Table Of Content

Journal of Biomedical Materials Research (Applied Biomaterials) Author Index to Volume 68B Abbasi, F. Sze Mirzadeh, H., 191 Denry, I. L. bone block derived from porcine cancel- Abd El-Rehim, H. A. —; Holloway, J. A.: Effect of post-processing lous bone, 69 —:; El-Arnaouty, M. B.: Properties and bio- heat treatment on the fracture strength of Kim, Y. K. See Kim, S.-H., 69 compatibility of polypropylene graft co- a heat-pressed dental ceramic, 174 Kisielewski, R. W. See Walsh, D. L., 81 polymer films, 209 Duda, G. N. Kleemann, R. See Duda, G. N., 21 Ahossi, V. See Szmukler-Moncler, S., 149 -;Kliche, A.,. Kleemann, R., Hoffmann, Kliche, A. See Duda, G. N., 21 Allegrini, S., Jr. J. E., Sittinger, M., Haisch, A.: Does Ko, M.-T. See Lu, H.-K., 75 : Yoshimoto, M., Salles, M. B., K6nig, B.., low-intensity pulsed ultrasound stimulate Kokubo, T. See Shinzato, S., 132 Jr.: Bone regeneration in rabbit sinus lift- maturation of tissue-engineered carti- Kon, M. ing associated with bovine BMP, 127 lage Aes ; Hirakata, L. M., Asaoka, K.: Porous Ti- Aloisi, A. M. See Bonifazi, M., 53 Duponchel, B. See Massin, P., 140 6AI-4V alloy fabricated by spark plasma Amadio, P. C. See Yang, C., 15 sintering for biomimetic surface modifi- An, K.-N. See Yang, C., 15 El-Arnaouty, M. B. See Abd El-Rehim, cation, 88 Asaoka, K. See Kon, M., 88 H. A., 209 Konig, B., Jr. See Allegrini, S., Jr., 127 Astoin, E. See Massin, P., 140 Essner, A. See Wang, A., 45 Kotz, R. M. See Walsh, D. L., 81 Kummer, F. J. See lesaka, K., 186 Flautre, B. See Massin, P., 140 Barbucci, R. Lamponi, S. See Bonifazi, M., 53 ; Leone, G.: Formation of defined micro- Griggs, J. A. See Lee, K. M., 168 Lee, D. J. See Lee, K. M., 168 porous 3D structures starting from cross- Guistas, L. See Lee, K. M., 168 Lee, J. K. linked hydrogels, 117 ; Choi, J.-Y., Lim, B.-S., Lee, Y.-K., Sak- Baroud, G. Haisch, A. See Duda, G. N., 21 aguchi, R. L.: Change of properties dur- ; Matsushita, C., Samara, M., Beckman, L.., Hardouin, P. See Massin, P., 140 ing storage of a UDMA/TEGDMA den- Steffen, T.: Influence of oscillatory mix Hashimoto, M. See Yoshida, E., 29 tal resin, 216 ing on the injectability of three acrylic Hayami, T. See Ushio, K., 59 Lee, J. W. See Kim, S.-H., 69 and two calcium-phosphate bone ce- Hench, L. L. See Jones J. R., 36 Lee, K. M. ments for vertebroplasty, 105 Hirakata, L. M. See Kon, M., 88 ; Cai, Z., Griggs, J. A., Guiatas, L., Lee, ; Samara, M., Steffen, T.: Influence of mix- Hoffmann, J. E. See Duda, G. N., 21 D. J., Okabe, T.: SEM/EDS evaluation of ing method on the cement temperature- Holloway, J. A. See Denry, I. L., 174 porcelain adherence to gold-coated cast mixing time history and doughing time Hori, M. See Yoshida, E., 29 titanium, 168 of three acrylic cements for vertebro Hyon, S.-H. See Ushio, K., 59 Lee, Y.-K. See Lee, J. K., 216 plasty, 112 Leone, G. See Barbucci, R., 117 Beckman, L. See Baroud, G., 105 lesaka, K. Lim, B.-S. See Lee, J. K., 216 Bernard, J. P. See Szmukler-Moncler, S.., : Jaffe. W. L.. Kummer, F. J.: Effects of the Lodi, L. See Bonifazi, M., 53 149 initial temperature of acrylic bone ce Lu, H.-K. Bonifazi, M. ment liquid monomer on the properties : Ko, M.-T., Wu, M.-F.: Comparison of ; Aloisi, A. M., Ceccarelli, I., Lamponi, S.., of the stem—cement interface and cement Thi/Th2 cytokine profiles of initial Lodi, I Scaramuzzino, A., Stabile. E.., polymerization, 186 wound healing of rats induced by PDCM Lupo, C.: Platelet adhesion and aggrega lezzi, G. See Orsini, G.. 199 and e-PTFE, 75 tion on polyethylene: Effect of exhaus Lupo, C. See Bonifazi, M., 53 tive exercise, 53 Jaffe, W. L. See lesaka, K., 186 Lyachovetsky, Y. See Wiseman, D., 222 Busscher, H. J. See van der Borden, A. J.. Jones, J. R. 160 - Hench, L. | Factors effecting the struc Magnin, G. See Szmukler-Moncler, S., 149 ture and properties of bioactive foam Massin, P. scaffolds for tissue engineering, 36 ; Viguier, E., Flautre, B., Hardouin, P., As Cai, Z. See Lee, K. M., 168 toin, E., Duponchel, B.: Migration of Carrodeguas, R. G. Kaga, M. See Yoshida, E., 29 polyethylene debris along well-fixed ce ; Vazquez Lasa, B., San Roman del Barrio, Kawanabe, K. See Shinzato, S., 132 mented implants, 140 J.: Injectable acrylic bone cements for Keidan, I. See Wiseman, D., 222 Matsumura, K. See Ushio, K., 59 vertebroplasty with improved properties, Kim, S.-H. Matsushita, C. See Baroud, G., 105 94 : Shin, J.-W., Park, S.-A., Kim, Y. K., Park, Milner, R. Ceccarelli, I. See Bonifazi, M., 53 M. S., Mok, J. M., Yang, W. I., Lee, ; The developement of theoretical relation- Chaput, M. P. See Walsh, D. L., 81 J. W.: Chemical, structural properties, ships between some handling parameters Choi, J.-Y. See Lee. J. K., 216 and osteoconductive effectiveness of (setting time and setting temperature), Journal of Biomedical Materials Research Part B: Applied Biomaterials, Vol. 68B, 232-233 (2004) Journal of Biomedical Materials Research (Applied Biomaterials) Author Index to Volume 68B Abbasi, F. Sze Mirzadeh, H., 191 Denry, I. L. bone block derived from porcine cancel- Abd El-Rehim, H. A. —; Holloway, J. A.: Effect of post-processing lous bone, 69 —:; El-Arnaouty, M. B.: Properties and bio- heat treatment on the fracture strength of Kim, Y. K. See Kim, S.-H., 69 compatibility of polypropylene graft co- a heat-pressed dental ceramic, 174 Kisielewski, R. W. See Walsh, D. L., 81 polymer films, 209 Duda, G. N. Kleemann, R. See Duda, G. N., 21 Ahossi, V. See Szmukler-Moncler, S., 149 -;Kliche, A.,. Kleemann, R., Hoffmann, Kliche, A. See Duda, G. N., 21 Allegrini, S., Jr. J. E., Sittinger, M., Haisch, A.: Does Ko, M.-T. See Lu, H.-K., 75 : Yoshimoto, M., Salles, M. B., K6nig, B.., low-intensity pulsed ultrasound stimulate Kokubo, T. See Shinzato, S., 132 Jr.: Bone regeneration in rabbit sinus lift- maturation of tissue-engineered carti- Kon, M. ing associated with bovine BMP, 127 lage Aes ; Hirakata, L. M., Asaoka, K.: Porous Ti- Aloisi, A. M. See Bonifazi, M., 53 Duponchel, B. See Massin, P., 140 6AI-4V alloy fabricated by spark plasma Amadio, P. C. See Yang, C., 15 sintering for biomimetic surface modifi- An, K.-N. See Yang, C., 15 El-Arnaouty, M. B. See Abd El-Rehim, cation, 88 Asaoka, K. See Kon, M., 88 H. A., 209 Konig, B., Jr. See Allegrini, S., Jr., 127 Astoin, E. See Massin, P., 140 Essner, A. See Wang, A., 45 Kotz, R. M. See Walsh, D. L., 81 Kummer, F. J. See lesaka, K., 186 Flautre, B. See Massin, P., 140 Barbucci, R. Lamponi, S. See Bonifazi, M., 53 ; Leone, G.: Formation of defined micro- Griggs, J. A. See Lee, K. M., 168 Lee, D. J. See Lee, K. M., 168 porous 3D structures starting from cross- Guistas, L. See Lee, K. M., 168 Lee, J. K. linked hydrogels, 117 ; Choi, J.-Y., Lim, B.-S., Lee, Y.-K., Sak- Baroud, G. Haisch, A. See Duda, G. N., 21 aguchi, R. L.: Change of properties dur- ; Matsushita, C., Samara, M., Beckman, L.., Hardouin, P. See Massin, P., 140 ing storage of a UDMA/TEGDMA den- Steffen, T.: Influence of oscillatory mix Hashimoto, M. See Yoshida, E., 29 tal resin, 216 ing on the injectability of three acrylic Hayami, T. See Ushio, K., 59 Lee, J. W. See Kim, S.-H., 69 and two calcium-phosphate bone ce- Hench, L. L. See Jones J. R., 36 Lee, K. M. ments for vertebroplasty, 105 Hirakata, L. M. See Kon, M., 88 ; Cai, Z., Griggs, J. A., Guiatas, L., Lee, ; Samara, M., Steffen, T.: Influence of mix- Hoffmann, J. E. See Duda, G. N., 21 D. J., Okabe, T.: SEM/EDS evaluation of ing method on the cement temperature- Holloway, J. A. See Denry, I. L., 174 porcelain adherence to gold-coated cast mixing time history and doughing time Hori, M. See Yoshida, E., 29 titanium, 168 of three acrylic cements for vertebro Hyon, S.-H. See Ushio, K., 59 Lee, Y.-K. See Lee, J. K., 216 plasty, 112 Leone, G. See Barbucci, R., 117 Beckman, L. See Baroud, G., 105 lesaka, K. Lim, B.-S. See Lee, J. K., 216 Bernard, J. P. See Szmukler-Moncler, S.., : Jaffe. W. L.. Kummer, F. J.: Effects of the Lodi, L. See Bonifazi, M., 53 149 initial temperature of acrylic bone ce Lu, H.-K. Bonifazi, M. ment liquid monomer on the properties : Ko, M.-T., Wu, M.-F.: Comparison of ; Aloisi, A. M., Ceccarelli, I., Lamponi, S.., of the stem—cement interface and cement Thi/Th2 cytokine profiles of initial Lodi, I Scaramuzzino, A., Stabile. E.., polymerization, 186 wound healing of rats induced by PDCM Lupo, C.: Platelet adhesion and aggrega lezzi, G. See Orsini, G.. 199 and e-PTFE, 75 tion on polyethylene: Effect of exhaus Lupo, C. See Bonifazi, M., 53 tive exercise, 53 Jaffe, W. L. See lesaka, K., 186 Lyachovetsky, Y. See Wiseman, D., 222 Busscher, H. J. See van der Borden, A. J.. Jones, J. R. 160 - Hench, L. | Factors effecting the struc Magnin, G. See Szmukler-Moncler, S., 149 ture and properties of bioactive foam Massin, P. scaffolds for tissue engineering, 36 ; Viguier, E., Flautre, B., Hardouin, P., As Cai, Z. See Lee, K. M., 168 toin, E., Duponchel, B.: Migration of Carrodeguas, R. G. Kaga, M. See Yoshida, E., 29 polyethylene debris along well-fixed ce ; Vazquez Lasa, B., San Roman del Barrio, Kawanabe, K. See Shinzato, S., 132 mented implants, 140 J.: Injectable acrylic bone cements for Keidan, I. See Wiseman, D., 222 Matsumura, K. See Ushio, K., 59 vertebroplasty with improved properties, Kim, S.-H. Matsushita, C. See Baroud, G., 105 94 : Shin, J.-W., Park, S.-A., Kim, Y. K., Park, Milner, R. Ceccarelli, I. See Bonifazi, M., 53 M. S., Mok, J. M., Yang, W. I., Lee, ; The developement of theoretical relation- Chaput, M. P. See Walsh, D. L., 81 J. W.: Chemical, structural properties, ships between some handling parameters Choi, J.-Y. See Lee. J. K., 216 and osteoconductive effectiveness of (setting time and setting temperature), Journal of Biomedical Materials Research Part B: Applied Biomaterials, Vol. 68B, 232-233 (2004) AUTHOR INDEX composiiton (relative amounts of initia- Scarano, A. See Orsini, G., 199 Varney, G. W. See Walsh, D. L., 81 tor and activator) and ambient tempera- Schmidig, G. See Wang, A., 45 Vazquez Lasa, B. See Carrodeguas, R. G.. 94 ture for acrylic bone cement, 180 Schwerin, M. R. See Walsh, D. L., 81 Viguier, E. See Massin, P., 140 Mirzadeh, H. Shin, J.-W. See Kim, S.-H., 69 ; Abbasi, F.: Segmented detachable struc- Shinzato, S. Walsh, D. L. ture of cochlear-implant electrodes for ; Nakamura, T., Kawanabe, K., Kokubo, —; Schwerin, M. R., Kisielewski, R. W., close-hugging engagement with the mo- T.: Jn vivo aging test for a bioactive bone Kotz, R. M., Chaput, M. P., Varney, diolus, 191 cement consisting of glass bead filler and G. W., To, T. M.: Abrasion resistance of Mok, J. M. See Kim, S.-H., 69 PMMA matrix, 132 medical glove materials, 81 Sittinger, M. See Duda, G. N., 21 Wang, A. Nakamura, T. See Shinzato, S.., St. John, K. —+; Essner, A., Schmidig, G.: The effects of K., 59 ; Zardiackas, L. D., Poggie, R. A.: Wear lubricant composition on in vitro wear Nur, I. See Wiseman, D evaluation of cobalt—-chromium alloy for testing of polymeric acetabular compo- use in a metal-on-metal hip prosthesis, | Oguchi, H. See Yoshida, E., 29 nents, 45 Stabile, E. See Bonifazi, M., 53 Oka, M. See Ushio, K., 59 Wiseman, D. Steffen, T. See Baroud, G., 105, 112 Okabe, T. See Lee, K. M., 168 ; Lyachovetsky, Y., Keidan, I., Trout, J. R., Sun, Y.-l. See Yang, C., 15 Orsini, G. Nur, I.: The effect of tranexamic acid in Szmukler-Moncler, S. —; Ricci, J., Scarano, A., Pecora, G., Petrone, fibrin sealant on adhesion formation in ; Perrin, D., Ahossi, V., Magnin, G., Ber- G., lezzi, G., Piatelli, A.: Bone-defect the rat, 222 nard, J. P.: Biological properties of acid healing with calcium-sulfate particles Wu, M.-F. See Lu, H.-K., 75 etched titanium implants: Effect of sand- and cement: An experiment study in rab- blasting on bone anchorage, 149 bit, 199 Yang, C. Park, M. S. See Kim, S.-H., 69 To, T. M. See Walsh, D. L., 81 ; Amadio, P. C., Sun, Y.-l., Zhao, C., Zo- Park, S.-A. See Kim, S.-H., 69 Toguchida, J. See Ushio, K., 59 bitz, M. E., An, K.-N., : Tendon surface Pecora, G. See Orsini, G., 199 Trout, J. R. See Wiseman, D modification by chemically modified HA Perrin, D. See Szmukler-Moncler, S., 149 coating after flexor digitorum profundus Petrone, G. See Orsini, G., 199 Ushio, K. tendon repair, 15 Piatelli, A. See Orsini, G., 199 ; Oka, M., Hyon, S.-H., Hayami, T., Yura, Yang, W. I. See Kim, S.-H., 69 Poggie, R. A. See St. John, K. R., | S., Matsumura, K., Toguchida, J., Naka- Yoshida, E. mura, T: Attachment of artificial carti- ; Hashimoto, M., Hori, M., Kaga, M., Sano, Ricci, J. See Orsini, G., 199 lage to underlying bone, 59 H., Oguchi, H.: Deproteinizing effects on resin—tooth bond structures, 29 Sakaguchi, R. L. See Lee, J. K., 216 van der Borden, A. J. Yoshimoto, M. See Allegrini, S., Jr., 127 Salles, M. B. See Allegrini, S., Jr., 127 ; van der Mei, H. C., Busscher, H. J.: Elec- Yura, S. See Ushio, K., 59 Samara, M. See Baroud, G., 105, 112 tric-current-induced detachment of San Roman del Barrio, J. See Carrodeguas, Stapny lococcus Epide rmidis strains from R. G., 94 surgical stainless steel, 160 Zardiackas, L. D. See St. John, K. R., | Sano, H. See Yoshida, E., 29 van der Mei, H. C. See van der Borden, A. J., Zhao, C. See Yang, i Scaramuzzino, A. See Bonifazi, M., 53 160 Zobitz, M. E. See Yang, C., 15 Journal of Biomedical Materials Research (Applied Biomaterials) Subject Index to Volume 68B Abrasion, 81 Detachment, 160 Oscillatory mixing, 112 Acid etching, 149 Durability, 81 Osteoconductivity, 69 Acrylic bone cement, 94 Dynamic mechanical properties, 216 Acrylic bone cements, 112 Particle migration, 140 Activation energy, 180 Particle-induced osteolysis, 140 Electric current, 160 Adhesions, 222 Enamel, 29 PDCM, 75 Adhesive resin, 29 e-PTFE, 75 Percutaneous devices, 160 Aging test, 132~ Exercise, 53 Periodontal regeneration, 75 Anti-fibrinolytic agent, 222 Pin on disk, | Artificial cartilage, 59 Platelet adhesion, 53 Autogenous bone graft, 199 FE modeling, 149 Platelet aggregation, 53 Fibrin sealant, 222 Polyethylene, 53 Flexor tendon, 15 Barium titanate, 94 Polyethylene debris, 140 Foam, 36 Bending strength, 132 Polymeric acetabular components, 45 Fractography, 29 Benzoyl peroxide, 180 Polymethyl methacrylate, 132 FT-IR analysis, 117 Bioactive bone cement, 132 Polypropylene, 209 Bioactive glass, 36 Polysaccharide, 117 Biocompatibility, 88 Glass, 132 Polytetrafluoroethylene (PTFE), 45 Biofilms, 160 Glass transition, 216 Polyvinyl alcohol hydrogel, 59 Biomaterials, 127 Gliding resistance, 15 Porcine cancellous bone, 69 Blood compatibility, 209 Glove, 81 Porosity, 186 a Bonding, 168 Grafting, 12 Porous morphology, 117 Bone cement, 180, 186 Post-irradiation, 216 Bone-cement viscosity, 105 Heat treated, 69 Pseudo-plasticity, 105 Bone-defect healing, 199 Heat-pressed ceramic, 174 Bovine bone morphogenetic protein Hemaseel™, 222 Quixil”, 222 (BMPb), 127 Hip prosthesis, | Hyaluronic acid, 15 Rabbits, 127 Calcium phosphate, 69 Hydrogel, 117 Radiation grafting, 209 Calcium-phosphate coating, 88 2-hydroxyethyl methacrylate, 191 Radiopacity, 94 Calcium sulfate, 199 Rats, 222 Carbodiimide derivatized HA, 15 Injectability, 94 Cartilage engineering, 21 Injection molding, 59 Sandblasting, 149 Cartilage mechanics, 21 Interface, 186 Scaffold, 36 Casting, 168 Interpenetrating polymer network, 19] Segmented electrode, 19] Cement, 199 SEM, 149 Cement augmentation, 105 Kinetics, 180 Shear strength, 186 Cement mixing, 105 Silicone rubber, 191 Cemented implants, 140 Laser surface grafting, 191 Sintering, 88 Cobalt alloy, | Sinus lift, 127 Lubricant composition, 45 Cochlear implant, 191 SLA, 149 Composite osteochondral devicce, 59 Sodium acrylate, 209 Copolymer, 209 Manula mixing, Sol-gel macroporous, 36 Cortisol, 53 Metal on metal, Stainless steel, 160 Crack healing, 174 Metal-ceramic, Staphylococcus aureus, 160 Crosseal™, 222 Monomer, 186 Staphylococcus epidermidis, 160 Strength, 174 Degree of conversion, 216 NaOCl, 29 Strontium titanate, 94 Dentin, 29 N,N-dimethyl-p-toluidine, 180 Surface, 168 Journal of Biomedical Materials Research Part B Applied Biomaterials, Vol. 68B, 234-235 (2004) SUBJECT INDEX a Surface modification, 88 Titanium, s1e6, 87- Vacuum mixing, 186 Surface treatment, 149 Titanium and titaniasr-atloy. 88 Vertebroplasty, 105, 112 Titanium fiber mesh, 59 Viral penetration, 81 Tear, 81 Torque, 149 TEM, 29 Tranexamic acid, 2>22 Temperature-mixing time history, 112 Water up-take, 117 Tendon repair, 15 UDMA, 216 Wear, 140 Th1/Th2 cytokines, 75 Ultrahigh molecular weight Wear simulation, | TissuCol™, 222 polyethylene (UHMWPE), 45 Tissue maturation, 21 Ultrasound treatment, 21 X-ray diffraction, 174 ed