Journal of Biomedical Materials Research Author Index—Volume 73A Abramson, S. D. phagocytosis reveals a role for Christenson, E. M. —; Alexe, G.; Hammer, P. L.; C3b in metal particle uptake by —,; Wiggins, M. J.; Anderson, Kohn, J.: A computational phagocytes, 80 J. M.; Hiltner, A.: Surface approach to predicting cell growth Baquey, C. See Laurence, S., 422 modification of poly(ether on polymeric biomaterials, 116 Bareille, R. See Laurence, S., 422 urethane urea) with modified Aebli, N. Baumann, M. J. See Xie, J., 39 dehydroepiandrosterone for —-; Stich, H.; Schawalder, P.; Beeley, N. R. F. improved in vivo biostability, 108 Theis, J.-C.; Krebs, J.: Effects of —; Rossi, J. V.; Mello-Filho, Chu, C. See Zhang, L., 468 bone morphogenetic protein-2 and P. A. A.; Mahmoud, M. I.; Fujii, Connel, G. See Brodie, J. C., 409 hyaluronic acid on the G. Y.; de Juan, E., Jr.; Varner, S. E.: Costa, F. J. See Silva, G. A., 234 osseointegration of Fabrication, implantation, elution, Coutinho, O. P. See Silva, G. A., 234 hydroxyapatite-coated implants: and retrieval of a steroid-loaded Cowan, R. See Raghavan, D., 90 An experimental study in sheep, polycaprolactone subretinal Cristino, S. 295 implant, 437 —; Grassi, F.; Toneguzzi, S.; Ai, H. Beletsi, A. See Stivaktakis, N., 332 Piacentini, A.; Grigolo, B.; Santi, —,; Pink, J. J.; Shuai, X.; Boothman, Bellis, S. L. See Kilpadi, K. L., 254 S.; Riccio, M.; Tognana, E.; D. A.; Gao, J.: Interactions Bendix, K. See Rahbek, O., 150 Facchini, A.; Lisignoli, G.: between self-assembled Bhargave, G. See Radin, S., 21 Analysis of mesenchymal stem polyelectrolyte shells and tumor Biewener, A. See Rammelt, S., 284 cells grown on a three- cells, 303 Billiar, K. L. dimensional HYAFF 11°-based Akashi, M. See Matsusaki, M., 485 —,; Throm, A. M.; Frey, M. T.: prototype ligament scaffold, 275 Albrecht, W. See Grant, M. H., 367 Biaxial failure properties of planar Cvikl, B. See Turhani, D., 445 Alessandrini, E. See Faré, S., 1 living tissue equivalents, 182 Alexe, G. See Abramson, S. D., 116 Boccaccini, A. R. See Day, R. M., 73 Allen, G. C. See Lewis, A. C., 456 Boothman, D. A. See Ai, H., 303 Day, R. M. Anderson, J. M. See Christenson, Brodie, J. C. E. M., 108; Patel, J. D., 359 —,; Goldie, E.; Connel, G.; Merry, —; Boccaccini, A. R.: Effect of particulate bioactive glasses on Anseth, K. S. See Gall, K., 339 J.; Grant, M. H.: Osteoblast human macrophages and ap Gwynn, I. See Harris, L. G., 12 interactions with calcium monocytes in vitro, 73 Arola, D. phosphate ceramics modified by de Groot, E. P. See Neut, D., 165 —; Zheng, W.; Sundaram, N.; coating with type I collagen, 409 de Groot, K. See Li, J. P., 223 Rouland, J. A.: Stress ratio Bureau, M. N. See Auclair-Daigle, C., contributes to fatigue crack Deie, M. See Tanaka, H., 255 398 de Juan, E., Jr. See Beeley, N. R. F., growth in dentin, 201 Busscher, H. J. See Neut, D., 165 437 Asundi, A. See Kishen, A., 192 Auclair-Daigle, C. Dias, A. C. P. See Silva, G. A., 234 —; Bureau, M. N.; Legoux, J.-G.; Ducheyne, P. See Radin, S., 21 Yahia, L’H.: Bioactive Cabrini, R. L. See Olmedo, D. G., 142 Dunn, M. G. See Caruso, A. B., 388 hydroxyapatite coatings on Caruso, A. B. polymer composites for —,; Dunn, M. G.: Changes in orthopedic implants, 398 mechanical properties and Eckhart, L. See Inoue, S., 158 Avgoustakis, K. See Stivaktakis, N., cellularity during long-term Emans, P. J. 332 culture of collagen fiber ACL —,; Saralidze, K.; Knetsch, reconstruction scaffolds, 388 M. L. W.; Gijbels, M. J. J.; Kuijer, Case, C. P. See Lewis, A. C., 456 R.; Koole, L. H.: Development of Baba, S. See Ito, K., 63 Chang, J. See Zhao, W., 86 new injectable bulking agents: Bacon, C. See Harris, L. G., 12 Chang, P.-L. See Kilpadi, K. L., 254 Biocompatibility of radiopaque Baldwin, L. Chan-Park, M. B. E. See Zhu, X., 264 polymeric microspheres studied in —,; Flanagan, B. F.; Hunt, J. A.: Chen, H. See Zhang, L., 468 a mouse model, 430 Flow cytometric measurement of Chian, K. S. See Zhu, X., 264 Ewers, R. See Turhani, D., 445 Journal of Biomedical Materials Research Vol. 73A, 494-497 (2005) Journal of Biomedical Materials Research Author Index—Volume 73A Abramson, S. D. phagocytosis reveals a role for Christenson, E. M. —; Alexe, G.; Hammer, P. L.; C3b in metal particle uptake by —,; Wiggins, M. J.; Anderson, Kohn, J.: A computational phagocytes, 80 J. M.; Hiltner, A.: Surface approach to predicting cell growth Baquey, C. See Laurence, S., 422 modification of poly(ether on polymeric biomaterials, 116 Bareille, R. See Laurence, S., 422 urethane urea) with modified Aebli, N. Baumann, M. J. See Xie, J., 39 dehydroepiandrosterone for —-; Stich, H.; Schawalder, P.; Beeley, N. R. F. improved in vivo biostability, 108 Theis, J.-C.; Krebs, J.: Effects of —; Rossi, J. V.; Mello-Filho, Chu, C. See Zhang, L., 468 bone morphogenetic protein-2 and P. A. A.; Mahmoud, M. I.; Fujii, Connel, G. See Brodie, J. C., 409 hyaluronic acid on the G. Y.; de Juan, E., Jr.; Varner, S. E.: Costa, F. J. See Silva, G. A., 234 osseointegration of Fabrication, implantation, elution, Coutinho, O. P. See Silva, G. A., 234 hydroxyapatite-coated implants: and retrieval of a steroid-loaded Cowan, R. See Raghavan, D., 90 An experimental study in sheep, polycaprolactone subretinal Cristino, S. 295 implant, 437 —; Grassi, F.; Toneguzzi, S.; Ai, H. Beletsi, A. See Stivaktakis, N., 332 Piacentini, A.; Grigolo, B.; Santi, —,; Pink, J. J.; Shuai, X.; Boothman, Bellis, S. L. See Kilpadi, K. L., 254 S.; Riccio, M.; Tognana, E.; D. A.; Gao, J.: Interactions Bendix, K. See Rahbek, O., 150 Facchini, A.; Lisignoli, G.: between self-assembled Bhargave, G. See Radin, S., 21 Analysis of mesenchymal stem polyelectrolyte shells and tumor Biewener, A. See Rammelt, S., 284 cells grown on a three- cells, 303 Billiar, K. L. dimensional HYAFF 11°-based Akashi, M. See Matsusaki, M., 485 —,; Throm, A. M.; Frey, M. T.: prototype ligament scaffold, 275 Albrecht, W. See Grant, M. H., 367 Biaxial failure properties of planar Cvikl, B. See Turhani, D., 445 Alessandrini, E. See Faré, S., 1 living tissue equivalents, 182 Alexe, G. See Abramson, S. D., 116 Boccaccini, A. R. See Day, R. M., 73 Allen, G. C. See Lewis, A. C., 456 Boothman, D. A. See Ai, H., 303 Day, R. M. Anderson, J. M. See Christenson, Brodie, J. C. E. M., 108; Patel, J. D., 359 —,; Goldie, E.; Connel, G.; Merry, —; Boccaccini, A. R.: Effect of particulate bioactive glasses on Anseth, K. S. See Gall, K., 339 J.; Grant, M. H.: Osteoblast human macrophages and ap Gwynn, I. See Harris, L. G., 12 interactions with calcium monocytes in vitro, 73 Arola, D. phosphate ceramics modified by de Groot, E. P. See Neut, D., 165 —; Zheng, W.; Sundaram, N.; coating with type I collagen, 409 de Groot, K. See Li, J. P., 223 Rouland, J. A.: Stress ratio Bureau, M. N. See Auclair-Daigle, C., contributes to fatigue crack Deie, M. See Tanaka, H., 255 398 de Juan, E., Jr. See Beeley, N. R. F., growth in dentin, 201 Busscher, H. J. See Neut, D., 165 437 Asundi, A. See Kishen, A., 192 Auclair-Daigle, C. Dias, A. C. P. See Silva, G. A., 234 —; Bureau, M. N.; Legoux, J.-G.; Ducheyne, P. See Radin, S., 21 Yahia, L’H.: Bioactive Cabrini, R. L. See Olmedo, D. G., 142 Dunn, M. G. See Caruso, A. B., 388 hydroxyapatite coatings on Caruso, A. B. polymer composites for —,; Dunn, M. G.: Changes in orthopedic implants, 398 mechanical properties and Eckhart, L. See Inoue, S., 158 Avgoustakis, K. See Stivaktakis, N., cellularity during long-term Emans, P. J. 332 culture of collagen fiber ACL —,; Saralidze, K.; Knetsch, reconstruction scaffolds, 388 M. L. W.; Gijbels, M. J. J.; Kuijer, Case, C. P. See Lewis, A. C., 456 R.; Koole, L. H.: Development of Baba, S. See Ito, K., 63 Chang, J. See Zhao, W., 86 new injectable bulking agents: Bacon, C. See Harris, L. G., 12 Chang, P.-L. See Kilpadi, K. L., 254 Biocompatibility of radiopaque Baldwin, L. Chan-Park, M. B. E. See Zhu, X., 264 polymeric microspheres studied in —,; Flanagan, B. F.; Hunt, J. A.: Chen, H. See Zhang, L., 468 a mouse model, 430 Flow cytometric measurement of Chian, K. S. See Zhu, X., 264 Ewers, R. See Turhani, D., 445 Journal of Biomedical Materials Research Vol. 73A, 494-497 (2005) AUTHOR INDEX Facchini, A. See Cristino, S., 275 Assessment of the titanium implant material, 55 Faré, S. cytocompatibility of different Kidoaki, S. See Matsuda, T., 125 —-; Valtulina, V.; Petrini, P.; coated titanium surfaces to Kilburn, M. R. See Lewis, A. C., 456 Alessandrini, E.; Pietrocola, G.; fibroblasts and osteoblasts, 12 Kilpadi, K. L. Tanzi, M. C.; Speziale, P.; Visai, L.: Henderson, C. See Grant, M. H., 367 —,; Sawyer, A. A.; Prince, C. W.; In vitro interaction of human Hiltner, A. See Christenson, E. M., Chang, P.-L.; Bellis, S. L.: Primary fibroblasts and platelets with a 108 human marrow stromal cells and shape-memory polyurethane, 1 Hippensteel, E. See Krout, A., 377 Saos-2 osteosarcoma cells use Flanagan, B. F. See Baldwin, L., 80 Hirao, M. different mechanisms to adhere to Frey, M. T. See Billiar, K. L., 182 —; Sugamoto, K.; Tamai, N.; Oka, hydroxylapatite, 254 Fricain, J. C. See Laurence, S., 422 K.; Yoshikawa, H.; Mori, Y.; Kim, H.-E. See Li, L.-H., 48 Fujii, G. Y. See Beeley, N. R. F., 437 Sasaki, T.: Macro-structural effect Kim, H.-W. See Li, L.-H., 48 Fukushima, K. See Takeda, Y., 133 of metal surfaces treated using Kishen, A. computer-assisted yttrium- —,; Asundi, A.: Experimental aluminum-garnet laser scanning investigation on the role of water Gall, K. on bone-implant fixation, 213 in the mechanical behavior of —; Yakacki, C. M.; Liu, Y.; Hoying, J. B. See Schwartz, M. A., 30 structural dentine, 192 Shandas, R.; Willett, N.; Anseth, Hum, M. See Zhang, L., 468 Kishida, A. See Matsusaki, M., 485 K. S.: Thermomechanics of the Hunt, J. A. See Baldwin, L., 80 Knetsch, M. L. W. See Emans, P. J., shape memory effect in polymers Huo, S. See Gao, C., 244 430 for biomedical applications, 339 Hylton, D. M. Kohn, J. See Abramson, S. D., 116 Gao, C. —,; Shalaby, S. W.; Latour, R. A., Kold, S. See Rahbek, O., 150 —; Gao, J.; You, X.; Huo, S.; Li, X.; Jr.: Direct correlation between Kong, Y.-M. See Li, L.-H., 48 Zhang, Y.; Zhang, W.: Fabrication adsorption-induced changes in Koole, L. H. See Emans, P. J., 430 of calcium sulfate/PLLA protein structure and platelet Kowalski, R. S. Z. See Neut, D., 165 composite for bone repair, 244 adhesion, 349 Krebs, J. See Aebli, N., 295 Gao, J. See Ai, H., 303; Gao, C., 244 Kropp, B. P. See Raghavan, D., 90 Gijbels, M. J. J. See Emans, P. J., 430 Krout, A. Goldie, E. See Brodie, J. C., 409 Ihara, M. See Matsuda, T., 125 —; Wen, H. B.; Hippensteel, E.; Li, Gonzalez-Cabrero, J. See Saldana, L., Inoguchi, H. See Matsuda, T., 125 P.: Winner of the Student 97 Inoue, S. Research Award in the Gopinath, D. —-; Reinisch, C.; Tschachler, E.; Undergraduate Degree Candidate —; Kumar, M. S.; Selvaraj, D.; Eckhart, L.: Ultrastructural Category, 30th Annual Meeting of Jayakumar, R.: Pexiganan- characterization of an artificial the Society for Biomaterials, incorporated collagen matrices for basement membrane produced by Memphis, Tennessee, April 27-30, infected wound-healing processes cultured keratinocytes, 158 2005: A hybrid coating of in rat, 320 Ishihara, K. See Patel, J. D., 359 biomimetic apatite and Grant, M. H. See Brodie, J. C., 409 Ito, K. osteocalcin, 377 —; Morgan, C.; Henderson, C.; —; Yamada, Y.; Nagasaka, T.; Kubo, T. See Tanaka, H., 255 Malsch, G.; Seifert, B.; Albrecht, Baba, S.; Ueda, M.: Osteogenic Kuijer, R. See Emans, P. J., 430 W.; Groth, T.: The viability and potential of injectable tissue- Kumar, M. S. See Gopinath, D., 320 function of primary rat engineered bone: A comparison Kwon, I. K. See Matsuda, T., 125 hepatocytes cultured on polymeric among autogenous bone, bone membranes developed for hybrid substitute (Bio-Oss~), platelet-rich artificial liver devices, 367 plasma, and tissue-engineered Latour, R. A., Jr. See Hylton, D. M., Grassi, F. See Cristino, S., 275 bone with respect to their 349 Greer, K. A. See Schwartz, M. A., 30 mechanical properties and Laurence, S. Grigolo, B. See Cristino, S., 275 histological findings, 63 —; Bareille, R.; Baquey, C.; Fricain, Groth, T. See Grant, M. H., 367 Iwasaki, Y. See Patel, J. D., 359 J. C.: Development of a resorbable Guglielmotti, M. B. See Olmedo, macroporous cellulosic material D. G., 142 used as hemostatic in an osseous Jayakumar, R. See Gopinath, D., 320 environment, 422 Jiang, H. See Zhang, L., 468 Leboy, P. S. See Radin, S., 21 Haanes, H. R. See Khadra, M., 55 Lee, S.-H. See Li, L.-H., 48 Haberstroh, K. M. See Miller, D. C., Lee, S. T. See Zhu, X., 264 476 Kang, E. T. See Li, Y., 171 Legoux, J.-G. See Auclair-Daigle, C., Hammer, P. L. See Abramson, S. D., Khadra, M. 398 116 —,; Lyngstadaas, S. P.; Haanes, Leondiadis, L. See Stivaktakis, N., Hanisch, U. See Rammelt, S., 284 H. R.; Mustafa, K.: Determining 332 Harris, L. G. optimal dose of laser therapy for Lewis, A. C. —; Patterson, L. M.; Bacon, C.; ap attachment and proliferation of —; Kilburn, M. R.; Papageorgiou, Gwynn, I.; Richards, R. G.: human oral fibroblasts cultured on I., Allen, G. C.; Case, C. P.: Effect AUTHOR INDEX of synovial fluid, phosphate- Mori, Y. See Hirao, M., 213 Radin, S. buffered saline solution, and water Munuera, L. See Saldana, L., 97 —-; Reilly, G.; Bhargave, G.; Leboy, on the dissolution and corrosion Murakami, T. See Tanaka, H., 255 P. S.; Ducheyne, P.: Osteogenic properties of CoCrMo alloys as Mustafa, K. See Khadra, M., 55 effects of bioactive glass on bone used in orthopedic implants, 456 marrow stromal cells, 21 Li, J. P. Raghavan, D. —; Li, S. H.; Van Blitterswijk, —; Kropp, B. P.; Lin, H-K; Zhang, C. A.; de Groot, K.: A novel Nagai, N. See Takeda, Y., 133 Y.; Cowan, R.; Madihally, S. V.: porous Ti6Al4V: Characterization Nagasaka, T. See Ito, K., 63 Physical characteristics of small and cell attachment, 223 Nagatsuka, H. See Takeda, Y., 133 intestinal submucosa scaffolds are Li, L.-H. Neoh, K. G. See Li, Y., 171 location-dependent, 90 —; Kim, H.-W.,; Lee, S.-H.; Kong, Neumann, M. See Rammelt, S., 284 Rahbek, O. Y.-M.; Kim, H.-E.: Biocompatibility Neut, D. —; Kold, S.; Bendix, K.; of titanium implants modified by —; de Groot, E. P.; Kowalski, Overgaard, S.; Soballe, K.: No microarc oxidation and R. S. Z.; van Horn, J. R.; van der effect of hydroxyapatite particles hydroxyapatite coating, 48 Mei, H. C.; Busscher, H. J.: in phagocytosable sizes on Li, P. See Krout, A., 377 Gentamicin-loaded bone cement implant fixation: An experimental Li, S. H. See Li, J. P., 223 with clindamycin or fusidic acid study in dogs, 150 Li, X. See Gao, C., 244 added: Biofilm formation and Rammelt, S. Li, Y. See Zhang, L., 468 antibiotic release, 165 —; Neumann, M.; Hanisch, U.; —; Neoh, K. G.; Kang, E. T.: Neves, N. M. See Silva, G. A., 234 Reinstorf, A.; Pompe, W.; Zwipp, Controlled release of heparin from Nikou, K. See Stivaktakis, N., 332 H.; Biewener, A.: Osteocalcin polypyrrole-poly(vinyl alcohol) Nishizaki, K. See Takeda, Y., 133 enhances bone remodeling around assembly by electrical stimulation, hydroxyapatite/collagen 171 composites, 284 Lin, H-K. See Raghavan, D., 90 Reilly, G. See Radin, S., 21 Lisignoli, G. See Cristino, S., 275 Ochi, M. See Tanaka, H., 255 Reinisch, C. See Inoue, S., 158 Liu, Y. See Gall, K., 339 Oka, K. See Hirao, M., 213 Reinstorf, A. See Rammelt, S., 284 Lyngstadaas, S. P. See Khadra, M., 55 Okano, M. See Takeda, Y., 133 Reis, R. L. See Silva, G. A., 234 Olmedo, D. G. Riccio, M. See Cristino, S., 275 —; Tasat, D. R.; Guglielmotti, Richards, R. G. See Harris, L. G., 12 Madihally, S. V. See Raghavan, D., M. B.; Cabrini, R. L.: Effect of Rossi, J. V. See Beeley, N. R. F., 437 90 titanium dioxide on the oxidative Rouland, J. A. See Arola, D., 201 Mahmoud, M. I. See Beeley, N. R. F., metabolism of alveolar 437 macrophages: An experimental Malsch, G. See Grant, M. H., 367 study in rats, 142 Saldafia, L. Matsuda, T. Overgaard, S. See Rahbek, O., 150 —; Vilaboa, N.; Vallés, G.; —; Ihara, M.; Inoguchi, H.; Kwon, Gonzalez-Cabrero, J.; Munuera, L.: I. K.; Takamizawa, K.; Kidoaki, S.: Osteoblast response to thermally Mechano-active scaffold design of oxidized Ti6Al4V alloy, 97 small-diameter artificial graft Panagi, Z. See Stivaktakis, N., 332 Santi, S. See Cristino, S., 275 made of electrospun segmented Papageorgiou, I. See Lewis, A. C., 456 Saralidze, K. See Emans, P. J., 430 polyurethane fabrics, 125 Patel, J. D. Sasaki, T. See Hirao, M., 213 Matsusaki, M. —-; Iwasaki, Y.; Ishihara, K.; Sawyer, A. A. See Kilpadi, K. L., 254 —; Serizawa, T.; Kishida, A.; Anderson, J. M.: Phospholipid Schawalder, P. See Aebli, N., 295 Akashi, M.: Novel functional polymer surfaces reduce bacteria Schwartz, M. A. biodegradable polymer. III. The and leukocyte adhesion under —; Stone, A. L.; Greer, K. A.; construction of poly(y-glutamic dynamic flow conditions, 359 Hoying, J. B.; Williams, S. K.: acid)-sulfonate hydrogel with Patel, P. N. Gene expression in tissue fibroblast growth factor-2 activity, —; Smith, C. K.; Patrick, C. W., Jr.: associated with extracellular 485 Rheological and recovery matrix modified EPTFE, 30 McCabe, L. R. See Xie, J., 39 properties of poly(ethylene glycol) Seifert, B. See Grant, M. H., 367 Mello-Filho, P. A. A. See Beeley, diacrylate hydrogels and human Selvaraj, D. See Gopinath, D., 320 N. R. F., 437 adipose tissue, 313 Serizawa, T. See Matsusaki, M., 485 Merry, J. See Brodie, J. C., 409 Patrick, C. W., Jr. See Patel, P. N., 313 Shalaby, S. W. See Hylton, D. M., 349 Miller, D. C. Patterson, L. M. See Harris, L. G., 12 Shandas, R. See Gall, K., 339 —,; Haberstroh, K. M.; Webster, Petrini, P. See Faré, S., 1 Shimose, S. See Tanaka, H., 255 T. J.: Mechanism(s) of increased Piacentini, A. See Cristino, S., 275 Shuai, X. See Ai, H., 303 vascular cell adhesion on Pietrocola, G. See Faré, S., 1 Silva, G. A. nanostructured poly(lactic-co- Pink, J. J. See Ai, H., 303 —; Costa, F. J.; Neves, N. M.,; glycolic acid) films, 476 Pompe, W. See Rammelt, S., 284 Coutinho, O. P.; Dias, A. C. P.; Morgan, C. See Grant, M. H., 367 Prince, C. W. See Kilpadi, K. L., 254 Reis, R. L.: Entrapment ability and AUTHOR INDEX release profile of corticosteroids Theis, J.-C. See Aebli, N., 295 Xie, J. from starch-based microparticles, Throm, A. M. See Billiar, K. L., 182 —; Baumann, M. J.; McCabe, L. R.: 234 Thurnher, D. See Turhani, D., 445 Adsorption of serum fetuin to Smith, C. K. See Patel, P. N., 313 Tognana, E. See Cristino, S., 275 hydroxylapatite does not Soballe, K. See Rahbek, O., 150 Toneguzzi, S. See Cristino, S., 275 contribute to osteoblast phenotype Speziale, P. See Faré, S., 1 Tschachler, E. See Inoue, S., 158 modifications, 39 Stich, H. See Aebli, N., 295 Tsujigiwa, H. See Takeda, Y., 133 Stivaktakis, N. Turhani, D. —,; Nikou, K.; Panagi, Z.; Beletsi, —,; Watzinger, E.; WeiBenboéck, Yahia, L’H. See Auclair-Daigle, C., A.; Leondiadis, L.; Avgoustakis, M.; Yerit, K.; Cvikl, B.; Ewers, R.; 398 K.: Immune responses in mice of Thurnher, D.: Expression pattern Yakacki, C. M. See Gall, K., 339 B-galactosidase adsorbed or of the chromosome 21 Yamada, Y. See Ito, K., 63 encapsulated in poly(lactic acid) transcription factor Ets2 in cell- Yasunaga, Y. See Tanaka, H., 255 and poly(lactic-co-glycolic acid) seeded three-dimensional bone Yerit, K. See Turhani, D., 445 microspheres, 332 constructs, 445 Yoshikawa, H. See Hirao, M., 213 Stone, A. L. See Schwartz, M. A., 30 Yoshino, T. See Takeda, Y., 133 Sugamoto, K. See Hirao, M., 213 Yoshinobu, J. See Takeda, Y., 133 Sugita, T. See Tanaka, H., 255 Ueda, M. See Ito, K., 63 You, X. See Gao, C., 244 Sundaram, N. See Arola, D., 201 Zhang, L. Vallés, G. See Saldana, L., 97 Takamizawa, K. See Matsuda, T., 125 —; Hum, M.; Wang, M.,; Li, Y.; Valtulina, V. See Faré, S., 1 Takeda, Y. Chen, H.; Chu, C.; Jiang, H.: Van Blitterswijk, C. A. See Li, J. P., —; Tsujigiwa, H.; Nagatsuka, H.; Evaluation of modifying collagen 223 Nagai, N.; Yoshinobu, J.; Okano, matrix with RGD peptide through van der Mei, H. C. See Neut, D., 165 M.; Fukushima, K.; Takeuchi, A.; periodate oxidation, 468 van Horn, J. R. See Neut, D., 165 Yoshino, T.; Nishizaki, K.: Varner, S. E. See Beeley, N. R. F., 437 Zhang, W. See Gao, C., 244 Regeneration of rat auditory Zhang, Y. See Gao, C., 244; Vilaboa, N. See Saldana, L., 97 ossicles using recombinant human Raghavan, D., 90 Visai, L. See Faré, S., 1 BMP-2/collagen composites, 133 Zhao, W. Takeuchi, A. See Takeda, Y., 133 —; Chang, J.: Preparation and Tamai, N. See Hirao, M., 213 characterization of novel Tanaka, H. Wang, M. See Zhang, L., 468 tricalcium silicate bioceramics, 86 —,; Sugita, T.; Yasunaga, Y.; Watzinger, E. See Turhani, D., 445 Zheng, W. See Arola, D., 201 Shimose, S.; Deie, M.; Kubo, T.; Webster, T. J. See Miller, D. C., 476 Zhu, X. Murakami, T.; Ochi, M.: Efficiency WeiBenbéck, M. See Turhani, D., 445 —; Chian, K. S.; Chan-Park, of magnetic liposomal Wen, H. B. See Krout, A., 377 M. B. E.; Lee, S. T.: Effect of transforming growth factor-beta 1 Wiggins, M. J. See Christenson, argon-plasma treatment on in the repair of articular cartilage E. M., 108 proliferation of defects in a rabbit model, 255 Willett, N. See Gall, K., 339 human-skin—derived fibroblast on Tanzi, M. C. See Faré, S., 1 Williams, S. K. See Schwartz, M. A., chitosan membrane in vitro, 264 Tasat, D. R. See Olmedo, D. G., 142 30 Zwipp, H. See Rammelt, S., 284 Journal of Biomedical Materials Research Subject Index—Volume 73A Absorption, 244 Collagen, 182, 284, 320, 388 8-Galactosidase, 332 ACL reconstruction, 388 Collagen coating, 409 Gene expression, 30, 39 Adhesion, 12 Collagen matrix, 468 Gentamicin-loaded bone cement, 165 Adipose tissue, 313 Columella, 133 Glutathione S-transferase expression, Adsorption, 332 Combinatorial design, 116 367 Angiogenesis, 437 Complement, 80 Glvr-1, 39 Apatite, 377 Compliance, 125 Argon plasma, 264 Composite biomaterials, 244 Hemostatic, 422 Articular cartilage defects, 255 Computational modeling, 116 Heparin, 171 Artificial graft, 125 Controlled release, 171 Hepatocyte culture, 367 Aseptic loosening, 80 Corrosion, 456 Human gingival fibroblasts, 55 Attachment, 55 Cytochrome P450 dependent Human osteoclast, 244 Auditory ossicle, 133 monooxygenation, 367 Hyaluronic acid, 275 Cytocompatibility, 1 Hydration, 192 Basement membrane, 158 Hydrogel, 171, 313 Cytokines, 73 Bioactive glass, 21, 73 Cytotoxicity, 320 Hydrophilicity, 264 Bioactivity assessment in simulated Hydroxyapatite, 150, 254, 284, 295 body fluid (SBF), 398 Hydroxyapatite sol-gel coating, 48 Bioartificial liver devices, 367 Degradable polymers, 116 Hydroxyapatite-tricalcium phosphate Bioceramics, 409 Dehydration, 192 composites, 409 Biocompatibility, 30, 97, 409, 422, 430, Dehydroepiandrosterone, 108 437 Dentin, 201 Immunogenicity, 332 Biodegradable polymers, 234 Dentine, 192 Immunolabeling, 12 Biodegradation, 108, 437 Dexamethasone, 234 Implant fixation, 295 Biofilm, 165 Diethyleneglycol diacrylate, 339 Implants, 284 Biomaterials, 234 Dissolution products, 21 Infection, 359 Biomimetic, 377 DMP-1, 39 Inflammation, 73 Blood compatibility, 349 Drug delivery, 437 Integrins, 254 BMP-2, 295 Drug release, 234 In vitro cell responses, 48 Bone, 150, 422 In vivo, 108 Bone implant, 39 Bone marrow stromal cells, 21 Electrical stimulation, 171 Joint replacement, 150 Bone substitutes, 284 Electrospinning, 125 Bone tissue engineering, 445 Elution, 165 Bulking agent, 430 Encapsulation, 332 Keratinocytes, 158 ePTFE, 30 Calcium sulfate, 244 Ets2, 445 Layer-by-layer self-assembly, 303 Carbodiimide, 388 Extracellular matrix (ECM), 1, 182, Leukocytes, 359 Cartilage repair, 255 275 Ligament, 275 cDNA microarrays, 30 Liquid /air interface, 158 Cell attachment, 223 Location-dependent alterations, 90 Cell culture, 21, 116, 158 Fatigue, 201 Low-level laser, 55 Cell growth, 116 Fetuin, 39 Lungs, 142 Cell proliferation, 264 Fibrin, 182 Cellulose, 422 Fibroblast growth factor-2, 485 Macrophage, 73, 80, 142 Chitosan membrane, 264 Fibroblasts, 1, 12, 388 Macroporous biomaterial, 422 Circular dichroism, 349 Fibronectin, 254, 476 Magnetic liposomes, 255 Clindamycin, 165 Foreign body response, 150 Material properties, 313 Coating, 12 Fracture, 201 Mechanical properties, 63, 86, 182, 223 Cobalt alloy, 456 Fusidic acid, 165 Membranes, 367 Journal of Biomedical Materials Research Vol. 73A, 498-499 (2005) SUBJECT INDEX Mesenchymal cambial layer Poly(ethylene glycol) diacrylate, 313 Stress and strain recovery rates, 339 precursors cells (MCLPCs), 445 Poly(ethyleneimine) (PEI)- Stress ratio, 201 Mesenchymal stem cells, 63, 275 poly(ethylene glycol) (PEG), 303 Stress urinary incontinence, 430 Metal ion release, 456 Poly(y-glutamic acid), 485 Surface modification, 108, 468 Metal surface treatment, 213 Poly(lactic acid) (PLA) microspheres, Sustained release, 320, 437 Methylprednisolone, 234 332 Microarc oxidation (MAO), 48 Poly(lactic-co-glycolic acid) (PLGA) Targeted drug delivery system, 255 Microsphere, 430 microspheres, 332 Tartan check shapes, 213 Moiré interferometry, 192 Poly-L-lactic acid, 244 Temperature, 86 Polymer composites, 398 Tert-butyl acrylate, 339 Nanophase, 476 Polypyrrole, 171 Thermal oxidation, 97 Normal foreskin fibroblasts, 116 Polyurethane, 1 Ti6Al4V, 223 Porous, 223 Tissue culture, 388 Porous-coated prostheses, 213 Tissue engineering, 63, 485 Ocular, 437 Proliferation, 55 Titanium, 12, 48 Orthopedics, 398 Protein adsorption, 349 Titanium alloy, 97 Osseoinduction, 398 Protein film, 456 Titanium dioxide, 142 Osseointegration, 295 Titanium implant, 55 Osteoblast differentiation, 39 Radiopacity, 430 Transforming growth factor-B,, 255 Osteoblast proliferation, 409 Rat lung fibroblasts, 116 Treatments, 97 Osteoblasts, 12, 97, 254, 377 Rats, 142 Triamcinolone, 437 Osteocalcin, 284, 377, 445 Real-time RT-PCR, 445 Tricalcium silicate ceramics, 86 Osteoclast-like cell, 377 Recombinant human bone Tympanic cavity, 133 Osteogenesis, 21 morphogenetic protein-2/bovine Tyrosine-derived polyarylates, 116 Oxidative metabolism, 142 collagen composites (rhBMP-2 composites), 133 Ultrastructure, 158 Passivation, 456 Regenerative material, 133 Ultraviolet irradiation, 388 Periodate oxidation, 468 Restoration failure, 201 Pexiganan, 320 Retina, 437 Vascular cells, 476 Phagocytosis, 80 RGD, 468 Vascular response, 30 Phospholipid polymers, 359 Vickers hardness, 63 Photopolymerization, 339 Segmented polyurethane, 125 Vinculin, 12 Plasma-sprayed hydroxyapatite (HA) Shape memory, 1, 339 Vitronectin, 254, 476 coating, 398 Shear stress, 359 Platelet adhesion, 349 Shell-cell interactions, 303 Platelet-rich plasma (PRP), 63 Sintering, 223 Wear debris, 150 Platelets, 1 Small intestinal submucosa (SIS), 90 Wound infection, 320 PLGA, 445, 476 Soft tissue biomechanics, 182 Polycaprolactone, 437 Soft tissue filler, 313 XPS, 456 Polyelectrolyte shells, 303 Staphylococcus epidermidis, 359 Poly(ether urethane), 108 Starch-based microparticles, 234 Yttrium-aluminum-garnet (YAG) Polyethylene, 150 Strain, 192 laser, 213 JOURNAL OF BIOMEDICAL MATERIALS RESEARCH PART A Volume 73A Contents 2005 April 1, 2005 In Vitro Interaction of Human Fibroblasts and Platelets with a Shape-Memory Volume 73A Polyurethane S. Fare, V. Valtulina, P. Petrini, E. Alessandrini, G. Pietrocola, M. C. Tanzi, Issue No. 1 P. Speziale, and L. Visai Published online 9 February 2005 Assessment of the Cytocompatibility of Different Coated Titanium Surfaces to Fibroblasts and Osteoblasts L. G. Harris, L. M. Patterson, C. Bacon, |. ap Gwynn, and R. G. Richards Published online 9 February 2005 Osteogenic Effects of Bioactive Glass on Bone Marrow Stromal Cells S. Radin, G. Reilly, G. Bhargave, P.S. Leboy, and P. Ducheyne Published online 3 February 2005 Gene Expression in Tissue Associated with Extracellular Matrix Modified EPTFE M. A. Schwartz, A. L. Stone, K. A. Greer, J. B. Hoying, and S. K. Williams Published online 15 February 2005 Adsorption of Serum Fetuin to Hydroxylapatite Does Not Contribute to Osteoblast Phenotype Modifications J. Xie, M. J. Baumann, and L. R. McCabe Published online 15 February 2005 Biocompatibility of Titanium Implants Modified by Microarc Oxidation and Hydroxyapatite Coating L.-H. Li, H.-W. Kim, S.-H. Lee, Y.-M. Kong, and H.-E. Kim Published online 15 February 2005 Determining Optimal Dose of Laser Therapy for Attachment and Proliferation of Human Oral Fibroblasts Cultured on Titanium Implant Material M. Khadra, S. P. Lyngstadaas, H. R. Haanzes, and K. Mustafa Published online 9 February 2005 Osteogenic Potential of Injectable Tissue-Engineered Bone: A Comparison Among Autogenous Bone, Bone Substitute (Bio-Oss®), Platelet-Rich Plasma, and Tissue- Engineered Bone with Respect to Their Mechanical Properties and Histological Findings K. Ito, Y. Yamada, T. Nagasaka, S. Baba, and M. Ueda Published online 15 February 2005 Effect of Particulate Bioactive Glasses on Human Macrophages and Monocytes In Vitro R. M. Day and A. R. Boccaccini Published online 15 February 2005 Flow Cytometric Measurement of Phagocytosis Reveals a Role for Uptake by Phagocytes L. Baldwin, B. F. Flanagan, and J. A. Hunt Published online 15 February 2004 Preparation and Characterization of Novel Tricalcium Silicate Bioceramics W. Zhao and J. Chang Published online 15 February 2005 Physical Characteristics of Small Intestinal Sulbmucosa Scaffolds are Location-Dependent D. Raghavan, B. P. Kropp, H-K. Lin, Y. Zhang, R. Cowan, and S. V. Madihally Published online 3 February 2005 Osteoblast Response to Thermally Oxidized TiéAl4V Alloy L. Saldafia, N. Vilaboa, G. Vallés, J. Gonzalez-Cabrero, and L. Munuera Published online 9 February 2005 Surface Modification of Poly(ether urethane urea) with Modified Dehydroepiandrosterone for Improved In Vivo Biostability E. M. Christenson, M. J. Wiggins, J. M. Anderson, and A. Hiltner Published online 15 February 2005 116 A Computational Approach to Predicting Cell Growth on Polymeric Biomaterials S. D. Abramson, G. Alexe, P. L. Hammer, and J. Kohn Published online 15 February 2005 Technical Note 125 Mechano-Active Scaffold Design of Small-Diameter Artificial Graft Made of Electrospun Segmented Polyurethane Fabrics T. Matsuda, M. thara, H. Inoguchi, |. K. Kwon, K. Takamizawa, and S. Kidoaki Published online 15 February 2005 May 1, 2005 Regeneration of Rat Auditory Ossicles Using Recombinant Human BMP-2/Collagen Volume 73A Composites Y. Takeda, H. Tsujigiwa, H. Nagatsuka, N. Nagai, J. Yoshinobu, M. Okano, Issue No. 2 K. Fukushima, A. Takeuchi, T. Yoshino, and K. Nishizaki Published online 3 March 2005 Effect of Titanium Dioxide on the Oxidative Metabolism of Alveolar Macrophages: An Experimental Study in Rats D. G. Olmedo, D. R. Tasat, M. B. Guglielmotti, and R. L. Cabrini Published online 1 March 2005 No Effect of Hydroxyapatite Particles in Phagocytosable Sizes on Implant Fixation: An Experimental Study in Dogs O. Rahbek, S. Kold, K. Bendix, S. Overgaard, and K. Soballe Published online 7 March 2005 Ultrastructural Characterization of An Artificial Basement Membrane Produced by Cultured Keratinocytes S. Inoue, C. Reinisch, E. Tschachler, and L. Eckhart Published online 7 March 2005 Gentamicin-Loaded Bone Cement with Clindamycin or Fusidic Acid Added: Biofilm Formation and Antibiotic Release D. Neut, E. P. de Groot, R. S. Z. Kowalski, J. R. van Horn, H. C. van der Mei, and H. J. Busscher Published online 10 March 2005 Controlled Release of Heparin from Polypyrrole-Poly(viny! alcohol) Assembly by Electrical Stimulation Y. Li, K. G. Neoh, and E. T. Kang Published online 9 March 2005 Biaxial Failure Properties of Planar Living Tissue Equivalents K. L. Billiar, A. M. Throm, and M. T. Frey Published online 10 March 2005 Experimental Investigation on the Role of Water in the Mechanical Behavior of Structural Dentine A. Kishen and A. Asundi Published online 10 March 2005 Stress Ratio Contributes to Fatigue Crack Growth in Dentin D. Arola, W. Zheng, N. Sundaram, and J.A. Rouland Published online 2 March 2005