrylate-tri--butylborane Phosphorylcholine polymer coating, 1
Human macrophages, 531 (MMA-TBB) resin, 566
Photoencapsulation, 773
Human mesenchymal stem cell, 747 Micro-arc oxidation, 383
Photopolymerization, 28
Human Mesenchymal stem cells, 773 Microbraiding, 286
Platelet adhesion, 95
Human microvascular endothelial Microcirculation, it 10 PLGA biodegradable fibers, 286
cells (HMVEC 603 Microparticles, 335 PLLA, 376
Human osteoblasts, 114 Microtexturing, 296 Poly(acrylic acid), 210
Human tracheal scar fibroblasts, 142 Mineralization, 640
Polyarylates, 496
Hyaluronan, 95 Mineralized extracellular matrix, 227
Poly(e-caprolactone), 401
Hybrid layer, 722 Modulated drug delivery, 439 Polyethylene glycol, 392, 704
Hydrogel, 28, 489, 584 Molecular imprinting, 439 Poly(ethylene glycol), 458, 603
Hydrogel sponges, 603 Morphology, 722 poly(ethylene glycol) (PEG), 489
Hy drogels, 210, Mouse skinfold chamber, 10 Poly(hydroxyethyl methacrylate), 235
Hydrogen embrittlement, 150 Multigrooves, 227 Poly(I-caprolactone), 4 43
Hydrothermal synthesis, 730873 Murine fibroblast, 244
Poly(lactic acid), 496
Hydroxyapatite, 19, 90, 123, 133, 187, Murine macrophage, 244 Poly(L-lysine)-¢-poly(ethylene glycol),
640, 725, 747 Myotoxicity6,51 458
Hydroxylapatite, 273
Polymer library, 496
Hysrogel, 392
Nanoindentation, 343 Polymer scaffold, 773
Necrosis, 448 Poly(2-methoxyethyl acrylate), 684
Immunofluorescence assay, 496 Neovascularization, 10 Polymorphonuclear neutrophil, 448
Immunohistochemistry, 428 Nerve regeneration, 286, 411 Polypyrrole, 411
Immunotoxicology, 257 Neural function, 201 Polyurethane, 668
Implantation, 43, 423 Neural prosthetics, 177 Polyurethane membrane, 34
In vitro cell growth, 365 Neurotrophins, 235 Pore channels, 325
In vitro degradation, 43 NGF, 235 Porous architecture, 187
In vitro studies, 531 Noncollagenous peptides, 558 Porous ceramics, 305
In vivo fibrous tissue engineering, 365 Nerve guide conduits, 286 Porous hydroxyapatite ceramic, 168
SUBJECT INDEX
Proliferation, 383, 458, 504 Silicon, 133 Titanium implants, 32 5
Prolonged duration local anesthesia, Simulated body fluid, 19 Titanium particles, 53 l
651 Simulator wear, 52 Topography, 640
Protein adsorption, 479, 496, 544 Soft-tissue deformation, 597 Transformation, 376
PU, 376 Spinal cord injury, 235 Transforming growth factor (TGF)-B1,
Stainless steel, 95 537
Statistic estimation, 90 Transglutaminase, 756
Quantitative RT-PCR, 227
Storage modulus, 573 Transgranular, 61
Strain gauge, 537 Tricalcium phosphate, 747
Rapid prototyping, 123 Strontium-containing hydroxyapatite,
Rapid screening, 496 513 Ultrsound contrast agent, 71
Reactive chemical species (nitric oxide Surface chemistry, 504 Ultrsound-induced degradation, 71
and hydrogen peroxide), 717 Surface energy, 383, 504
Recognition, 439 Surface modification, 177
RGD cell adhesive peptide, 95 Vaginal mucosa, 159
RGD grafting, 615 Viscoelasticity, 573
TEM (transmission electron
RGD peptide, 458 Vitronectin, 273, 479
microscopy), 133
Rho family, 314
Ternary methacrylate resins, 763
Ruthenium complex, 696 Thiol modification, 142 Water structure, 684
Three point bending simulation, 107 Wet-bonding, 566
Scaffold, 725 Ti alloy, 717 Wollastonite, 79
Shrinkage of demineralized dentin, Tissue engineering, 10, 28, 123, 325
,
566 428, 597, 615, 628, 696, 756 Zirconia, 264
Silica, 401 Titanium, 150, 448 ZrO, porous scaffold, 522