Journal of Biomedical Materials Research 1997: Vol 37 Index

9 Pages·1997·2 MB·English

Journal of Biomedical Materials Research
Author Index—Volume 37
Allémann, E. dependence of bioactivity of Daculsi, G. See Yamada, S., 346
—; Gravel, P.; Leroux, J.-C.; Balant, L.; glasses in the system Dallaire, N. See Doillon, C. J., 212
Gurny, R.: Kinetics of blood Na,O-K,O-MgO-CaO-B,O,-P30;- de Ruijter, J. E. See den Braber, E. T.,
component adsorption on SiO,, 114 539
poly(D,L-lactic acid) nanoparticles: Deb, S.
Evidence of complement C3 —; Vazquez, B.; Bonfield, W.: Effect
component involvement, 229 Carvalho, T. L. L. of crosslinking agents on acrylic
Ando, H. See Suzuki, M., 252 —-; Teédfilo, J. M.; Aratijo, C. A. C. A,; bone cements based on
Aratijo, C. A. C. A. See Carvalho, Brentegani, L. G.: Chronology of poly(methylmethacrylate), 465
.L.2,449 alveolar healing following den Braber, E. T.
Asakura, T. See Suzuki, K., 261 immediate implantation of Ricinus —,; de Ruijter, J. E.; Jansen, J. A.: The
Asaoka, K. See Miyamoto, Y., 457 communis polyurethane resin: effect of a subcutaneous silicone
Ayukawa, Y. See Takeshita, F., 235 Histometric analysis in rats, 449 rubber implant with shallow
Cassinelli, C. See Morra, M., 198 surface microgrooves on the
Cebollada, F. See Gonzalez-Carrasco,
surrounding tissues in rabbits, 539
Bachus, K. N. See Hutchinson, D. T., J5t55S
Dohi, Y. See Okumura, M., 122
94 Chang, E. See Yang, C. Y., 335
Doi, K.
Balant, L. See Allémann, E., 229 Chang, Y.-S.
—; Matsuda, T.: Significance of
Bateman, T. A. See Roedersheimer, —; Oka, M.; Gu, H.-O.; Kobayashi,
porosity and compliance of
M. T., 276 M.; Toguchida, J.; Nakamura, T.;
microporous, polyurethane-based
Bellobono, I. R. See D’Ambrosio, A., Hayami, T.: Histologic comparison
microarterial vessel on neoarterial
566 of tibial articular surfaces against
wall regeneration, 573
Bendall, S. P. See Price, N., 394 rigid materials and artificial
Doillon, C. J.
Bernache-Assolant, D. See Hott, M., articular cartilage, 51
508 Chen, P. Q. See Yang, C. Y., 335 —; Drouin, R.; Céte, M.-F.; Dallaire,
Blaha, J. D. See Norman, T. L., 151 Chu, C. C. See Slivka, M. A., 353 N.; Pageau, J.-F.; Laroche, G.:
Blezer, R. Céte, M.-F. See Doillon, C. J., 212 Chemical inactivators as
sterilization agents for bovine
—; Fouache, B.; Willems, G. M.; Conti, A. See Radin, S., 363
Lindhout, T.: Activation of blood Cornelius, R. M. collagen materials, 212
coagulation at heparin-coated —,; Brash, J. L.: Effect of single-chain Downton, N. A. See Pidaparti,
surfaces, 108 and two-chain high molecular R. M. V., 161
Bobyn, J. D. See Bourassa, P. L., 291 weight kininogen on adsorption of Drouin, R. See Doillon, C. J., 212
Bonfield, W. See Deb, S., 465 fibrinogen from binary mixtures to Ducheyne, P. See Marcolongo, M.,
Boulekbache, H. See Loty, C., 137 glass and sulfonated polyurethane 440
Bouler, J.-M. See Yamada, S., 346 surfaces, 314 —; See Radin, S., 363
Bourassa, P. L. Couturier, C. See Honiger, J., 548
—; Yue, S.; Bobyn, J. D.: The effect of Cristina, M. C. See
heat treatment on the fatigue Gonzalez-Carrasco, J. L., 453
Elgue, G. See Sanchez, J., 37
strength of microknurled
Eriksson, C.
Ti-6Al-4V, 291
—wNygren, H.: The initial reactions of
Brady, K. See Koh, E. T., 432 D’Ambrosio, A.
graphite and gold with blood, 130
Branger, A. B. See Rezania, 4., 9 —-; Rebulla, P.; Revelli, N.; Morelati,
Brash, J. L. See Cornelius, R. M., 314 F.; Marangoni, F.; Sirchia, G.;
Brentegani, L. G. See Carvalho, Bellobono, I. R.: Use of
T4449 photografting technique for the Ford, T. R. P. See Koh, E. T., 432
Brink, M. immobilization of blood-grouping Forest, N. See Loty, C., 137
—,; Turunen, T.; Happonen, R.-P.; antibodies onto microtiter plates, Fouache, B. See Blezer, R., 108
Yli-Urpo, A.: Compositional 566 Frondoza, C. See Price, N., 394
Journal of Biomedical Materials Research, Vol . 37, 594-598 (1997)
Journal of Biomedical Materials Research
Author Index—Volume 37
Allémann, E. dependence of bioactivity of Daculsi, G. See Yamada, S., 346
—; Gravel, P.; Leroux, J.-C.; Balant, L.; glasses in the system Dallaire, N. See Doillon, C. J., 212
Gurny, R.: Kinetics of blood Na,O-K,O-MgO-CaO-B,O,-P30;- de Ruijter, J. E. See den Braber, E. T.,
component adsorption on SiO,, 114 539
poly(D,L-lactic acid) nanoparticles: Deb, S.
Evidence of complement C3 —; Vazquez, B.; Bonfield, W.: Effect
component involvement, 229 Carvalho, T. L. L. of crosslinking agents on acrylic
Ando, H. See Suzuki, M., 252 —-; Teédfilo, J. M.; Aratijo, C. A. C. A,; bone cements based on
Aratijo, C. A. C. A. See Carvalho, Brentegani, L. G.: Chronology of poly(methylmethacrylate), 465
.L.2,449 alveolar healing following den Braber, E. T.
Asakura, T. See Suzuki, K., 261 immediate implantation of Ricinus —,; de Ruijter, J. E.; Jansen, J. A.: The
Asaoka, K. See Miyamoto, Y., 457 communis polyurethane resin: effect of a subcutaneous silicone
Ayukawa, Y. See Takeshita, F., 235 Histometric analysis in rats, 449 rubber implant with shallow
Cassinelli, C. See Morra, M., 198 surface microgrooves on the
Cebollada, F. See Gonzalez-Carrasco,
surrounding tissues in rabbits, 539
Bachus, K. N. See Hutchinson, D. T., J5t55S
Dohi, Y. See Okumura, M., 122
94 Chang, E. See Yang, C. Y., 335
Doi, K.
Balant, L. See Allémann, E., 229 Chang, Y.-S.
—; Matsuda, T.: Significance of
Bateman, T. A. See Roedersheimer, —; Oka, M.; Gu, H.-O.; Kobayashi,
porosity and compliance of
M. T., 276 M.; Toguchida, J.; Nakamura, T.;
microporous, polyurethane-based
Bellobono, I. R. See D’Ambrosio, A., Hayami, T.: Histologic comparison
microarterial vessel on neoarterial
566 of tibial articular surfaces against
wall regeneration, 573
Bendall, S. P. See Price, N., 394 rigid materials and artificial
Doillon, C. J.
Bernache-Assolant, D. See Hott, M., articular cartilage, 51
508 Chen, P. Q. See Yang, C. Y., 335 —; Drouin, R.; Céte, M.-F.; Dallaire,
Blaha, J. D. See Norman, T. L., 151 Chu, C. C. See Slivka, M. A., 353 N.; Pageau, J.-F.; Laroche, G.:
Blezer, R. Céte, M.-F. See Doillon, C. J., 212 Chemical inactivators as
sterilization agents for bovine
—; Fouache, B.; Willems, G. M.; Conti, A. See Radin, S., 363
Lindhout, T.: Activation of blood Cornelius, R. M. collagen materials, 212
coagulation at heparin-coated —,; Brash, J. L.: Effect of single-chain Downton, N. A. See Pidaparti,
surfaces, 108 and two-chain high molecular R. M. V., 161
Bobyn, J. D. See Bourassa, P. L., 291 weight kininogen on adsorption of Drouin, R. See Doillon, C. J., 212
Bonfield, W. See Deb, S., 465 fibrinogen from binary mixtures to Ducheyne, P. See Marcolongo, M.,
Boulekbache, H. See Loty, C., 137 glass and sulfonated polyurethane 440
Bouler, J.-M. See Yamada, S., 346 surfaces, 314 —; See Radin, S., 363
Bourassa, P. L. Couturier, C. See Honiger, J., 548
—; Yue, S.; Bobyn, J. D.: The effect of Cristina, M. C. See
heat treatment on the fatigue Gonzalez-Carrasco, J. L., 453
Elgue, G. See Sanchez, J., 37
strength of microknurled
Eriksson, C.
Ti-6Al-4V, 291
—wNygren, H.: The initial reactions of
Brady, K. See Koh, E. T., 432 D’Ambrosio, A.
graphite and gold with blood, 130
Branger, A. B. See Rezania, 4., 9 —-; Rebulla, P.; Revelli, N.; Morelati,
Brash, J. L. See Cornelius, R. M., 314 F.; Marangoni, F.; Sirchia, G.;
Brentegani, L. G. See Carvalho, Bellobono, I. R.: Use of
T4449 photografting technique for the Ford, T. R. P. See Koh, E. T., 432
Brink, M. immobilization of blood-grouping Forest, N. See Loty, C., 137
—,; Turunen, T.; Happonen, R.-P.; antibodies onto microtiter plates, Fouache, B. See Blezer, R., 108
Yli-Urpo, A.: Compositional 566 Frondoza, C. See Price, N., 394
Journal of Biomedical Materials Research, Vol . 37, 594-598 (1997)
AUTHOR INDEX
Fujishima, A. See Suzuki, M., 252 Hench, L. L. See West, J. K., 585 Kamei, S.
Fujita, H. See Kobayashi, M., 68 Heymann, D. See Yamada, S., 346 —; Tomita, N.; Tamai, S.; Kato, K.;
Hisamitsu, H. See Suzuki, M., 252 Ikada, Y.: Histologic and
Hoglin, D. P. See Jacob, R. J., 489 mechanical evaluation for bone
Honiger, J. bonding of polymer surfaces
Gemmell, C. H.
—-; Couturier, C.; Goldschmidt, P.; grafted with a
—-; Yeo, E. L.; Sefton, M. V.: Flow
cytometric analysis of Maillet, F.; Kazatchkine, M. D.; phosphate-containing polymer, 384
Laroche, L.: New anionic
material-induced platelet Kato, K. See Kamei, S., 384
polyelectrolyte hydrogel for
activation in a canine model: —; See Yamamoto, M., 29
corneal surgery, 548
Elevated microparticle levels and Katuda, T. See Okumura, M., 122
Hott, M.
reduced platelet life span, 176 Kaufer, H. See Jacob, R. J., 489
—; Noel, B.; Bernache-Assolant, D.;
—; A flow cytometric immunoassay Kaufmann, P. M. See Mooney, D. J.,
Rey, C.; Marie, P. J.: Proliferation
to quantify adsorption of 413
and differentiation of human
complement activation products Kawai, N.
trabecular osteoblastic cells on
(iC3b, C3d, SC5b-9) on artificial hydroxyapatite, 508 —,; Niwa, S.; Sato, M.; Sato, Y.; Suwa,
surfaces, 474 Y.; Ichihara, I.: Bone formation by
Hsu, C.-S. See Sung, H.-W., 376
Gilbert, J. L. See Goldberg, J. R., 421 cells from femurs cultured among
Hsu, H.-L. See Sung, H.-W., 376
Goebbels, D. See van der Heiden, Hungerford, D. S. See Price, N., 394 three-dimensionally arranged
A. P., 282 Hunt, J. A. See Rhodes, N. P., 481 hydroxyapatite granules, 1
Goldberg, J. R. Hutchinson, D. T. Kazatchkine, M. D. See Honiger, J.,
—; Gilbert, J. L.: Electrochemical —,; Savory, K. M.; Bachus, K. N.: 548
response of CoCrMo to high-speed
Crack-growth properties of Kikutani, T. See Kobayashi, M., 301
fracture of its metal oxide using an
various elastomers with potential —,; See Kobayashi, M., 68
electrochemical scratch test
application in small joint —; See Kobayashi, M., 554
method, 421 prostheses, 94 Kim, H.-M. See Yan, W.-Q., 267
Goldman, M.
Klitzman, B. See Sharkawy, A. A.,
—; Lee, M.; Gronsky, R.; Pruitt, L.:
401
Oxidation of ultrahigh molecular
Ichihara, I. See Kawai, N., 1 Kobayashi, M.
weight polyethylene characterized
by Fourier transform infrared lida, H. See Kobayashi, M., 68 —; Nakamura, T.; Tamura, J.; lida, H.;
spectrometry, 43 Ikada, Y. See Kamei, S., 384 Fujita, H.; Kokubo, T.; Kikutani, T.:
—; See Tomihata, K., 243 Mechanical and biological
Goldschmidt, P. See Honiger, J., 548
Gonzalez-Carrasco, J. L. —; See Yamamoto, M., 29 properties of bioactive bone
—; Cebollada, F.; Cristina, M. C.; Imanishi, Y. See Li, J.-S., 190 cement containing silica glass
Ippolito, K. M. L. See Naim, J. O.,
Gonzalez-Doncel, G.: On the powder, 68
534
magnetic behavior of the MA 956 —; Nakamura, T.; Tamura, J.;
Ishikawa, K. See Miyamoto, Y., 457
superalloy, 453 Kokubo, T.; Kikutani, T.: Bioactive
Ito, Y. See Li, J.-S., 190
Gonzalez-Doncel, G. See bone cement: Comparison of
Itoh, K. See Suzuki, M., 252
Gonzalez-Carrasco, J. L., 453 AW-GC filler with hydroxyapatite
Iyama, S. See Takeshita, F., 235
Gratzer, P. F. and B-TCP fillers on mechanical
—,; Lee, J. M.: Altered mechanical and biological properties, 301
properties in aortic elastic tissue —; Kikutani, T.; Kokubo, T.;
Jacob, J. T.
using glutaraldehyde/solvent Nakamura, T.: Direct bone
—, Lin, J. J.; Mikal, S. P.: Synthetic
solutions of various dielectric formation on alumina bead
scleral reinforcement materials. III.
constant, 497 Changes in surface and bulk composite, 554
Gravel, P. See Allémann, E., 229 —; See Chang, Y.-S., 51
physical properties, 525
Gref, R. See Sunzel, B., 20 Jacob, R. J. —; See Yan, W.-Q., 267
Gronsky, R. See Goldman, M., 43 Kobayashi, T.
—,; Pienkowski, D.; Hoglin, D. P.;
Gruen, T. A. See Norman, T. L., 151 Saum, K. A.; Kaufer, H.; Nicholls, —; Okada, K.; Kuroda, T.; Sato, K.:
Gu, H.-O. See Chang, Y.-S., 51 P. J.: Molecular anatomy of Osteogenic cell cytotoxicity and
Gurny, R. See Allémann, E., 229 freeze-fractured biomechanical strength of the new
ultra-high-molecular-weight ceramic Diopside, 100
polyethylene as determined by Koerten, H. K. See Okumura, M., 122
Hallmans, G. See Sunzel, B., 20 low-voltage scanning electron Koh, E. T.
Hang, Y. S. See Yang, C. Y., 335 microscopy, 489 —; Torabinejad, M.; Ford, T. R. P.;
—,; See Sun, J.-S., 324 Jansen, J. A. See den Braber, E. T., Brady, K.; McDonald, F.: Mineral
Happonen, R.-P. See Brink, M., 114 539 trioxide aggregate stimulates a
Hayakawa, T. See Yoshinari, M., 60 —; See Yoshinari, M., 60 biological response in human
Hayami, T. See Chang, Y.-S., 51 Jenkins, M. L. See Thomas, C. H., 81 osteoblasts, 432
Healy, K. E. See Rezania, A., 9 Jinnah, R. H. See Price, N., 394 Kokubo, T. See Kobayashi, M., 301
—; See Thomas, C. H., 81 Johansson, A. See Sunzel, B., 20 —,; See Kobayashi, M., 554
AUTHOR INDEX
—,; See Kobayashi, M., 68 fast-setting calcium phosphate Pidaparti, R. M. V.
—; See Loty, C., 137 cement in bone, 457 —; Merril, B. A.; Downton, N. A.:
—; See Yan, W.-Q., 267 Miyazaki, T. See Suzuki, M., 252 Fracture and material degradation
Kon, M. See Miyamoto, Y., 457 Mooney, D. J. properties of cortical bone under
Koole, L. H. See van der Heiden, —; Sano, K.; Kaufmann, P. M.; accelerated stress, 161
A. P., 282 Majahod, K.; Schloo, B.; Vacanti, Pienkowski, D. See Jacob, R. J., 489
Kuroda, T. See Kobayashi, T., 100 J. P.; Langer, R.: Long-term Pijpers, A. P. See van der Heiden,
engraftment of hepatocytes APs 282
transplanted on biodegradable Prager, M. D.
LaCourse, W. C. See Marcolongo, M., polymer sponges, 413 —; Quintana, R. P.: Radiochemical
440 Morelati, F. See D'Ambrosio, A., 566 studies on contact lens soilation. II.
Langer, R. See Mooney, D. J., 413 Morra, M. Lens uptake of cholesteryl oleate
Laroche, G. See Doillon, C. J., 212 —,; Cassinelli, C.: Organic surface and dioleoyl phosphatidylcholine,
Laroche, L. See Honiger, J., 548 chemistry on titanium surfaces via 207
Latour, R., Jr. See West, J. K., 585 thin film deposition, 198 Price, N.
Lee, J. M. See Gratzer, P. F., 497 Murai, K. See Takeshita, F., 235 —; Bendall, S. P.; Frondoza, C.;
Lee, M. See Goldman, M.., 43 Jinnah, R. H.; Hungerford, D. S.:
Lee, T. M. See Yang, C. Y., 335 Human osteoblast-like cells
Leroux, J.-C. See Allémann, E., 229 (MG63) proliferate on a bioactive
Li, J.-S. Nagayama, M. See Miyamoto, Y., 457 glass surface, 394
Naim, J. O.
—-; Ito, Y.; Zheng, J.; Takahashi, T.; Pruitt, L. See Goldman, M., 43
Imanishi, Y.: Enhancement of —-; Ippolito, K. M. L.; van Oss, C. J.: Puleo, D. A.
artificial juxtacrine stimulation of Adjuvancy effect of different types —,; Retention of enzymatic activity
insulin by co-immobilization with of silicone gel, 534 immobilized on silanized
adhesion factors, 190 Nakahara, M. See Suzuki, M., 252 Co-Cr-Mo and Ti-6AI-4V, 222
Liao, C.-J. See Sun, J.-S., 324 Nakai, H. See Suzuki, K., 261 Pulfer, S. K.
Lin, F.-H. See Sun, J.-S., 324 Nakamura, T. See Chang, Y.-S., 51 —; Ott, D.; Smith, D. J.: Incorporation
Lin, J. J. See Jacob, J. T., 525 —,; See Kobayashi, M., 301 of nitric oxide-releasing
Lin, R. M. See Yang, C. Y., 335 —; See Kobayashi, M., 554 crosslinked polyethyleneimine
Lindhout, T. See Blezer, R., 108 —; See Kobayashi, M., 68 microspheres into vascular grafts,
Liu, H.-C. See Sun, J.-S., 324 —; See Yan, W.-Q., 267 182
Nemoto, K. See Suzuki, K., 261
Loty, C.
—; See Yoshinari, M., 60
—; Forest, N.; Boulekbache, H.,;
Ngondi, J. See Ubrich, N., 155 Quintana, R. P. See Prager, M. D.,
Kokubo, T.; Sautier, J. M.:
Behavior of fetal rat chondrocytes Nicholls, P. J. See Jacob, R. J., 489 207
Nishiyama, N. See Suzuki, K., 261
cultured on a bioactive
Niwa, S. See Kawai, N., 1
glass-ceramic, 137 Radin, S.
Noel, B. See Hott, M., 508
—; Ducheyne, P.; Rothman, B.; Conti,
Norman, T. L. A.: The effect of in vitro modeling
—,; Williams, M.; Gruen, T. A.; Blaha,
Maillet, F. See Honiger, J., 548 conditions on the surface reactions
J. D.: Influence of delayed injection
Maincent, P. See Ubrich, N., 155 of bioactive glass, 363
time on the creep behavior of
Majahod, K. See Mooney, D. J., 413 Rebulla, P. See D'Ambrosio, A., 566
acrylic bone cement, 151
Marangoni, F. See D’Ambrosio, A., Reichert, W. M. See Sharkawy, A. A.,
Nygren, H. See Eriksson, C., 130
566 401
Marcolongo, M. Revelli, N. See D’Ambrosio, A., 566
—; Ducheyne, P.; LaCourse, W. C.: Rey, C. See Hott, M., 508
Surface reaction layer formation in Ohgushi, H. See Okumura, M., 122 Rezania, A.
vitro on a bioactive glass fiber/ Oka, M. See Chang, Y.-S., 51 —; Thomas, C. H.; Branger, A. B.;
polymeric composite, 440 Okada, K. See Kobayashi, T., 100 Waters, C. M.; Healy, K. E.: The
Marie, P. J. See Hott, M., 508 Okumura, M. detachment strength and
Matsuda, T. See Doi, K., 573 —; Ohgushi, H.; Dohi, Y.; Katuda, T.; morphology of bone cells
McDonald, F. See Koh, E. T., 432 Tamai, S.; Koerten, H. K.; Tabata, contacting materials modified with
McFarland, C. D. See Thomas, C. H., S.: Osteoblastic phenotype a peptide sequence found within
81 expression on the surface of bone sialoprotein, 9
Merril, B. A. See Pidaparti, R. M. V., hydroxyapatite ceramics, 122 —; See Thomas, C. H., 81
161 Olsson, P. See Sanchez, J., 37 Rhodes, N. P.
Mikal, S. P. See Jacob, J. T., 525 Ott, D. See Pulfer, S. K., 182 —; Hunt, J. A.; Williams, D. F.:
Miyaji, F. See Yan, W.-Q., 267 Macrophage subpopulation
Miyamoto, Y. differentiation by stimulation with
—,; Ishikawa, K.; Takechi, M.; Toh, T.; biomaterials, 481
Yoshida, Y.; Nagayama, M.; Kon, Pageau, J.-F. See Doillon, C. J., 212 Riesenfeld, J. See Sanchez, J., 37
M.; Asaoka, K.: Tissue response to Pfister, M. See Ubrich, N., 155 Rivat, C. See Ubrich, N., 155
AUTHOR INDEX
Roedersheimer, M. T. protective effect of zinc on rosin Tsuang, Y.-H. See Sun, J.-S., 324
—,; Bateman, T. A.; Simske, S. J.: and resin acid toxicity in human Turunen, T. See Brink, M., 114
Effect of gravity and diffusion polymorphonuclear leukocytes
interface proximity on the and human gingival fibroblasts in
morphology of collagen gels, 276 vitro, 20 Ubrich, N.
Rothman, B. See Radin, S., 363 Suwa, Y. See Kawai, N., 1 —; Ngondi, J.; Rivat, C.; Pfister, M.;
Suzuki, K. Vigneron, C.; Maincent, P.:
—; Nishiyama, N.; Nemoto, K.; Selective in vitro removal of anti-A
Sanchez, J. Asakura, T.; Nakai, H.: Effects of antibodies by adsorption on
—,; Elgue, G.; Riesenfeld, J.; Olsson, N-methacryloyl-w-amino acid encapsulated erythrocyte-ghosts,
P.: Inhibition of the plasma contact primer pretreatment on the bond 155
activation system of immobilized strength of the resin to acid-etched
heparin: Relation to surface dentin, 261
density of functional antithrombin Suzuki, M. Vacanti, J. P. See Mooney, D. J., 413
binding sites, 37 —,; Fujishima, A.; Miyazaki, T.; van der Heiden, A. P.
Sano, K. See Mooney, D. J., 413 Hisamitsu, H.; Ando, H.; —; Goebbels, D.; Pijpers, A. P.; Koole,
Sato, K. See Kobayashi, T., 100 Nakahara, M.; Yamamoto, M.,; L. H.: A photochemical method for
Sato, M. See Kawai, N., 1 Itoh, K.: A study on adsorption the surface modification of
Sato, Y. See Kawai, N., 1 structures of methacryloyloxyalkyl poly(etherurethanes) with
Saum, K. A. See Jacob, R. J., 489 dihydrogen phosphates on silver phosphorylcholine-containing
Sautier, J. M. See Loty, C., 137 subst-ates by infrared reflection compounds to improve
Savory, K. M. See Hutchinson, D. T., absorption spectroscopy, 252 hemocompatibility, 282
94 van Oss, C. J. See Naim, J. O., 534
Schloo, B. See Mooney, D. J., 413 Vazquez, B. See Deb, S., 465
Sefton, M. V. See Gemmell, C. H., Vigneron, C. See Ubrich, N., 155
Tabata, S. See Okumura, M., 122
176
Takahashi, T. See Li, J.-S., 190
Sharkawy, A. A.
Takechi, M. See Miyamoto, Y., 457
—,; Klitzman, B.; Truskey, G. A.; Wang, B. C. See Yang, C. Y., 335
Takeshita, F.
Reichert, W. M.: Engineering the Waters, C. M. See Rezania, A., 9
—; Ayukawa, Y.; lyama, S.; Murai, K.;
tissue which encapsulates West, J. K.
Suetsugu, T.: Long-term evaluation
subcutaneous implants. I. —; Latour, R., Jr.; Hench, L. L.:
of bone-—titanium interface in rat
Diffusion properties, 401 Molecular modeling study of
tibiae using light microscopy,
Simske, S. J. See Roedersheimer, adsorption of poly-L-lysine onto
transmission electron microscopy,
M. T., 276 silica glass, 585
and image processing, 235
Sirchia, G. See D’Ambrosio, A., 566 Willems, G. M. See Blezer, R., 108
Tamai, S. See Kamei, S., 384
Slivka, M. A. Williams, D. F. See Rhodes, N. P.,
—; Chu, C. C.: Fiber-matrix interface —; See Okumura, M., 122 481
Tamura, J. See Kobayashi, M., 301
studies on bioabsorbable Williams, M. See Norman, T. L., 151
—; See Kobayashi, M., 68
composite materials for internal Wolke, J. G. C. See Yoshinari, M., 60
fixation of bone fractures. II. A Teédfilo, J. M. See Carvalho, T. L. L., Wu, X. Y.
new method using laser scanning 449 —,; Trinkaus-Randall, V.: The
confocal microscopy, 353 Thomas, C. H. expression of integrin subunits a6
Smith, D. J. See Pulfer, S. K., 182 —; McFarland, C. D.; Jenkins, M. L.; and £4 by corneal epithelial cells
Séderberg, T. A. See Sunzel, B., 20 Rezania, A.; Steele, J. G.; Healy, on modified hydrogel surfaces, 166
Steele, J. G. See Thomas, C. H., 81 K. E.: The role of vitronectin in the
attachment and spatial distribution
Suetsugu, T. See Takeshita, F., 235
Sun, J.-S. of bone-derived cells on materials Yamada, S.
—; Tsuang, Y.-H.; Liao, C.-J.; Liu, with patterned surface chemistry, —; Heymann, D.; Bouler, J.-M.;
H.-C.; Hang, Y.-S.; Lin, F.-H.: The 81 Daculsi, G.: Osteoclastic resorption
effects of calcium phosphate —,; See Rezania, A., 9 of biphasic calcium phosphate
particles on the growth of Toguchida, J. See Chang, Y.-S., 51 ceramic in vitro, 346
osteoblasts, 324 Toh, T. See Miyamoto, Y., 457 Yamamoto, M.
Sung, H.-W. Tomihata, K. —-; Kato, K.; Ikada, Y.: Ultrastructure
—; Hsu, H.-L.; Hsu, C.-S.: Effects of —; Ikada, Y.: Crosslinking of of the interface between cultured
various chemical sterilization hyaluronic acid with water-soluble osteoblasts and surface-modified
methods on the crosslinking and carbodiimide, 243 polymer substrates, 29
enzymatic degradation Tomita, N. See Kamei, S., 384 —; See Suzuki, M., 252
characteristics of an epoxy-fixed Torabinejad, M. See Koh, E. T., 432 Yan, W.-Q.
biological tissue, 376 Trinkaus-Randall, V. See Wu, X. Y., —; Nakamura, T.; Kobayashi, M.;
Sunzel, B. 166 Kim, H.-M.; Miyaji, F.; Kokubo, T.:
—,; Séderberg, T. A.; Johansson, A.; Truskey, G. A. See Sharkawy, A. A., Bonding of chemically treated
Hallmans, G.; Gref, R.: The 401 titanium implants to bone, 267
AUTHOR INDEX
Yang, C. Y. Yli-Urpo, A. See Brink, M., 114 Nemoto, K.; Jansen, J. A.: Influence
—,; Lin, R. M.; Wang, B. C.; Lee, Yoshida, Y. See Miyamoto, Y., 457 of rapid heating with infrared
T. M.; Chang, E.; Hang, Y. S.; Yoshii, E. radiation on RF
Chen, P. Q.: In vitro and in vivo —; Cytotoxic effects of acrylates and magnetron-sputtered calcium
mechanical evaluations of methacrylates: Relationships of phosphate coatings, 60
plasma-sprayed hydroxyapatite monomer structures and Yue, S. See Bourassa, P. L., 291
coatings on titanium implants: The cytotoxicity, 517
effect of coating characteristics, 335 Yoshinari, M.
Yeo, E. L. See Gemmell, C. H., 176 —; Hayakawa, T.; Wolke, J. G. C.; Zheng, J. See Li, J.-S., 190
Journal of Biomedical Materials Research
Subject Index—Volume 37
ABO and Dt yping, 566 Bone marrow, 122 Demineralized dentin, 261
Accelerated cyclic tensile stress Bone, 235, 394, 457 Dentin primer, 261
testing, 161 Bonelike apatite, 267 Deposition of hydroxyapatite, 384
Acrylate, 517 Diazeniumdiolate, 182
Acrylic bone cement, 151 Differentiation, 508
C3d, 474
Adhesion, 166 Diffusion interface, 276
C5b-9, 474
Adjuvants, 534 Diffusion, 401
Calcium phosphate cement, 457
Alumina coatings, 453 Dioleoyl phosphatidylcholine, 207
Calcium phosphate, 60, 324
Alumina, 554 Capsules, 401 Diopside, 100
Alveolar wound healing, 449 Dissociated adsorption, 252
Carboxylic acid group, 261
AM1, 585 Double emulsion-evaporation, 155
Cartilage degeneration, 51
Amino acid, 585
Cell adhesion, 9, 81, 198
Amorphous zone, 235 Cell attachment, 137 Electron microscopy, 489
AN-69 dialysis membrane, 548 Epithelium, 166
Cell culture, 190, 346
Anti-A antibodies, 155 Cell differentiation, 137 Epoxy compound, 376
Antibody response, 534 Erythrocyte-ghost, 155
Chemical inactivators, 212
Antithrombin, 37 Ethanol, 376
Chemical sterilization, 376
Apatite wollastonite-containing Excimer laser, 573
Chemical treatment, 267
glass-ceramic (AWGC), 100
Cholesteryl oleate, 207
Artificial articular cartilage, 51 Factor XII, 37
Chondrocytes, 137
Artificial tear solutions, 207 Fast-setting, 457
CNBr-purified, 497
Aryl azides, 282 Fatigue crack growth, 94
'SC-NMR, 261
ATR-FTIR, 525 Fatigue, 291
Coating, 60
AW glass-ceramic, 301 CoCrMo alloy, 421 Ferritic superalloy, 453
AW glass-ceramic, 68 Fiber, 440
Collagen materials, 212
Fibrinogen adsorption, 314
Collagen polymerization, 276
B-TCP, 301 Finger joint spacers, 94
Complement activation, 229, 548
Bioabsorbable, 353 Flow cytometry, 176, 481
Complement, 474
Bioactive bone cement, 68, 301 Fracture stress, 161
Compliance, 573
Bioactive composite, 440 Freeze-fracture, 489
Composite, 353, 554
Bioactive glass, 114, 363, 440 FTIR, 43
Compositional dependence, 114
Bioactive glass-ceramic, 137
Confocal laser scanning microscopy,
Bioactivity, 68, 301 y-Aminopropyltriethoxysilane, 222
539
Biochemical modification, 222 Glass reaction, 114
Conformational, 497
Biocompatibility, 100, 324, 394, 457, Glutaraldehyde, 376
Contact activation system, 37
548 Glutaraldehyde/buffer, 497
Contact activation, 108
Biodegradation, 243 Glutaraldehyde/n-propanol, 497
Corrosion, 421
Bioglass®, 394 Gold, 130
Cortical bone, 161
Biomaterials, 151, 190, 474, 481 Graphite, 130
Creep, 151, 525
Biomechanical strength, 100
Crosslinking agents, 465
Bioprostheses, 376 “Halo” effect, 440
Crosslinking characteristics, 376
Biphasic calcium phosphate ceramic, Heat treatment, 60, 291
346 Crosslinking, 243 Hema hydrogel, 166
Culture system, 1
Bis-GMA, 554 Heparin surface, 37
Cytoprotection, 20
Blood—material interaction, 314 Hepatocytes, 413
Cytotoxicity, 20, 517
Bonding-strength, 335 High-molecular-weight kininogen, 314
Bone bonding, 267, 384 Histometrics, 235
Bone cells, 9 Degradation rate, 376 Histometry, 449
Bone cement, 465 Degradation, 161 Human, 508
Journal of Biomedical Materials Research, Vol. 37, 599-600 (1997)
SUBJECT INDEX
Hyaluronic acid, 243 N-Methacryloyl-w-amino acid, 261 Scanning electron microscopy, 346,
Hydrogel, 548 Nucleic acids, 212 539
Hydroxyapatite, 1, 122, 301, 457, 508 Scratch test, 421
Hydroxyapatite-deposited surface, 29 Ocular implants, 525 Sedimentation, 276
Orthopedic biomaterials, 222 Sensors, 401
iC3b, 474 Orthopedic implants, 291 Shear-strength, 335
Immobilization, 566 Orthopedics, 43, 384 Silica, 68, 585
Immobilized fibronectin, 190 Osteoblast, 1, 29, 324, 432, 508 Silicone gels, 534
Immobilized heparin, 108 Osteocalcin, 432 Simulated body fluid, 335
Immobilized insulin, 190 Osteoclast, 346 Soft-tissue reaction, 539
Immunoadsorption, 155 Osteoconduction, 554 Solid phase, 566
Immunohistochemistry, 122 Osteogenesis, 122, 508 Sputter, 60
Implant interface, 539 Osteogenic cell (MC3T3-E1), 100 Sterilization, 212
Implant, 60 Oxidation, 43 Structure, 517
Infrared reflection absorption Oxide, 421 Subcutaneous implants, 401
spectroscopy, 252 Substituent, 517
In situ hybridization, 122 Particle, 324 Surface activity, 114
Integrin, 166 Passivation, 421 Surface graft polymerization, 384
Interface, 353 Pathological changes, 51 Surface modification, 81, 198, 222, 282
Interleukin 1, 432 Peptide immobilization, 9 Surface reactions, 363
Interleukin 6, 432 Permeability, 548 Surface-free energy, 198
In vitro, 137, 363, 539 Phosphate cement, 457 Surgical implants, 453
in vitro analysis, 440 Phosphorylcholine, 282 Synthetic biopolymers, 548
In vivo behavior, 114 Photografting, 566 Systemic heparin, 37
in vivo, 539 pKa, 261
IR spectra, 243 Plasma deposition, 198 10-Methacryloyloxydecyl dihydrogen
Plasma proteins, 130 phosphate (M10P), 252
Joint replacements, 43 Plasma treatment, 198 Tensile bond strength, 261
Plasma, 314 Tensile strength, 525
Laser scanning confocal microscope, Platelet microparticle (MP) levels, 176 Tensile testing, 267
353 Platelets, 130 Thermal oxidation treatment, 453
Long-term evaluation, 235 PMMA, 465 Three-dimensional configuration, 1
Lysine, 585 PMN-cells, 130 Three-dimensional reconstruction, 539
Lysozyme, 207 Polar/nonpolar interactions, 497 Thrombin generation, 108
Poly(lactic acid), 229 Ti-6A1-4V, 291
Macrophages, 481 Polyallylamine, 190 Time-dependent, 497
Magnetic behavior, 453 Polyethyleneimine, 182 Tissue culture, 394
Material surface property, 51 Polylactic acid, 413 Tissue engineering, 9, 81, 413
Material/cell interface, 29 Polymer surface, 29 Titanium implants, 267
Material-induced platelet activation, Polymers, 94, 384 Titanium, 198
176 Polyurethane resin, 449 Total joint replacement, 151
MCP-1, 481 Polyurethanes, 282, 314, 573 Transmission electron microscopy, 29
Mechanical properties, 68, 465, 554 Porosity, 573 Transplantation, 413
Metal primer, 252 Portal vein, 413 Transport barrier, 401
Methacrylate, 517 Prion, 212 Two-dimensional polyacrylamide gel
Microencapsulation, 155 Proliferation, 508 electrophoresis, 229
Microgravity, 276 Propylene oxide, 376
Microspheres, 182 Prosthesis, 94, 151 UHMWPE, 43, 489
Microstructure—property relationship, Protein adsorption, 81, 229, 474 Uptake by contact lens materials, 207
291 Protein immobilization, 222
Microtiter plates, 566 Pure titanium, 235
Mineral trioxide aggregate, 432 Push-out measurement, 335 Vascular grafts, 182, 573
Vitronectin, 81
Mineralization, 1
Molecular orbital models, 585 Rabbits, 525
Monomolecular layer, 252 Radiochemical study, 207 Water-in-oil emulsion, 534
Morphology, 489 Resin acids, 20 Water-soluble carbodiimide, 243
Resorption, 346 Wear debris, 489
Nanoparticles, 229 Ricinus communis, 449
Nitric oxide, 182 Rosin, 20 Zinc, 20