Journal of Biomedical Materials Research 2001: Vol 54 Index

9 Pages·2001·2.3 MB·English

Journal of Biomedical Materials Research
Author Index—Volume 54
Abdesselam, A. See Gong, W., 320 Becker, T. A. Durability of sodium
Akagi, M. See Kawanabe, K., 400 —; Kipke, D. R.; Brandon, T.: Calcium sulfate-treated polylysine-alginate
Akiyama, H. See Ohsawa, K., 501 alginate gel: A biocompatible and microcapsules, 396
Alam, Md. I. mechanically stable polymer for Dauskardt, R. H. See Ohashi, K. L.,
—; Asahina, I.; Ohmamiuda, K.; endovascular embolization, 76 419
Enomoto, S.: Comparative study of Beebe, J. D. See DeHeer, D. H., 12 DeHeer, D. H.
biphasic calcium phosphate Bensebaa, F. See McMillan, R., 272 —,; Engels, J. A.; DeVries, A. S.;
ceramics impregnated with Bernoski, F. P. See Koerten, H. K., 591 Knapp, R. H.; Beebe, J. D.: In situ
rhBMP-2 as bone substitutes, 129 Betts, F. See MacDonald, D. E., 480 complement activation by
Aldenhoff, Y. B. J. Bhattacharya, S. K. See Roy, M. E., polyethylene wear debris, 12
—; van der Veen, F. H.; ter Woorst, J.; 547 de Leij, L. F. M. H. See Khouw,
Habets, J.; Poole-Warren, L. A.; Bhonde, R. R. See Risbud, M. V., 436 I.M.S.L., 234
Koole, L. H.: Performance of a Blanchat, C. See Hamadouche, M., Dellacherie, E. See Pelletier, S., 102
polyurethane vascular prosthesis 560 del Valle, I. See Rodrigo, A. M., 30
carrying a dipyridamole Boskey, A. L. See MacDonald, D. E., Deng, M.
(Persantin®) coating on its lumenal 480 —; Shalaby, S. W.: Long-term
surface, 224 Brandon, T. See Becker, T. A., 76 irradiation effects on ultrahigh
Al-Saffar, N. See Bainbridge, J. A., molecular weight polyethylene,
328 428
Amling, M. See Linhart, W., 162 Caldwell, K. D. See Webb, K., 509 Denry, I. L.
Ando, J. See Kato, S., 366 Chang, P. L. See Van Raamsdonk, —; Holloway, J. A.; Colijn, H. O.:
Arens, S. See Mainil-Varlet, P., 335 J. M., 264 Phase transformations in a
Aronsson, B.-O. Charulatha, V. leucite-reinforced pressable dental
—,; Hjorvarsson, B.; Frauchiger, L.; —; Rajaram, A.: Dimethyl ceramic, 351
Taborelli, M.; Vallotton, P.-H.; 3,3’-dithiobispropionimidate: A Descouts, P. See Aronsson, B.-O., 20
Descouts, P.: Hydrogen desorption novel crosslinking reagent for Deslandes, Y. See McMillan, R., 272
from sand-blasted and acid-etched collagen, 122 DeVries, A. S. See DeHeer, D. H., 12
titanium surfaces after Cheng, J. C. ¥. See Guo, L., 554 Dorozhkin, S. V.
glow-discharge treatment, 20 Choi, J.-¥. See Lee, Y.-M., 216 —-; Is there a chemical interaction
Asahina, I. See Alam, Md. I., 129 Choi, S.-Y. See Oh, S.-H., 360 between calcium phosphates and
Choplin, L. See Pelletier, S., 102 hydroxypropylmethylcellulose
Chu, C.-C. See Zhang, Y., 1 (HPMC) in organic/inorganic
Bacakova, L. Chung, C.-P. See Lee, Y.-M., 216 composites? 247
—,; Stary, V.; Kofronova, O.; Lisa, V.: Claase, M. B. See Papadaki, M., 47 Doty, S. See MacDonald, D. E., 480
Polishing and coating carbon Claes, L. E. See Schmidt, C., 209 Downes, S. See Verderio, E., 294
fiber-reinforced carbon composites Clarke, I. C. See Kawanabe, K., 400 Ducheyne, P. See Lu, H. H., 454
with a carbon-titanium layer Colijn, H. O. See Denry, I. L., 351
enhances adhesion and growth of Coombes, A. See Verderio, E., 294
osteoblast-like MG63 cells and Endo, K. See Kataoka, K., 373
vascular smooth muscle cells in Engels, J. A. See DeHeer, D. H., 12
vitro, 567 Dadsetan, M. Enomoto, S. See Alam, Md. I., 129
Baek, S.-H. See Lee, Y.-M., 216 —; Mirzadeh, H.; Sharifi-Sanjani, N.; Epple, M. See Linhart, W., 162
Bainbridge, J. A. Salehian, P.: In vitro studies of Escudero, M. L. See Rodrigo, A. M.,
—; Revell, P. A.; Al-Saffar, N.: platelet adhesion on laser-treated 30
Costimulatory molecule expression polyethylene terephthalate surface,
following exposure to orthopaedic 540
implants wear debris, 328 Darrabie, M. . Feng, H. See Zhang, C., 407
Balooch, M. See Marshall, G. W., Jr., —,; Freeman, B. K.; Kendall, W. F., Jr.; Fernandez, L. See Rodrigo, A. M., 30
87 Hobbs, H. A.; Opara, E. C.: Franceschi, R. See Ma, P. X., 284
Journal of Biomedical Materials Research, Vol. 54, 632-636 (2001)
Journal of Biomedical Materials Research
Author Index—Volume 54
Abdesselam, A. See Gong, W., 320 Becker, T. A. Durability of sodium
Akagi, M. See Kawanabe, K., 400 —; Kipke, D. R.; Brandon, T.: Calcium sulfate-treated polylysine-alginate
Akiyama, H. See Ohsawa, K., 501 alginate gel: A biocompatible and microcapsules, 396
Alam, Md. I. mechanically stable polymer for Dauskardt, R. H. See Ohashi, K. L.,
—; Asahina, I.; Ohmamiuda, K.; endovascular embolization, 76 419
Enomoto, S.: Comparative study of Beebe, J. D. See DeHeer, D. H., 12 DeHeer, D. H.
biphasic calcium phosphate Bensebaa, F. See McMillan, R., 272 —,; Engels, J. A.; DeVries, A. S.;
ceramics impregnated with Bernoski, F. P. See Koerten, H. K., 591 Knapp, R. H.; Beebe, J. D.: In situ
rhBMP-2 as bone substitutes, 129 Betts, F. See MacDonald, D. E., 480 complement activation by
Aldenhoff, Y. B. J. Bhattacharya, S. K. See Roy, M. E., polyethylene wear debris, 12
—; van der Veen, F. H.; ter Woorst, J.; 547 de Leij, L. F. M. H. See Khouw,
Habets, J.; Poole-Warren, L. A.; Bhonde, R. R. See Risbud, M. V., 436 I.M.S.L., 234
Koole, L. H.: Performance of a Blanchat, C. See Hamadouche, M., Dellacherie, E. See Pelletier, S., 102
polyurethane vascular prosthesis 560 del Valle, I. See Rodrigo, A. M., 30
carrying a dipyridamole Boskey, A. L. See MacDonald, D. E., Deng, M.
(Persantin®) coating on its lumenal 480 —; Shalaby, S. W.: Long-term
surface, 224 Brandon, T. See Becker, T. A., 76 irradiation effects on ultrahigh
Al-Saffar, N. See Bainbridge, J. A., molecular weight polyethylene,
328 428
Amling, M. See Linhart, W., 162 Caldwell, K. D. See Webb, K., 509 Denry, I. L.
Ando, J. See Kato, S., 366 Chang, P. L. See Van Raamsdonk, —; Holloway, J. A.; Colijn, H. O.:
Arens, S. See Mainil-Varlet, P., 335 J. M., 264 Phase transformations in a
Aronsson, B.-O. Charulatha, V. leucite-reinforced pressable dental
—,; Hjorvarsson, B.; Frauchiger, L.; —; Rajaram, A.: Dimethyl ceramic, 351
Taborelli, M.; Vallotton, P.-H.; 3,3’-dithiobispropionimidate: A Descouts, P. See Aronsson, B.-O., 20
Descouts, P.: Hydrogen desorption novel crosslinking reagent for Deslandes, Y. See McMillan, R., 272
from sand-blasted and acid-etched collagen, 122 DeVries, A. S. See DeHeer, D. H., 12
titanium surfaces after Cheng, J. C. ¥. See Guo, L., 554 Dorozhkin, S. V.
glow-discharge treatment, 20 Choi, J.-¥. See Lee, Y.-M., 216 —-; Is there a chemical interaction
Asahina, I. See Alam, Md. I., 129 Choi, S.-Y. See Oh, S.-H., 360 between calcium phosphates and
Choplin, L. See Pelletier, S., 102 hydroxypropylmethylcellulose
Chu, C.-C. See Zhang, Y., 1 (HPMC) in organic/inorganic
Bacakova, L. Chung, C.-P. See Lee, Y.-M., 216 composites? 247
—,; Stary, V.; Kofronova, O.; Lisa, V.: Claase, M. B. See Papadaki, M., 47 Doty, S. See MacDonald, D. E., 480
Polishing and coating carbon Claes, L. E. See Schmidt, C., 209 Downes, S. See Verderio, E., 294
fiber-reinforced carbon composites Clarke, I. C. See Kawanabe, K., 400 Ducheyne, P. See Lu, H. H., 454
with a carbon-titanium layer Colijn, H. O. See Denry, I. L., 351
enhances adhesion and growth of Coombes, A. See Verderio, E., 294
osteoblast-like MG63 cells and Endo, K. See Kataoka, K., 373
vascular smooth muscle cells in Engels, J. A. See DeHeer, D. H., 12
vitro, 567 Dadsetan, M. Enomoto, S. See Alam, Md. I., 129
Baek, S.-H. See Lee, Y.-M., 216 —; Mirzadeh, H.; Sharifi-Sanjani, N.; Epple, M. See Linhart, W., 162
Bainbridge, J. A. Salehian, P.: In vitro studies of Escudero, M. L. See Rodrigo, A. M.,
—; Revell, P. A.; Al-Saffar, N.: platelet adhesion on laser-treated 30
Costimulatory molecule expression polyethylene terephthalate surface,
following exposure to orthopaedic 540
implants wear debris, 328 Darrabie, M. . Feng, H. See Zhang, C., 407
Balooch, M. See Marshall, G. W., Jr., —,; Freeman, B. K.; Kendall, W. F., Jr.; Fernandez, L. See Rodrigo, A. M., 30
87 Hobbs, H. A.; Opara, E. C.: Franceschi, R. See Ma, P. X., 284
Journal of Biomedical Materials Research, Vol. 54, 632-636 (2001)
AUTHOR INDEX
Frauchiger, L. See Aronsson, B.-O., 20 Han, Y. Kataoka, K.
Freeman, B. K. See Darrabie, M., 396 —; Fu, T.; Lu, J.; Xu, K.: —; Suzuki, Y.; Kitada, M.; Ohnishi,
Fu, T. See Han, Y., 96 Characterization and stability of K.; Suzuki, K.; Tanihara, M.; Ide,
Fujisato, T. See Yamaoka, T., 470 hydroxyapatite coatings prepared C.; Endo, K.; Nishimura, Y.:
Fujishiro, Y. by an electrodeposition and Alginate, a bioresorbable material
—; Takahashi, K.; Sato, T.: alkaline-treatment process, 96 derived from brown seaweed,
Preparation and compressive Hauke, C. See Mainil-Varlet, P., enhances elongation of amputated
strength of a-tricalcium Hayakawa, S. See Wang, X.-X., 172 axons of spinal cord in infant rats,
phosphate/gelatin gel composite 373
Heath, D. See Verderio, E., 294
cement, 525 Heinemann, D. E. H. See Wiese, Kato, H.
Furukawa, T. See Kato, H., 619 K. G., 179 —; Nishiguchi, S.; Furukawa, T.; Neo
Hench, L. L. See Saravanapavan, P., M.; Kawanabe, K.; Saito, K.;
Nakamura, T.: Bone bonding in
608
sintered hydroxyapatite combined
Gallagher, R. R. See Marshall, G. W., Heo, S.-J. See Lee, Y.-M., 216
with a new synthesized agent,
Jr., 87 Higashiyama, S. See Kawase, M., 519 TAK-778, 619
Gansky, S. A. See Marshall, G. W., Jr., Hjérvarsson, B. See Aronsson, B.-O.,
—; See Nishiguchi, S., 198
87 20
Kato, S.
Gerritsen, M. Hobbs, H. A. See Darrabie, M., 396 —; Ando, J.; Matsuda, T.: mRNA
—-; Jansen, J. A.; Kros, A.; Vriezema, Holloway, J. A. See Denry, I. L., 351 expression on shape-engineered
D. M.; Sommerdijk, N. A. J. M.; Hsu, S. W. See Yen, S. K., 412 endothelial cells: Adhesion
Nolte, R. J. M.; Lutterman, J. A.; Hubert, P. See Pelletier, S., 102 molecules ICAM-1 and VCAM-1,
Van Hévell, S. W. F. M.; Van der Hunag, T.-H. 366
Gaag, A.: Influence of —; Lii, C.-K.; Kao, C.-T.: Root canal Kawanabe, K.
inflammatory cells and serum on sealers cause cytotoxicity and —; Clarke, I. C.; Tamura, J.; Akagi,
the performance of implantable oxidative damage in hepatocytes, M.; Good, V. D.; Williams, P. A.;
glucose sensors, 69 390 Yamamoto, K.: Effects of A-P
Glushko, V. See Zyman, Z., 256 Hyon, S.-H. See Peng, C., 241 translation and rotation on the
Gomez-Garcia, L. See Rodrigo, A. M., wear of UHMWPE in a total knee
30 joint simulator, 400
Gong, W. —; See Kato, H., 619
Ichinose, S. See Itoh, S., 445
—,; Abdesselam, A.; Lutze, W.: Porous Kawase, M.
Ide, C. See Kataoka, K., 373
bioactive glass and glass—ceramics —; Shiomi, T.; Matsui, H.; Ouji, Y.;
Ignatius, A. A. See Schmidt, C., 209
made by reaction sintering under Higashiyama, S.; Tsutsui, T.; Yagi,
Inoue, H. See Lopes, M. A., 463
pressure, 320 K.: Suppression of apoptosis in
Ishikawa, K. See Yuasa, T., 344
Good, V. D. See Kawanabe, K., 400 hepatocytes by fructose-modified
—; See Miyamoto, Y., 311
Greenspan, D. C. See Hamadouche, dendrimers, 519
Ito, H. See Ohsawa, K., 501
M., 560 Kawauchi, T. See Itoh, S., 445
Itoh, S.
Griffin, M. See Verderio, E., 294 —; Kikuchi, M.; Takakuda, K.; Kendall, W. F., Jr. See Darrabie, M.
Grijpma, D. W. See Papadaki, M., 47 396
Koyama, Y.; Matsumoto, H. N.;
Grinstaff, M. W. See Smeds, K. A., Khor, E. See Yusof, N. L. B. M., 59
Ichinose, S.; Tanaka, J.; Kawauchi,
115 Khouw, I. M. S. L.
T.; Shinomiya, K.: The
—; van Wachem, P. B.; Plantinga,
Gronowicz, G. See Sofia, S., 139
biocompatibility and J. A.; de Leij, L. F. M. H.; van
Guo, L. osteoconductive activity of a novel Luyn, M. J. A.: Enzyme and
—; Guo, X.; Leng, Y.; Cheng, J. C. Y.;
hydroxyapatite/collagen
Zhang, X.: Nanoindentation study cytokine effects on the impaired
composite biomaterial, and its onset of the murine foreign-body
of interfaces between calcium
function as a carrier of rhBMP-2, reaction to dermal sheep collagen,
phosphate and bone in an animal
445 234
spinal fusion model, 554
Ivanov, I. See Zyman, Z., 256 Kijko, S. See Zyman, Z., 256
Guo, X. See Guo, L., 554
Kikuchi, A. See Kushida, A., 37
Gupta, P. See Papadaki, M., 47
Kikuchi, M. See Itoh, S., 445
Kim, H.-M. See Nishiguchi, S., 198
Jansen, J. A. See Gerritsen, M., 69
Kim, K.-N. See Oh, S.-H., 360
Jéréme, R. See Mainil-Varlet, P., 335
Habets, J. See Aldenhoff, Y. B. J., 224 Kim, S. See Lee, Y.-M., 216
Jokinen, M. See Peltola, T., 579
Hamadouche, M. Kimura, Y. See Yamaoka, T., 470
Jones, R. A. See Verderio, E., 294
—; Meunier, A.; Greenspan, D. C.; Kipke, D. R. See Becker, T. A., 76
Blanchat, C.; Zhong, J. P.; La Torre, Kirkpatrick, C. J. See van Kooten,
G. P.; Sedel, L.: Long-term in vivo T. G., 385
bioactivity and degradability of Kaneko, S. See Lopes, M. A., 463 Kitada, M. See Kataoka, K., 373
bulk sol-gel bioactive glasses, 560 Kao, C.-T. See Hunag, T.-H., 390 Kitagawa, M. See Tomihata, K., 531
Han, S.-B. See Lee, Y.-M., 216 Kaplan, D. L. See Sofia, S., 139 Kitamura, Y. See Shinzato, S., 491
AUTHOR INDEX
Kiyotani, T. See Sekine, T., 305 Linden, M. See Viitala, R., 109 Marshall, S.J. See Marshall, G. W.,
Klein, C. L. See van Kooten, T. G., Linhart, W. Jr. 87
385 —; Peters, F.; Lehmann, W.; Schwarz, Martinez, M. E. See Rodrigo, A. M.,
Klokkevold, P. R. See Lee, Y.-M., 216 K.; Schilling, A. F.; Amling, M.; 30
Knapp, R. H. See DeHeer, D. H., 12 Rueger, J. M.; Epple, M.: Martinez, P. See Rodrigo, A. M., 30
Koerten, E. W. A. See Koerten, H. K., Biologically and chemically Matsuda, T. See Kato, S., 366
59] optimized composites of Matsui, H. See Kawase, M., 519
Koerten, H. K. carbonated apatite and Matsumoto, H.N. See Itoh, S., 445
—; Onderwater, J. J. M.; Koerten, polyglycolide as bone substitution Matsumoto, K. See Sekine, T., 305
E. W. A.; Bernoski, F. P.; Nelissen, materials, 162 Matsumura, K. See Peng, C., 241
R. G. H. H.: Observations at the Lisa, V. See Bacdkova, L., 567 Matsuoka, H. See Ohsawa, K., 501
articular surface of hip prostheses: Lopes, M. A. Matsuzawa, Y. See Weikart, C. M.,
An analytical electron microscopy —; Santos, J. D.; Monteiro, F. J.; 597
study on wear and corrosion, 591 Ohtsuki, C.; Osaka, A.; Kaneko, S.; McCarthy, M. B. See Sofia, S., 139
Kofronova, O. See Bacakova, L., 567 Inoue, H.: Push-out testing and McMillan, R.
Kokubo, T. See Nishiguchi, S., 198 histological evaluation of glass
—; Meeks, B.; Bensebaa, F.;
—; See Shinzato, S., 491 reinforced hydroxyapatite Deslandes, Y.; Sheardown, H.: Cell
Koole, L. H. See Aldenhoff, Y. B. J., composites implanted in the tibia adhesion peptide modification of
224 of rabbits, 463
gold-coated polyurethanes for
Koyama, Y. See Itoh, S., 445 Lu, B. See Zhang, C., 407
vascular endothelial cell adhesion,
Kros, A. See Gerritsen, M., 69 Lu, H. H.
272
Kushida, A. —; Pollack, S. R.; Ducheyne, P.: 4555
Meek, E. See Labow, R. S., 189
—; Yamato, M.; Kikuchi, A.; Okano, Bioactive glass surface charge
Meeks, B. See McMillan, R., 272
T.: Two-dimensional manipulation variations and the formation of a
Meunier, A. See Hamadouche, M.,
of differentiated Madin—Darby surface calcium phosphate layer in
canine kidney (MDCK) cell sheets: a solution containing fibronectin, 560
The noninvasive harvest from 454 Mirzadeh, H. See Dadsetan, M., 540
Miyamoto, Y.
temperature-responsive culture Lu, J. See Han, Y., 96
—; Toh, T.; Ishikawa, K.; Yuasa, T.;
dishes and transfer to other Lutterman, J. A. See Gerritsen, M., 69
surfaces, 37 Lutze, W. See Gong, W., 320 Nagayama, M.; Suzuki, K.: Effect
of added NaHCO, on the basic
properties of apatite cement, 311
—; See Yuasa, T., 344
Labow, R. S. Ma, P. X.
Moghe, P. V. See Ranucci, C. S., 149
—; Meek, E.; Santerre, J. P.: Model —; Zhang, R.; Xiao, G.; Franceschi, R.:
Monteiro, F. J. See Lopes, M. A., 463
systems to assess the destructive Engineering new bone tissue i
Munuera, L. See Rodrigo, A. M., 30
potential of human neutrophils vitro on highly porous
Murakami, A. See Yamaoka, T., 470
and monocyte-derived poly(a-hydroxyl acids)/
macrophages during the acute and hydroxyapatite composite
chronic phases of inflammation, scaffolds, 284
Nagayama, M. See Miyamoto, Y., 311
189 MacDonald, D. E.
Langer, R. See Papadaki, M., 47 —; Betts, F.; Stranick, M.; Doty, S.; —; See Yuasa, T., 344
Langlet, M. See Viitala, R., 109 Boskey, A. L.: Physicochemical Nakajima, N. See Peng, C., 241
La Torre, G. P. See Hamadouche, M., study of plasma-sprayed Nakamura, T. See Nishiguchi, S., 198
560 hydroxyapatite-coated implants in —; See Sekine, T., 305
Lee, C. W. See Yamaoka, T., 470 humans, 480 —; See Shinzato, S., 491
Lee, Y.-K. See Oh, S.-H., 360 Mahmood, T. See Papadaki, M., 47 —; See Ohsawa, K., 501
Lee, Y.-M. Mainil-Varlet, P. —; See Kato, H., 619
—; Seol, Y.-J.; Lim, Y.-T.; Kim, S.; —; Hauke, C.; Maquet, V.; Printzen, Nelissen, R. G. H. H. See Koerten,
Han, S.-B.; Rhyu, I.-C.; Baek, S.-H.; G.; Arens, S.; Schaffner, T.; Jér6me, rok 591
Heo, S.-J.; Choi, J.-Y.; Klokkevold, R.; Perren, S.; Schlegel, U.: Neo, M. See Nishiguchi, S., 198
P. R.; Chung, C.-P.: Polylactide implants and bacterial —; See Ohsawa, K., 501
Tissue-engineered growth of bone contamination: An animal study, —; See Kato, H., 619
by marrow cell transplantation 335 Nishiguchi, S.
using porous calcium Maquet, V. See Mainil-Varlet, P., 335 —; Kato, H.; Neo, M.; Oka, M.; Kim,
metaphosphate matrices, 216 Marchal, P. See Pelletier, S., 102 H.-M.; Kokubo, T.; Nakamura, T.:
Lehmann, W. See Linhart, W., 162 Marshall, G. W., Jr. Alkali- and heat-treated porous
Leng, Y. See Guo, L., 554 —; Balooch, M.; Gallagher, R. R.; titanium for orthopedic implants,
Li, X. See Verderio, E., 294 Gansky, S. A.; Marshall, S. J.: 198
Lii, C.-K. See Hunag, T.-H., 390 Mechanical properties of the —; See Kato, H., 619
Lim, L. Y. See Yusof, N. L. B. M., 59 dentinoenamel junction: AFM Nishimoto, S. K. See Roy, M. E., 547
Lim, Y.-T. See Lee, Y.-M., 216 studies of nanohardness, elastic Nishimura, Y. See Kataoka, K., 373
Lin, J. S. See Roy, M. E., 547 modulus, and fracture, 87 Nolte, R. J. M. See Gerritsen, M., 69
AUTHOR INDEX
Oh, S.-H. Peng, C. Saito, K. See Kato, H., 619
—; Choi, S.-Y.; Lee, Y.-K.; Kim, K.-N.: —; Tsutsumi, S.; Matsumura, K.; Saldana, L. See Rodrigo, A. M., 30
Research on annihilation of cancer Nakajima, N.; Hyon, S.-H.: Salehian, P. See Dadsetan, M., 540
cells by glass-ceramics for cancer Morphologic study and syntheses Santerre, J. P. See Labow, R.S., 189
treatment with external magnetic of type I collagen and fibronectin Santos, J. D. See Lopes, M. A., 463
field. I. Preparation and of human periodontal ligament Saravanapavan, P.
cytotoxicity, 360 cells cultured on poly(ethylene-co- —; Hench, L. L.: Low-temperature
Ohashi, K. L. vinyl alcohol) (EVA) with collagen synthesis, structure, and
—; Yerby, S. A.; Dauskardt, R. H.: immobilization, 241 bioactivity of gel-derived glasses
Effects of an adhesion promoter on Perren, S. See Mainil-Varlet, P., 335 in the binary CaO-SiO, system,
the debond resistance of a Peters, F. See Linhart, W., 162 608 ~
metal—polymethylmethacrylate Peters, J. H. See Wiese, K. G., 179 Sato, H. See Tomihata, K., 53
interface, 419 Pharr, G. M. See Roy, M. E., 547 Sato, T. See Fujishiro, Y., 525
Ohmamiuda, K. See Alam, Md. I., 129 Plantinga, J. A. See Khouw, I. M.S. L., Schaffner, T. See Mainil-Varlet, P.,
Ohnishi, K. See Kataoka, K., 373 234 335
Ohsawa, K. Pollack, S. R. See Lu, H. H., 454 Schilling, A. F. See Linhart, W., 16
—; Neo, M.; Matsuoka, H.; Akiyama, Poole—Warren, L. A. See Aldenhoff, Schlegel, U. See Mainil-Varlet, P., 33
H.; Ito, H.; Nakamura, T.: ¥. BLY; 224 Schmidt, C.
Tissue responses around Printzen, G. See Mainil-Varlet, P., —; Ignatius, A. A.; Claes, L. E.:
polymethylmethacrylate particles 2I2IkD Proliferation and differentiation
implanted into bone: Analysis of parameters of human osteobiasts
expression of bone matrix protein on titanium and steel surfaces, 209
mRNAs by in situ hybridization, Rahiala, H. See Viitala, R., 109 Schwarz, K. See Linhart, W., 162
501 Rajaram, A. See Charulatha, V., 122 Sedel, L. See Hamadouche, M., 560
Sekine, T.
Ohta, T. See Yamaoka, T., 470 Ranucci, C. S.
—; Nakamura, T.; Shimizu, Y.; Ueda,
Ohtsuki, C. See Lopes, M. A., 463 —; Moghe, P. V.: Substrate
Oka, M. See Nishiguchi, S., 198 microtopography can enhance cell H.; Matsumoto, K.; Takimoto, Y.;
Okano, T. See Kushida, A., 37 adhesive and migratory Kiyotani, T.: A new type of
surgical adhesive made from
Onderwater, J. J. M. See Koerten, responsiveness to matrix ligand
porcine collagen and polyglutamic
H. K., 591 density, 149
Opara, E. C. See Darrabie, M., 396 Revell, P. A. See Bainbridge, J. A., 328 acid (Technical Note), 305
Seol, Y.-J. See Lee, Y.-M., 216
Osaka, A. See Wang, X.-X., 172 Rho, J. Y. See Roy, M. E., 547
Shalaby, S. W. See Deng, M., 428
—; See Lopes, M. A., 463 Rhyu, I.-C. See Lee, Y.-M., 216
Sharifi-Sanjani, N. See Dadsetan, M.,
Ostermeier, D. See Wiese, K. G., 179 Riesle, J. See Papadaki, M., 47
540
Ouji, Y. See Kawase, M., 519 Risbud, M. V.
Sheardown, H. See McMillan, R., 272
—; Bhonde, R. R.: Suitability of
Shimizu, Y. See Sekine, T., 305
cellulose molecular dialysis Shinomiya, K. See Itoh, S., 445
Papadaki, M. membrane for bioartificial
Shinzato, S.
—; Mahmood, T.; Gupta, P.; Claase, pancreas: In vitro biocompatibility —; Nakamura, T.; Kokubo, T.;
M. B.; Grijpma, D. W.; Riesle, J.; studies, 436 Kitamura, Y.: A new bioactive
van Blitterswijk, C. A.; Langer, R.: Rochmistrov, D. See Zyman, Z., 256 bone cement: Effect of glass bead
The different behaviors of skeletal Rodrigo, A. M. filler content on mechanical and
muscle cells and chondrocytes on —; Martinez, M. E.; Martinez, P.; biological properties, 491
PEGT/PBT block copolymers are Escudero, M. L.; Ruiz, J.; Saldana, Shiomi, T. See Kawase, M., 519
related to the surface properties of L.; Gémez-Garcia, L.; Fernandez, Simola, J. See Viitala, R., 109
the substrate, 47 L.; del Valle, I.; Munuera, L.: —; See Peltola, T., 579
Payan, E. See Pelletier, S., 102 Effects of MA 956 superalloy and Smeds, K. A.
Pelletier, S. a-alumina particles on some —,; Grinstaff, M. W.: Photocrosslinkable
—; Hubert, P.; Payan, E.; Marchal, P.; markers of human osteoblastic polysaccharides for in situ
Choplin, L.; Dellacherie, E.: cells in primary culture, 30 hydrogel formation, 115
Amphiphilic derivatives of sodium Rosenholm, J. B. See Viitala, R., 109 Sofia, S.
alginate and hyaluronate for Roy, M. E. —; McCarthy, M. B.; Gronowicz, G.;
cartilage repair: Rheological —; Nishimoto, S. K.; Rho, J. Y.; Kaplan, D. L.: Functionalized
properties, 102 Bhattacharya, S. K.; Lin, J. S.; silk-based biomaterials for bone
Peltola, T. Pharr, G. M.: Correlations between formation, 139
—-; Jokinen, M.; Veittola, S.; Simola, J.; osteocalcin content, degree of Sommerdijk, N. A. J. M. See
Yli-Urpo, A.: In vitro bioactivity mineralization, and mechanical Gerritsen, M., 69
and structural features of mildly properties of C. Carpio rib bone, Song, Z. See Zhang, C., 407
heat-treated sol-gel-derived silica 547 Stary, V. See Bacakova, L., 567
fibers, 579 Rueger, J. M. See Linhart, W., 162 Stranick, M. See MacDonald, D. E.,
—; See Viitala, R., 109 Ruiz, J. See Rodrigo, A. M., 30 480
AUTHOR INDEX
Suzuki, K. See Miyamoto, Y., < method to assess the mechanical Yagi, K. See Kawase, M., 519
—; See Yuasa, T., 344 stability of alginate microcapsules, Yamamoto, K. See Kawanabe, K., 400
—+> See Kataoka, K., 373 264 Yamaoka, T.
Suzuki, M. See Tomihata, K., 5: van Wachem, P. B. See Khouw, —; Takahashi, Y.; Fujisato, T.; Lee,
Suzuki, Y. See Kataoka, K., ; PW SL, .258 C. W.; Tsuji, T.; Ohta, T.;
Veittola, S. See Peltola, T., 579 Murakami, A.; Kimura, Y.: Novel
Verderio, E. adhesion prevention membrane
Taborelli, M. See Aronsson, B.-O., 20 —; Coombes, A.; Jones, R. A.; Li, X.; based on a bioresorbable
Takahashi, K. See Fujishiro, Y., 525 Heath, D.; Downes, S.; Griffin, M.: copoly(ester-ether) comprised of
Takahashi, Y. See Yamaoka, T., 470 Role of the cross-linking enzyme poly-t-lactide and Pluronic®: In
Takakuda, K. See Itoh, S., 445 tissue transglutaminase in the vitro and in vivo evaluations, 470
Takechi, M. See Yuasa, T., 344 biological recognition of synthetic Yamato, M. See Kushida, A., 37
Takimoto, Y. See Sekine, T., 305 biodegradable polymers, 294 Yasuda, H. K. See Weikart, C. M., 597
Tamura, J. See Kawanabe, K., 400 Viitala, R. Yen, S. K.
Tanaka, J. See Itoh, S., 445 —; Simola, J.; Peltola, T.; Rahiala, H.; —; Hsu, S. W.: Electrolytic Al,O,
Tanihara, M. See Kataoka, K., 373 Linden, M.; Langlet, M.; coating on Co-Cr-Mo implant
ter Woorst, J. See Aldenhoff, Y. B. J., Rosenholm, J. B.: In vitro alloys of hip prosthesis, 412
224 bioactivity of aerosol-gel deposited Yerby, S. A. See Ohashi, K. L., 419
Tkachenko, N. See Zyman, Z., 256 TiO, thin coatings, 109 Yli-Urpo, A. See Peltola, T., 579
Toh, T. See Miyamoto, Y., 311 Vriezema, D. M. Gerritsen, M., 69 Yuasa T.
Tomihata, K. —; Miyamoto, Y.; Ishikawa, K.;
—; Suzuki, M.; Sato, H.; Kitagawa, Takechi, M.; Nagayama, M.;
M.: Sensitizer contained in Suzuki, K.: In vitro resorption of
Wang, J. See Zhang, C., 407
heat-decomposed dye, 531 three apatite cements with
Wang, X.-X.
Tresco, P. A. See Webb, K., 509 osteoclasts, 344
—; Hayakawa, S.; Tsuru, K.; Osaka,
Tsuji, T. See Yamaoka, T., 470 —; See Miyamoto, Y., 311
A.: A comparative study of in vitro
Tsuru, K. See Wang, X.-X., 172 Yusof, N. L. B. M.
apatite deposition on heat-, H,O.-,
Tsutsui, T. See Kawase, M., 519 —; Lim, L. Y.; Khor, E.: Preparation
and NaOH-treated titanium
Tsutsumi, S. See Peng, C., 241 and characterization of chitin
surfaces, 172
beads as a wound dressing
Webb, K.
precursor, 59
—; Caldwell, K. D.; Tresco, P. A.:
Ueda, H. See Sekine, T., 305
A novel surfactant-based
immobilization method for
Zhang, C.
varying substrate-bound
Vallotton, P.-H. See Aronsson, B.-O., —; Wang, J.; Feng, H.; Lu, B.; Song,
fibronectin, 509
20 Z.; Zhang, X.: Replacement of
Weikart, C. M.
van Blitterswijk, C. A. See Papadaki, segmental bone defects using
—; Matsuzawa, Y.; Winterton, L.;
M., 47 porous bioceramic cylinders: A
Yasuda, H. K.: Evaluation of
Van der Gaag, A. See Gerritsen, M., biomechanical and X-ray
plasma polymer-coated contact
69 diffraction study, 407
lenses by electrochemical
van der Veen, F. H. See Aldenhoff, Zhang, R. See Ma, P. X., 284
impedance spectroscopy, 597
¥::B: J, 224 Zhang, X. See Zhang, C., 407
Wiese, K. G.
Van Hovell, S. W. F. M. See —; See Guo, L., 554
—; Heinemann, D. E. H.; Ostermeier,
Gerritsen, M., 69 Zhang, Y.
D.; Peters, J. H.: Biomaterial
van Kooten, T. G. —; Chu, C.-C.: Biodegradable
properties and biocompatibility in
—; Klein, C. L.; Kirkpatrick, C. J.: dextran-polylactide hydrogel
cell culture of a novel self-inflating
Western blotting as a method for network and its controlled release
hydrogel tissue expander, 179
studying cell—biomaterial of albumin, 1
Williams, P. A. See Kawanabe, K.,
interactions: The role of protein Zhong, J. P. See Hamadouche, M., 560
400
collection, 385 Zyman, Z.
Winterton, L. See Weikart, C. M., 597
van Luyn, M.J. A. See Khouw, —; Ivanov, I.; Rochmistrov, D.;
I. M.S. L., 234 Glushko, V.; Tkachenko, N.; Kijko,
Van Raamsdonk, J. M. S.: Sintering peculiarities for
—; Chang, P. L.: Osmotic pressure Xiao, G. See Ma, P. X., 284 hydroxyapatite with different
test: A simple, quantitative Xu, K. See Han, Y., 96 degrees of crystallinity, 256
Journal of Biomedical Materials Research
Subject Index—Volume 54
a-alumina, 30 Bone substitution materials, 162 Cyotkine, 139
Acid etching, 20 Bulk properties, 597 Cytotoxicity, 59, 179, 360, 390
Adhesion, 139
Adhesion barrier, 470 CaO-SiO,, 608 Degradability, 560
Adhesion molecules, 366 CaTiO, particles, 525 Degree of crystallinity, 256
Aerosol-gel deposition, 109 Cadherin-5, 385 Dental implant, 241
Albumin, 1 Calcium phosphate cement, 311, 344 Dentinoenamel junction, 87
Alkali and heat treatment, 198 Calcium phosphate ceramics, 554 Dextran, 1
Alkaline phosphatase, 139 Calcium phosphate layer, 454 Diabetes, 396
Alkaline treatment, 96 Calcium phosphates, 247 Dialysis membrane, 436
Aneurysms, 76 Cancer, 360 Dimethy]
Anterior—posterior translation, 400 Carbon particles, 567 3,3’-dithio(bispropionimidate) REZ
Anthraquinone dye, 531 Carbonate apatite, 311 Dipyridamole, 224
Apatite, 172 Carbonated apatite, 162
Apatite cement, 311, 344 Carboxymethyl chitin, 59 EDAX, 480
Apoptosis, 519 Cartilage replacement, 102 ESCA, 480
Arteriovenous malformations, 76 Cell adhesion, 149, 294 Electrochemical impedance
Arthroplasty, 591 Cell-adhesion peptide, 272 spectroscopy, 597
Artificial bone implants, 567 Cell behavior, 47, 509 Electrodeposition, 96
Artificial nerve, 373 Cell culture, 189 Electrolytic Al,O; coating,
Associative alginate and hyaluronate, Cell differentiation, 209 Electron microscopy, 591
102 Cell motility, 149 Endothelial cell, 366
Cell shape, 366 Endothelial cells, 224, 385
Bioactive, 491 Cellulose, 436
Bioactive glasses, 560 Chemical interaction, 247 FTIR, 480
Bioactivity, 172, 454 Chitin, 59 Failure, 480
Bioartificial liver, 519 Chitin beads, 59 Fatigue, 419
Bioartificial pancreas, 396 Chondrocytes, 47 Fibrin glue, 305
Biocompatibility, 30, 122, 179, 360, Co-Cr-Mo implant alloy, 412 Fibroblasts, 509
385, 436, 501 Coating dissolution, 480 Fibronectin, 241, 454, 509
Biodegradable polymers, 284 Collagen, 122, 149, 305 Foreign-body reaction, 234
Biodegradation, 1 Collagen glue, 305 Freeze-dried alginate sponge, 373
Biomaterial, 139 Complement, 12 Fructose-dendrimer, 519
Biomaterials, 172, 189, 294 Compressive strength, 525
Bioresorbable aliphatic polyesters, Contact angle, 47 y irradiation, 428
335 Contact dermatitis, 531 Gelatin, 525
Biphasic calcium phosphate, 129 Contact lenses, 597 Gene therapy, 264
Block copolymer, 470 Contractile force, 37 Glass, 491
Blood compatibility, 540 Controlled release, 1 Glass-ceramics, 360
Bond strength, 96 Corrosion, 591 Glass-reinforced hydroxyapatite
Bone, 139, 284 Corrosion in pores and corrosion composites, 463
Bone bonding, 619 products, 320 Glasses, 608
Bone-derived cells, 567 Costimulation, 328 Glucose oxidase, 69
Bone elasticity, 547 Covalent immobilization, 509 Glucose sensor, 69
Bone morphogenetic protein, 129 Crosslinked dermal sheep collagen, Glutaraldehyde, 122
Bone regeneration, 216 234 Glutathione, 390
Bone-remodeling unit, 445 Crosslinking, 122 Gold-thiol chemistry,
Bone substitute, 129 Crystallization, 360 Grit blasting, 20
Journal of Biomedical Materials Research, Vol. 54, 637-639 (2001)
SUBJECT INDEX
HAP/TCP pellet, 129 Mouse, 234 Porous, 198
HRP, 373 Multinucleated giant cells, 328 Porous bioactive glass and
Hardness, fracture, 87 Mutagenicity, 179 glass-ceramic, 320
Heat-decompose, 531 Porous calcium metaphosphate (CMP)
Heat treatment, 579 matrix, 216
NaHCoO,, 311
Hepatocytes, 519 Porous ceramics, 407
Nanoindentation, 547, 554
Hip prosthesis, 412 Powder, 256
Nanomechanical properties, 87
Histological studies, 463 Predegradation, 234
Neutrophil, 189
Histomorphometry, 560 Pressable dental ceramic, 351
New bone formation, 129
Human, 591 Proliferation, 567
New glass-ceramic compositions, 320
Hyaluronan, 115 Nonadhesive polymer, 76 Protein adsorption, 454
Hydrogel, 1, 179 Push-out test, 198
Hydrogels, 115 Push-out testing, 463
Hydrostatic pressure, 179 Organic/inorganic composites, 247
Hydroxyapatite, 96, 256, 284, 311, 344, Orthopedic, 428 Reaction sintering under pressure, 320
445, 480, 619 Orthopedic and dental surgery, 567 Recombinant cell, 264
Hydroxyapatite particles, 525 Osmosis, 179 Recombinant human bone
Hydroxyapatite/type I collagen Osteoblast, 139, 284 morphogenetic protein (rhBMP),
(HAp/Col) composite, 445 Osteoblast differentiation, 501 445
Hydroxypropylmethylcellulose, 247 Osteoblastic cells, 30 Regeneration of periodontium, 241
Hyperthermia, 360 Osteoblasts, 162, 209 Replacement of bone defects, 407
Osteocalcin, 547 Residual stress, 96
Osteoclasts, 344 Resistance to infection, 335
IFN-y, 234
Osteoconductivity, 491
Immunohistochemistry, 37 y Resorption, 344
> Osteogenesis, 619 Rheological properties, 102
Immunoisolation, 264, 436 Osteogenic cell line, 567
Root canal sealer, 390
Implantable, 69
Inflammatory cells, 69 Osteoinduction, 619 Rotation, 400
Oxidative stress, 390
Inflammatory response, 189, 328
Oxidizing substrates, 69
in situ hybridization, 501 SEM-WDS, 554
in situ polymerization, 115 Sanidine, 351
Interfacial debonding, 419 P53, 385 Scaffolding, 284
in vitro apatite-forming ability, 109 PLLA, 470 Scanning electron microscopy, 567
in vitro bioactivity, 463, 579, 608 PMMA, 491 Segmental bone defects, 407
in vitro studies, 540 Particles, 30 Serum, 69
in vivo evaluation, 463 Periodontal ligament cell, 241 Silane adhesion promoter, 419
Islet, 436 Peroxidases, 69 Silica fibers, 579
Phosphotyrosine, 385 Silk, 139
Photocrosslinkable polysaccharides, Simulator, 400
LDH leakage, 390
115 Sintering temperature, 256
Laser, 540 Plasma polymers, 597 Skeletal muscle cells, 47
Laser confocal microscope, 1 Plasma spray, 480 Small-angle X-ray scattering, 547
Leucite, 351
Platelet adhesion, 540 Sol-gel, 560, 608
Ligand density, 149
Poly(ethylene-co-vinyl alcohol) (EVA), Sol-gel-derived, 579
241 Spinal cord regeneration, 373
MA 956 alloy, 30 Poly(ethylene glycol) and Spinal fusion, 554
MDCK cells, 37 poly(butylene terepthalate) block Stainless steel, 209
MRNA, 366 copolymers, 47 Staphylococus aureus, 335
Macrophage, 501 Poly(lactic acid), 1 Stepped shrinkage, 256
Macrophage T-cell interactions, 328 Poly (L-glutamic acid), 305 Surface charge, 454
Marrow-derived mesenchymal cells, Poly-L-lysine, 264 Surface modification, 272
216 Poly(N-isopropylacrylamide), 37 Surface properties, 480, 597
Maximization test, 531 Polyether, 470 Surface roughness, 20, 567
Mechanical properties, 554 Polyethylene, 12 Surface structure, 579
Mechanical property, 428, 491 Polyethylene oxide, 509 Suture, 531
Mechanism of solid state reaction, 320 Polyethylene terephthalate, 540 Sutureless surgery, 115
Microcapsules, 396 Polyethylene wear, 400 Synovitis, 12
Microcatheters, 76 Polyglycolide, 162
Microstructure, 351 Polylactide implants, 335 TAK-778, 619
Mineralization, 547 Polymer occlusion, 76 TNF-a, 234
Modulus, 87 Polymethylmethacrylate, 419, 501 Temperature-responsive culture
Monocyte-derived macrophage, 189 Polyurethane, 224 surfaces, 37
Monocyte differentiation, 179 Porosity, 608 Thermal property, 428
SUBJECT INDEX
Thermal treatment, 247 Total knee arthroplasty, 400 Water uptake, 59
TiO, thin coatings, 109 Transplantation, 216, 264, 396 Wear debris, 12
Tissue engineering, 37, 162, 216, 284 Tricalcium phosphate cement, 525 Wear particles, 328
Tissue expander, 179 Type I collagen, 241, 445 Western blot, 385
Tissue transglutaminase, 294 Wound healing, 305
Titanium, 172, 198, 209 Ultrahigh molecular weight
Titanium hydride, 20 polyethylene, 428 XRD, 480
Titanium implants, 20 X-ray diffraction, 351
Topography, 149 Vascular endothelial cells, 272 X-ray microanalysis, 591
Total joint arthroplasty, 12 Vascular prosthesis, 224 X-ray photoelectron spectroscopy,
Total joint replacement, 419 Viscosupplementation, 102 109