Journal of Biomedical Materials Research 2000: Vol 51 Index

11 Pages·2000·2.8 MB·English

Journal of Biomedical Materials Research
Author Index—Volume 51
Abraham, G. A. Bellamkonda, R. V. See Eavarone, Eiselt, P.; Mooney, D. J.;
—; Murray, J.; Billiar, K.; Sullivan, D. A., 10 Halberstadt, C. R.: Comparative
S. J.: Evaluation. of the porcine —; See Dillon, G. P., 510 study of seeding methods for
intestinal collagen layer as a Bellantone, M. three-dimensional polymeric
biomaterial, 442 4 —; Coleman, N. J.; Hench, L. L.: scaffolds, 642
Acil, Y. Bacteriostatic action of a novel Burkoth, A. K.
—,; Terheyden, H.; Dunsche, A.; four-component bioactive glass, —,; Burdick, J.; Anseth, K. S.: Surface
Fleiner, B.; Jepsen, S.: 484 and bulk modifications to
Three-dimensional cultivation of Bellocchio, S. See Locci, P., 561 photocrosslinked polyanhydrides
human osteoblast-like cells on Bengtsson, T. See Wetterd, J., 742 to control degradation behavior,
highly porous natural bone Berenson, M. See Wroblewski, S., 329 302
mineral, 703 Billiar, K. See Abraham, G. A., 442 Busscher, H. J. See Poelstra, K. A., 224
Adamyan, A. See Horak, D., 184 Bizios, R. See Webster, T. J., 475 —; See Dijk, F., 408
Agrawal, C. M. See Phelps, J. B., 735
Blokhuis, T. J. Butler, D. L. See Awad, H. A., 233
Alaaddinoglu, E. E. See Ozmeric, N., —; Wippermann, B. W.; den Boer,
500
F.C.; van Lingen, A.; Patka, P.;
Albrektsson, T. See Roser, K., 280 Bakker, F. C.; Haarman, H. J. T. M.: Cahalan, P. T. See Zeeman, R., 541
Alcantar, N. A. Resorbable calcium phosphate Carey, J.
—; Aydil, E.S.; Israelachvili, J. N.: particles as a carrier material for —; Small, C. F.; Pichora, D. R.: In situ
Polyethylene glycol—coated
bone marrow in an ovine compressive properties of the
biocompatible surfaces, 343
segmental defect, 369 glenoid labrum, 711
Alexander, M. R. See Grunkemeier,
Bohling, T. See Vuola, J., 117 Carter, K. L. See Tan, J., 694
J. M., 669
Boivin, G. P. See Awad, H. A., 233 Castner, D. G. See Grunkemeier,
Anderson, J. M. See Voskerician, G., 1
Boltz—Nitulescu, G. See Rausch—Fan, J. M., 669
—; See Wood, E. M., 147
X., 88 . Chellat, F:
Anseth, K. See Elisseeff, J., 164
Bonfield, W. See Ton That, P., 453 —; Tabrizian, M.; Dumitriu, S.;
Anseth, K. S. See Burkoth, A. K., 352
—; See Ton That, P., 461 Chornet, E:; Magny, P.; Rivard,
Arcos, D. See Vallet-Regi, M., 23
Bouler, J.-M. C.-H.; Yala, L.: In vitro and in
Asko-Seljavaara, S. See Vuola, J., 117
—; LeGeros, R. Z.; Daculsi, G.: vivo biocompatibility of
Asundi, A. See Kishen, A., 650
Biphasic calcium phosphates: chitosan-xanthan polyionic
Atsumi, K. See Jin, Q.-M., 491
Influence of three synthesis complex, 107
Awad, H. A.
parameters on the HA/B-TCP Chen, G.
—; Butler, D. L.; Harris, M. T.;
Ibrahim, R. E.; Wu, Y.; Young, ratio, 680 —; Ushida, T.; Tateishi, T.: A
R. G.; Kadiyala, S.; Boivin, G. P.: In Branham, M. L. See Ross, E. A., 29 biodegradable hybrid sponge
vitro characterization of Brown, P. W. See Durucan, C., 717 nested with collagen
mesenchymal stem cell-seeded —; See Durucan, C., 726 microsponges, 273
collagen scaffolds for tendon Bruce, W. See Svehla, M., 15 Chen, K.-S. See Lin, F.-H., 157
repair: Effects of initial seeding Brynda, E. Chen, Q.
density on contraction kinetics, 233 —; Houska, M.; JirouSkova, M.; Dyr, —; Miyata, N.; Kokubo, T.;
Aydil, E. S. See Alcantar, N. A., 343 J. E.: Albumin and heparin Nakamura, T.: Bioactivity and
multilayer coatings for mechanical properties of
blood-contacting medical devices, PDMS-modified CaO-SiO,-TiO,
Bae, Y. H. See Vernon, B., 69 249 hybrids prepared by sol-gel
Bakker, F. C. See Blokhuis, T. J., 369 Burdick, J. See Burkoth, A. K., 352 process, 605
Barry, M. A. See Godbey, W., 321 Burg, K. J. L. ; Chornet, E. See Chellat, F., 107
Becchetti, E. See Locci, P., 561 —; Holder, W. D., Jr.; Culberson, Chuang, W.-H. See Lin, J.-C., 413
Beiler, R. J. See Burg, K. J. L., 642 C. R.; Beiler, R. J.; Greene, K. G.; Chuang, W.-Y. See Wang, J.-H., 761
Belcastro, S. See Locci, P., 561 Loebsack, A. B.; Roland, W. D.; Chung, C. P. See Park, Y. J., 391
Journal of Biomedical Materials Research, Vol. , 772-777 (2000)
Journal of Biomedical Materials Research
Author Index—Volume 51
Abraham, G. A. Bellamkonda, R. V. See Eavarone, Eiselt, P.; Mooney, D. J.;
—; Murray, J.; Billiar, K.; Sullivan, D. A., 10 Halberstadt, C. R.: Comparative
S. J.: Evaluation. of the porcine —; See Dillon, G. P., 510 study of seeding methods for
intestinal collagen layer as a Bellantone, M. three-dimensional polymeric
biomaterial, 442 4 —; Coleman, N. J.; Hench, L. L.: scaffolds, 642
Acil, Y. Bacteriostatic action of a novel Burkoth, A. K.
—,; Terheyden, H.; Dunsche, A.; four-component bioactive glass, —,; Burdick, J.; Anseth, K. S.: Surface
Fleiner, B.; Jepsen, S.: 484 and bulk modifications to
Three-dimensional cultivation of Bellocchio, S. See Locci, P., 561 photocrosslinked polyanhydrides
human osteoblast-like cells on Bengtsson, T. See Wetterd, J., 742 to control degradation behavior,
highly porous natural bone Berenson, M. See Wroblewski, S., 329 302
mineral, 703 Billiar, K. See Abraham, G. A., 442 Busscher, H. J. See Poelstra, K. A., 224
Adamyan, A. See Horak, D., 184 Bizios, R. See Webster, T. J., 475 —; See Dijk, F., 408
Agrawal, C. M. See Phelps, J. B., 735
Blokhuis, T. J. Butler, D. L. See Awad, H. A., 233
Alaaddinoglu, E. E. See Ozmeric, N., —; Wippermann, B. W.; den Boer,
500
F.C.; van Lingen, A.; Patka, P.;
Albrektsson, T. See Roser, K., 280 Bakker, F. C.; Haarman, H. J. T. M.: Cahalan, P. T. See Zeeman, R., 541
Alcantar, N. A. Resorbable calcium phosphate Carey, J.
—; Aydil, E.S.; Israelachvili, J. N.: particles as a carrier material for —; Small, C. F.; Pichora, D. R.: In situ
Polyethylene glycol—coated
bone marrow in an ovine compressive properties of the
biocompatible surfaces, 343
segmental defect, 369 glenoid labrum, 711
Alexander, M. R. See Grunkemeier,
Bohling, T. See Vuola, J., 117 Carter, K. L. See Tan, J., 694
J. M., 669
Boivin, G. P. See Awad, H. A., 233 Castner, D. G. See Grunkemeier,
Anderson, J. M. See Voskerician, G., 1
Boltz—Nitulescu, G. See Rausch—Fan, J. M., 669
—; See Wood, E. M., 147
X., 88 . Chellat, F:
Anseth, K. See Elisseeff, J., 164
Bonfield, W. See Ton That, P., 453 —; Tabrizian, M.; Dumitriu, S.;
Anseth, K. S. See Burkoth, A. K., 352
—; See Ton That, P., 461 Chornet, E:; Magny, P.; Rivard,
Arcos, D. See Vallet-Regi, M., 23
Bouler, J.-M. C.-H.; Yala, L.: In vitro and in
Asko-Seljavaara, S. See Vuola, J., 117
—; LeGeros, R. Z.; Daculsi, G.: vivo biocompatibility of
Asundi, A. See Kishen, A., 650
Biphasic calcium phosphates: chitosan-xanthan polyionic
Atsumi, K. See Jin, Q.-M., 491
Influence of three synthesis complex, 107
Awad, H. A.
parameters on the HA/B-TCP Chen, G.
—; Butler, D. L.; Harris, M. T.;
Ibrahim, R. E.; Wu, Y.; Young, ratio, 680 —; Ushida, T.; Tateishi, T.: A
R. G.; Kadiyala, S.; Boivin, G. P.: In Branham, M. L. See Ross, E. A., 29 biodegradable hybrid sponge
vitro characterization of Brown, P. W. See Durucan, C., 717 nested with collagen
mesenchymal stem cell-seeded —; See Durucan, C., 726 microsponges, 273
collagen scaffolds for tendon Bruce, W. See Svehla, M., 15 Chen, K.-S. See Lin, F.-H., 157
repair: Effects of initial seeding Brynda, E. Chen, Q.
density on contraction kinetics, 233 —; Houska, M.; JirouSkova, M.; Dyr, —; Miyata, N.; Kokubo, T.;
Aydil, E. S. See Alcantar, N. A., 343 J. E.: Albumin and heparin Nakamura, T.: Bioactivity and
multilayer coatings for mechanical properties of
blood-contacting medical devices, PDMS-modified CaO-SiO,-TiO,
Bae, Y. H. See Vernon, B., 69 249 hybrids prepared by sol-gel
Bakker, F. C. See Blokhuis, T. J., 369 Burdick, J. See Burkoth, A. K., 352 process, 605
Barry, M. A. See Godbey, W., 321 Burg, K. J. L. ; Chornet, E. See Chellat, F., 107
Becchetti, E. See Locci, P., 561 —; Holder, W. D., Jr.; Culberson, Chuang, W.-H. See Lin, J.-C., 413
Beiler, R. J. See Burg, K. J. L., 642 C. R.; Beiler, R. J.; Greene, K. G.; Chuang, W.-Y. See Wang, J.-H., 761
Belcastro, S. See Locci, P., 561 Loebsack, A. B.; Roland, W. D.; Chung, C. P. See Park, Y. J., 391
Journal of Biomedical Materials Research, Vol. , 772-777 (2000)
AUTHOR INDEX
Coleman, N. J. See Bellantone, M., —; Brown, P. W.: Calcium-deficient Gonzalez-Calbet, J. M. See
484 .° hydroxyapatite-PLGA composites: Rangavittal, N., 660
Colton, E. See Wood, E. M., 147 Mechanical and microstructural Goodman, M. See Johnson, G., 612
Connor, J. See Wood, E. M., 147 investigation, 726 Goodman, S. B. See Trindade, M. C.,
Craighead, H. G. See Turner, Dyr, J. E. See Brynda, E., 249 360
A. M. P., 430 Gornikiewicz, A. See Rausch—Fan, X.,
Culberson, C. R. See Burg, K. J. L., Eavarone, D. A. 88
, 642 —,; Yu, X.; Bellamkonda, R. V.: Gottenbos, B. See Poelstra, K. A., 224
Currie, L..M. See Wood, E. M., 147 Targeted drug delivery to C6 Grainger, D. W. See Poelstra, K. A.,
glioma by transferrin-coupled 224
liposomes (Student Research Greene, K. G. See Burg, K. J. L., 642
Daculsi, G. See Bouler, J.-M., 680 Award in the Undergraduate Griesser, H. J. See Johnson, G., 612
Damiani, F. See Locci, P., 561 , Degree Category, World Grijpma, D. W. See den Dunnen,
Dankert, J. See Kuijpers, A. J., 136 Biomaterials Congress 2000, W. F. A., 575
Dauskardt, R. H. See Ohashi, K. L., Kamuela, HI, May 15-20, 2000), 10 Grunkemeier, J. M.
172 Eberhart, R. C. See Rangappa, N., 625 —; Tsai, W. B.; Alexander, M. R.;
Davies, J. E. See Holy, C. E., 376 Eiselt, P. See Burg, K. J. L., 642 Castner, D. G.; Horbett, T. A.:
Elisseeff, J. Platelet adhesion and procoagulant
den Boer, F. C. See Blokhuis, T. J., 369
—; McIntosh, W.; Anseth, K.; Riley, activity induced by contact with
den Dunnen, W. F. A.
—; Meek, M. F.; Grijpma, D. W.; S.; Ragan, P.; Langer, R.: radiofrequency glow discharge
Photoencapsulation of polymers: Roles of adsorbed
Robinson, P. H.; Schakenraad,
024 chondrocytes in poly(ethylene fibrinogen and vWF, 669
J. M.: In vivo and in vitro
oxide)-based semi-interpenetrating Gumargalieva, K. See Horak, D., 184
degradation of poly[?°/ 5»
networks, 164 Guseinov, E. See Horak, D., 184
(°°/,5"/p)LA/e-CL], and the
Engbers, G. H. M. See Kuijpers, A. J.,
implications for the use in nerve
136 Haarman, H. J. T. M. See Blokhuis,
reconstruction, 575
Ergun, C. See Webster, T. J., 475 T. J., 369
DiCosmo, F. See DiTizio, V., 96
Haga, S. See Maeda, M., 55
Dijk, F.
Feijen, J..See Kuijpers, A. J., 136 Halas, N. J. See Sershen, S. R., 293
—; Westerhof, M.; Busscher, H. J.; van
—; See Zeeman, R., 541 Halberstadt, C. R. See Burg, K. J. L.,
Luyn, M. J. A.; van der Mei, H. C.:
Fleiner, B. See Acil, Y., 703 642
In vitro formation of
Forster, D. See Udipi, K., 549 Harris, M. T. See Awad, H. A., 233
oropharyngeal biofilms on silicone
Franz, A. See Rausch-Fan, X., 88 Haytac, C. M. See Ozmeric, N., 500
rubber treated with a
Frondoza, C. G. See Lahiji, A., 586 Heikkila, J. See Peltola, T., 200
palladium/tin salt mixture, 408
Fukui, A. See Maeda, M., 55 Hempel, U. See Geifler, U., 752
Dijkstra, P. J. See Zeeman, R., 541
Hench, L. L. See Oonishi, H., 37
Dillon, G. P.
Gan, J. C. —; See Bellantone, M., 484
—; Yu, X.; Bellamkonda, R. V.: The —; Ducheyne, P.; Vresilovic, E.; Hendriks, M. See Zeeman, R., 541
polarity and magnitude of
Shapiro, I. M.: Bioactive glass Hirvensalo, E. See Vuola, J., 117
ambient charge influences
serves as a substrate for Holder, W. D., Jr. See Burg, K. J. L.,
three-dimensional neurite maintenance of phenotype of 642
extension from DRGs, 510 nucleus pulposus cells of the Holland, N. B.
DiTizio, V. intervertebral disc, 596 —; Marchant, R. E.: Individual plasma
—; Karlgard, C.; Lilge, L.; Khoury, Geifler, U. : proteins detected on rough
A. E.; Mittelman, M. W.; DiCosmo, —; Hempel, U.; Wolf, C.; biomaterials by phase imaging
F.: Localized drug delivery using Scharnweber, D.; Worch, H.; AFM, 307
crosslinked gelatin gels containing Wenzel, K.-W.: Collagen type Holy, C. E.
liposomes: Factors influencing I-coating of Ti6bAl4V promotes —; Shoichet, M. S.; Davies, J. E.:
liposome stability and drug adhesion of osteoblasts, 752 Engineering three-dimensional
release, 96 Gerlach, R. F. bone tissue in vitro using
Donath, K. See Roser, K., 280 —; Line, S. R. P.: Mechanisms of cell biodegradable scaffolds:
Doremus, R. H. See Webster, T. J., 475 activation by metal ions: Influence Investigating initial cell-seeding
Dowell, N. See Turner, A. M. P., 430 of pH (Letter to the Editor), 540 density and culture period, 376
Ducheyne, P. See Lu, H. H., 80 Ginsel, L. A. See Walboomers, X. F., Honda, Y. See Kunou, N., 635
—; See Gan, J. C., 596 S29 Horak, D.
Dumitriu, S. See Chellat, F., 107 Godbey, W. —; Guseinov, E.; Vishnevskii, V.;
Dunsche, A. See Acil, Y., 703 —; Barry, M. A.; Saggau, P.; Wu, Adamyan, A.; Kokov, L.; Tsvirkun,
Durucan, C. K. K.; Mikos, A. G.: V.; Tchjao, A.; Titova, M.; Skuba,
—; Brown, P. W.: Low temperature Poly(ethylenimine)-mediated N.; Trostenyuk, N.; Gumargalieva,
formation of calcium-deficient transfection: A new paradigm for K.: Targeted chemoembolization of -
hydroxyapatite-PLA/PLGA gene delivery, 321 tumors with poly(2-hydroxyethy]
composites, 717 Goldberg, M. See Stanislawski, L., 469 methacrylate) particles, 184
AUTHOR INDEX
Horbett, T. A. See Grunkemeier, J. M., Johnson, G. Kuriou, N.
669 —; Jenkins, M.; McLean, K. M.; —; Ogura, Y.; Honda, Y.; Hyon, S.-H.;
Hoshino, T. Griesser, H. J.; Kwak, J.; Goodman, Ikada, Y.: Biodegradable scleral
—; Muranishi, H.; Saito, K.; Notoya, M.; Steele, J. G.: Peptoid-containtng implant-for controlled intraocular
K.; Makino, H.; Nagai, H.; Sohda, collagen mimetics with cell delivery of betamethasone
T.; Ogawa, Y.: Enhancement of binding activity, 612 phosphate, 635
fracture repair in rats with Jokinen, M. See Peltola, T., 200 Kushida, A.
streptozotocin-induced diabetes by —; Yamato, M.; Konno, C.; Kikuchi,
a single injection of biodegradable . A.; Sakurai, Y.; Okano, T.:
microcapsules containing a bone Kadiyala, S. See Awad, H. A., 233 Temperature-responsive culture
dishes allow nonenzymatic harvest
formation stimulant, TAK-778, 299 Kam, L. See Turner, A. M. P., 430
of differentiated Madin-Darby
Houska, M. See Brynda, E., 249 Kamimura, M. See Shinzato, S., 258
Hubbard, G. B. See Phelps, J. B., 735 Kangasniemi, I. See Peltola, T., 200 canine kidney (MDCK) cell sheets,
Hungerford, D. S. See Lahiji, A., 586 Karlgard, C. See DiTizio, V., 96 216
Hyon, S.-H. See Kunou, N., 635 ¢ Kawai, K. Kwak, J. See Johnson, G., 612
—; Tsuchitani, Y.: Effects of resin
composite components on
glucosyltransferase of cariogenic Lahiji, A.
Ibrahim, R. E. See Awad, H. A., 233
bacterium, 123 —,; Sohrabi, A.; Hungerford, D. S.;
Ikada, Y. See Maeda, M., 55 Khoury, A. E. See DiTizio, V., 96 Frondoza, C. G.: Chitosan supports
—; See Kunou, N., 635 the expression of extracellular
Kikuchi, A. See Kushida, A., 216
Inada, Y. See Maeda, M., 55 Kim, S. W. See Vernon, B., 69 matrix proteins in human
Inoue, K. See Itou, K., 569 osteoblasts and chondrocytes, 586
Kin, S. See Oonishi, H., 37
Inoue, T. See Nakamura, M., 241 King, T. W. Landa-Canovas, A. R. See
Isaacson, M. See Turner, A. M. P., 430 Rangavittal, N., 660
—,; Patrick, C. W., Jr.: Development
Ishibashi, K. See Takebe, J., 398 and in vitro characterization of Langer, R. See Elisseeff, J., 164
Ishibashi-Ueda, H. See Nakayama, vascular endothelial growth factor Lee, J. Y. See Park, Y. J., 391
¥; 520 Lee, S.J. See Park, Y. J., 391
(VEGF)-loaded poly(pL-lactic-
Ishikawa, K. See Itou, K., 569 co-glycolic acid)/ poly(ethylene Lee, Y. M. See Park, Y. J., 391
Israelachvili, J. N. See Alcantar, LeGeros, R. Z. See Bouler, J.-M., 680
glycol) microspheres using a solid
N. A., 343 Lerouge, S.
encapsulation/single
Itoh, H. See Jin, O.-M., 491 —; Wertheimer, M. R.; Marchand, R.;
emulsion/solvent extraction
Itoh, S. See Takebe, J., 398 Tabrizian, M.; Yahia, L.: Effect of
technique, 383
Itou, K. gas composition on spore
Kinnunen, J. See Vuola, J., 117
—; Torii, Y.; Nishitani, Y.; Ishikawa, mortality and etching during
Kishen, A. he
K.; Suzuki, K.; Inoue, K.: Effect of low-pressiire plasma sterilization,
—; Ramamutrty, U.; Asundi, A.:
self-etching primers containing 128
Experimental studies on the nature
N-acryloyl aspartic acid on dentin Liao, C.-J. See Lin, F.-H., 157
of property gradients in the
adhesion, 569 Lilge, L. See DiTizio, V., 96
human dentine, 650
Iwata, H. See Maeda, M., 55 Lilli, C. See Locci, P., 561
Izquierdo-Barba, I. Kitamura, Y. See Shinzato, S., 258 Lin, C.-Y. See Lin, F.-H., 157
—; Salinas, A. J.; Vallet-Regi, M.: Kobayashi, M. See Shinzato, S., 258 Lin, F.-H.
Effect of the continuous solution Kohgo, T. See Jin, Q.-M., 491 —,; Liao, C.-J.; Chen, K.-S.; Sun, J.-S.;
exchange on the in vitro reactivity Kokov, L. See Horak, D., 184 Lin, C.-Y.: Preparation of
Kokubo, T. See Shinzato, S., 258 BTCP/HAP. biphasic ceramics
of a CaO-SiO, sol-gel glass, 191
—; See Chen, Q., 605 with natural bone structure by
Konno, C. See Kushida, A., 216 heating bovine cancellous bone
Kopeéek, J. See Wroblewski, S., 329 with the addition of (NH,),HPO,,
Jansen, J. A. See Walboomers, X. F., Kopeckova, P. See Wréblewski, S., 157
529 329 Lin, J.-C.
Jenkins, M. See Johnson, G., 612 Krijgsveld, J. See Kuijpers, A. J., 136 —; Chuang, W.-H.: Synthesis, surface
Jensen-Jarolim, E. See Rausch—Fan, Ku, Y. See Park, Y. J., 391 characterization, and platelet
X., 88 Kuboki, Y. See Jin, Q.-M., 491 reactivity evaluation for the
Jepsen, S. See Acil, Y., 703 Kuijpers, A. J. self-assembled monolayer of
Jin, Q.-M. —; van Wachem, P. B.; van Luyn, alkanethiol with sulfonic acid
—,; Takita, H.; Kohgo, T.; Atsumi. K.; M. J. A.; Plantinga, J. A.; Engbers, functionality, 413
Itoh, H.; Kuboki, Y.: Effects-of G. H. M.; Krijgsveld, J.;.Zaat, Line, S. R. P. See Gerlach, R. F., 540
geometry of hydroxyapatite as a S. A. J.; Dankert, J.; Feijen, J.: In Locci, P. :
cell substratum in BMP-induced vivo compatibility and degradation —; Marinucei, L.; Lilli, C.; Belcastro,
ectopic bone formation, 491 of crosslinked gelatin gels S.; Staffolani, N.; Bellocchio, S.;
JirouSkova, M. See Brynda, E., 249 incorporated in knitted Dacron, Damiani, F.; Becchetti, E.:
Johansson, C. B. See Réser, K., 280 136 Biocompatibility- of alloys used in
AUTHOR INDEX
orthodontics evaluated by cell analysis of tissue ingrowth in Peltola, T.
culture“tests, 561 excimer laser-directed micropored —; Jokinen, M.; Rahiala, H.; Patsi, M.;
Loebsack, A. B. See Burg, K. J. L., 642 scaffold for cardiovascular tissue Heikkila, J.; Kangasniemi, [.;
Lu, H. H. engineering, 520 Yli-Urpo, A.: Effect of aging time
—; Pollack, S. R.; Ducheyne, P.: Nelson, K. D. See Rangappa, N., 625 of sol on structure and in vitro
Temporal zeta potential variations calcium phosphate formation of
Neo, M. See Shinzato, S., 258
of 45S5 bioactive glass immersed Nicolardi, G. See Ramires, P. A., 535 sol-gel-derived titania films, 200
in an electrolyte solution, 80 Pemberton, J. E. See Schoenfisch,
Nishi, S. See Nakayama, Y., 520
M. H., 209
. s Nishitani, Y. See Itou, K., 569
~~ Norman, T. L. See Yeni, Y. N., 504 Pérez-Pariente, J. See Vallet-Regi, M.,
23
Ma, L. Notoya, K. See Hoshino, T., 299
Perianin, A. See Stanislawski, L., 469
—,; Sines, G.: Fatigue behavior of a.
Phelps, J. B.
pyrolytic carbon, 61
—; Hubbard, G. B.; Wang, X.;
Maeda, M.
Agrawal, C. M.: Microstructural
—; Fukui, A.; Nakamura, T.; Inada,
Ogata, S. See Maeda, M., 55 heterogeneity and the fracture
Y.; Tamai, S.; Haga, S.;
Ogawa, Y. See Hoshino, T., 299 toughness of bone, 735
Tatsumi-Nagano, K.; Yamamoto,
Ogura, Y. See Kunou, N., 635 Pichora, D. R. See Carey, J., 711
H.; Ogata, S.; Iwata, H.; Ikada, Y.:
Ohashi, K. L. Plantinga, J. A. See Kuijpers, A. J., 136
Progenitor endothelial cells on
vascular grafts: an ultrastructural —; Dauskardt, R. H.: Effects of fatigue Poelstra, K. A.
study, 55 loading and PMMA precoating on —; van der Mei, H. C.; Gottenbos, B.;
Magny, P. See Chellat, F., 107 the adhesion and subcritical Grainger, D. W.; van Horn, J. R.;
Busscher, H. J.: Pooled human
Makino, H. See Hoshino, T., 299 debonding of prosthetic- PMMA immunoglobulins reduce adhesion
Maloney, W. J. See Trindade, M. C., interfaces, 172 of Pseudomonas aeruginosa in a
360 Okada, J. See Takebe, J., 398 parallel plate flow chamber, 224
Marchand, R. See Lerouge, S., 128 Okano, T. See Kushida, A., 216
Pollack, S. R. See Lu, H. H., 80
Marchant, R. E. See Holland, N. B., 307 Oonishi, H.
Marinucci, L. See Locci, P., 561 —; Hench, L. L.; Wilson, J.; Sugihara,
Matsuda, T. See Nakayama, ¥ 2520 F.; Tsuji, E.; Matsuura, M.; Kin, S.;
Ragan, P. See Elisseeff, J., 164
Matsuura, M. See Oonishi, H., 37 Yamamoto, T.; Mizokawa, S.:
Ragel, C. V.
McIntosh, W. See Elisseeff, J., 164 Quantitative comparison of bone
—; Vallet—-Regi, M.: In vitro bioactivity
‘McLean, K. M. See Johnson, G., 612 growth behavior in granules of
and gentamicin release from
Meek, M. F. See den Dunnen, Bioglass®, A-W glass-ceramic, and glass—polymer-antibiotic
W. F. A., 575 hydroxyapatite, 37 composites, 424
Mikos, A. G. See Godbey, W., 321 Ornberg, R. L. See Udipi, K., 549 Rahiala, H. See Peltola, T., 200
Mirenghi, L. See Ramires, P. A., 535
Ovadia, M. See Schoenfisch, M. H., Ramamutrty, U. See Kishen, A., 650
Mittelman, M. W. See DiTizio, V., 96
209 Ramires, P. A.
Miyata, N. See Chen, Q., 605
Ozcan, G. See Ozmeric, N., 500 —; Mirenghi, L.; Romano, A. R.;
Mizokawa, S.,See Oonishi, H., 37
Ozmeric, N. Palumbo, F.; Nicolardi, G.:
Mooney, D.J. See Burg, K. J. L., 642
—; Ozcan, G.; Haytag, C. M.; Plasma-treated PET surfaces
Morberg, P. See Svehla, M., 15
Mousa, W. F. See Shinzato, S., 258 Alaaddino§glu, E. E.; Sargon, M. F.; improve the biocompatibility of
Senel, S.: Chitosan film enriched human endothelial cells (Technical
Muranishi, H. See Hoshino, T., 299
Murray, J. See Abraham, G. A., 442 with an antioxidant agent, taurine, Note), 535
in fenestration defects, 500 Rangappa, N.
—; Romero, A.; Nelson, K. D.;
Eberhart, R. C.; Smith, G. M.:
Nagai, H. See Hoshino, T., 299 Laminin-coated poly(L-lactide)
Nakamura, M. filaments induce robust neurite
Palumbo, F. See Ramires, P. A., 535
—; Inoue, T.; Shimono, M.: growth while providing
Park, S. N. See Park, Y. J., 391
Immunohistochemical study of directional orientation, 625
Park, Y. J.
dental pulp applied with’ Rangavittal, N.
4-META/MMA-TBB adhesive —; Lee, Y. M.; Park, S. N.; Lee, J. Y.;° —; Landa-Canovas, A. R.;
resin after pulpotomy, 241 Ku; Y.; Chung; €: P.; Lee, S: J. Gonzalez-Calbet, J. M.; Vallet-Regi,
Nakamura, T. See Maeda, M., 55 Enhanced guided bone M.: Structural study and stability
—; See Shinzato, S., 258 regeneration by controlled of hydroxyapatite and B-tricalcium
—; See Chen, Q., 605 tetracycline release from phosphate: Two important
Nakayama, Y. poly(L-lactide) barrier membranes, bioceramics, 660
—; Nishi, S.; Ishibashi-Ueda, H.; 391 Rausch-Fan, X. :
Matsuda, T.: Surface Patka, P. See Blokhuis, T. J., 369 —; Schedle, A.; Franz, A.; Spittler, A.;
microarchitectural design in Patrick, C. W., Jr. See King, T. W., 383 Gornikiewicz, A.; Jensen—Jarolim,
biomedical applications: In vivo Patsi, M. See Peltola, T., 200 E.; Sperr, W.; Boltz—Nitulescu, G..:
776 AUTHOR INDEX
Influence of dental amalgam and photothermally modulated drug Takebe, J.
heavy metal cations on in vitro delivery (Young Investigator —-; Itoh, S.; Okada, J.; Ishibashi, K.:
interleukin-18 production by Award, World Biomaterials Anodic oxidation and
human peripheral blood Congress 2000, Kamuela, HI, May hydrothermal treatment of
mononuclear cells, 88 15-20, 2000), 293 titanium results in a surface that
Riley, D. See Udipi, K., 549 Settle, S. L. See Udipi, K., 549 causes increased attachment and
Riley, S. See Elisseeff, J., 164 Shain, W. See Turner, A. M. P., 430 altered cytoskeletal morphology of
Rivard, C.-H. See Chellat, F., 107 Shapiro, I. M. See Gan, J. C., 596 rat bone marrow stromal cells in
Robinson, P. H. See den Dunnen, Shen, H. See Tan, J., 694 vitro, 398
W. F.. A.,.575 % Shimono, M. See Nakamura, M., 241 Takita, H. See Jin, Q.-M., 491
Roland, W. D. See Burg, K. J. L., 642 Shinzato, S. Tamai, S. See Maeda, M., 55
Romano, A. R. See Ramires, P. A., 535 —; Kobayashi, M.; Mousa, W. F°; Tan, J.
Romero, A. See Rangappa, N., 625 Kamimura, M.; Neo, M.; Kitamura, —; Shen, H.; Carter, K. L.; Saltzman,
Rondelli, G. Y.; Kokubo, T.; Nakamura, T.: W. M.: Controlling human
—; Vicentini, B.: Evaluation by ., Bioactive polymethyl polymorphonuclear leukocytes
electrochemical tests of the passive methacrylaté-based bone cement: motility using microfabrication
film stability of equiatomic Ni-Ti Comparison of glass beads, technology, 694
alloy also in presence of apatite- and wollastonite- Tanner, K. See Ton That, P., 453
stress-induced martensite, 47 containing glass-ceramic, and —; See Ton That, P., 461
Roser, K. hydroxyapatite fillers on Tateishi, T. See Chen, G., 273
—,; Johansson, C. B.; Donath, K.; mechanical and biological Tatsumi-Nagano, K. See Maeda, M., 55
Albrektsson, T.: A new approach properties, 258 Tchjao, A. See Horak, D., 184
to demonstrate cellular activity in Shoichet, M. S. See Holy, C. E., 376 Tebbett, I. R. See Ross, E. A., 29
bone formation adjacent Siegel, R. W. See Webster, T. J., 475 Tengvall, P. See Wetter6, J., 742
to implants, 280 Sines, G. See Ma, L., 61 Terheyden, H. See Acil, Y., 703
Ross, E. A. Skuba, N. See Horak, D., 184 Tesk, J.
—; Branham, M. L.; Tebbett, I. R.: Small, C. F. See Carey, J., 711 —,; NIST workshop on needs for
Optimization of ligand Smith, G. M. See Rangappa, N., 625 reference biomaterials, 155
presentation for immunoadsorption Smith, R. L. See Trindade, M. C., 360 Thierry, B.
using star-configured polyethylene Sohda, T. See Hoshino, T., 299 —,; Tabrizian, M.; Trepanier, C.;
glycols, 29 Soheili-Majd, E. See Stanislawski, L., Savadogo, O.; Yahia, L.’H.: Effect
Ruddell, D. E. 469 of surface treatment and
—; Thompson, J. Y.; Stoner, B. R.: Sohrabi, A. See Lahiji, A., 586 sterilization processes on the
Mechanical properties of a dental Sonnabend, D. See Svehla, M., 15 corrosion behavior of NiTi shape
ceramic coated by RF magnetron Sperr, W. See Rausch-Fan, X., 88 memory alloy; 685
sputtering, 316 Spittler, A. See Rausch-Fan, X., 88 Thompson, J. Y. See Ruddell, D. E.,
Staffolani, N. See Locci, P., 561 316
Stanislawski, L. Thurmond, K. B., III See Udipi, K.,
Saggau, P. See Godbey, W., 321 —; Soheili—Majd, E.; Perianin, A.; 549
Saito, K. See Hoshino, T., 299 Goldberg, M.: Dental restorative Titova, M. See Horak, D., 184
Sakurai, Y. See Kushida, A., 216 biomaterials induce glutathione Ton That, P.
Salinas, A. J. See Izquierdo-Barba, I., depletion in cultured human —; Tanner, K. E.; Bonfield, W.:
191 gingival fibroblast: Protective Fatigue characterization of a
Saltzman, W. M. See Tan, J., 694 effect of N-acetyl cysteine, 469 hydroxyapatite-reinforced
Sargon, M. F. See Ozmeric, N., 500 Steele, J. G. See Johnson, G., 612 polyethylene composite. I. Uniaxial
Savadogo, O. See Thierry, B., 685 Stoner, B. R. See Ruddell, D. E., 316 fatigue, 453
Schakenraad, J. M. See den Dunnen, Sugihara, F. See Oonishi, H., 37 —; Tanner, K. E.; Bonfield, W.:
W.F. A., 575 Sullivan, S.J. See Abraham, G. A., 442 Fatigue characterization of a
Scharnweber, D. See Geifler, U., 752 Sun, J.-S. See Lin, F.-H., 157 hydroxyapatite-reinforced
Schedle, A. See Rausch—Fan, X., 88 Suzuki, K. See Itou, K., 569 polyethylene composite. II. Biaxial
Schoenfisch, M. H. Svehla, M. fatigue, 461
—; Ovadia, M.; Pemberton, J. E.: —; Morberg, P.; Zicat, B.; Bruce, W.; Torii, Y. See Itou, K., 569
Covalent surface chemical Sonnabend, D.; Walsh, W. R.: Trepanier, C. See Thierry, B., 685
modification of electrodes for Morphometric and mechanical Trindade, M. C.
cardiac pacing applications, 209 evaluation of titanium implant —; Schurman, D. J.; Maloney, W. J.;
Schurman, D. J. See Trindade, M. C., integration: Comparison of five Goodman, S. B.; Smith, R. L.:
360 surface structures, 15 G-protein activity requirement for
Senel, S. See Ozmeric, N., 500 polymethylmethacrylate and
Sershen, S. R. titanium. particle-induced
—; Westcott, S. L.; Halas, N. J.; West, Tabrizian, M. See Chellat, F., 107 fibroblast interleukin-6 and
J. L.: Temperature-sensitive —,; See Lerouge, S., 128 monocyte chemoattractant
polymer-nanoshell composites for —; See Thierry, B., 685 protein-1 release in vitro, 360
AUTHOR INDEX
N N
Trostenyuk, N. See Horak, D., 184 inhibition of endothelial cell inflammatory cytokine production
Tsai, W. B: See Grunkemeier, J. M., 669 function on biomaterials (Student during blood platelet storage: An
, Tsuchitani, Y. See Kawai, K., 123 Research Award in the in vitro model with implications
Tsuji, E. See Oonishi, H., 37 Undergraduate Degree Category, for transfusion practice
Tsvirkun, V. See Horak, D., 184 World Biomaterials Congress 2000, (Outstanding Research by a
Turner, A. M. P. Kamuela, HI, May 15-20, 2000), 1 Resident or Clinical Fellow, World
—;-Dowell, N.; Turner, S. W. P.; Kam, Vresilovic, E. See Gan, J. C., 596 Biomaterials Congress 2000,
' _L.; Isaacson, M.; Turner, J. N.; Vuola, J. Kamuela, HI, May 15-20, 2000),
Craighead, H. G.; Shain, W.: —; Bohling, T.; Kinnunen, J.; 147
~Attachment of astroglial cells to Hirvensalo, E.; Asko-Seljavaara, S.: Worch, H. See Geifsler, U.; 752
microfabricated pillar arrays of Natural coral as bone-defect-filling Wroblewski, S.
different geometries, 430 material, 117 —; Berenson, M.; Kopetkova, P.;
Turner, J. N. See Turner, A. M. P., 430 Kopeéek, J.: Biorecognition of
Turner, S. W. P. See Turner, A. M. P., HPMA copolymer-lectin
430 Walboomers, X. F. conjugates as an indicator of
—; Ginsel, L. A.; Jansen, J. A.: Early differentiation of cell-surface
spreading events of fibroblasts on glycoproteins in development,
Udipi, K.
microgrooved substrates, 529 maturation, and diseases of human
—,; Ornberg, R. L.; Thurmond, K. B.,
Walsh, W. R. See Svehla, M., 15 and rodent gastrointestinal tissues,
II; Settle, S. L.; Forster, D.; Riley,
Wang, J.-H. 329
D.: Modification of inflammatory
—; Yao, C.-H.; Chuang, W.-Y.; Young, Wu, K. K. See Godbey, W., 321
response to implanted biomedical
T.-H.: Development of Wu, Y. See Awad, H. A., 233
materials in vivo by surface bound
biodegradable polyesterurethane
superoxide dismutase mimics, 549
membranes with different surface
Ushida, T. See Chen, G., 273
morphologies for the culture of Yahia, L.’H. See Chellat, F., 107
osteoblasts, 761 —; See Lerouge, S., 128
Vallet-Regi, M. Wang, X. See Phelps, J. B., 735 —; See Thierry, B., 685
—,; Arcos, D.; Pérez-Pariente, J.: Webster, T. J. Yamamoto, H. See Maeda, M., 55
Evolution of porosity during in —,; Ergun, C.; Doremus, R. H.; Siegel, Yamamoto, T. See Oonishi, H., 37
vitro hydroxycarbonate apatite R. W.; Bizios, R.: Specific proteins Yamato, M. See Kushida, A., 216
growth in sol-gel glasses, 23 mediate enhanced osteoblast Yao, C.-H. See Wang, J.-H., 761
2—; See Izquierdo-Barba, I., 191 adhesion on nanophase ceramics, Yeni, Y. N.
—; See Ragel, C. V., 424 ; 475 —; Norman, T. L.: Calculation of
—,; See Rangavittal, N., 660° Wenzel, K.-W. See Geifler, U., 752 porosity and osteonal cement line
van Horn, J. R. See Poelstra, K. A., Wertheimer, M. R. See Lerouge, S., effects on the effective fracture
224 128 ! toughness of cortical bone in
van der Mei, H. C. See Poelstra, West, J. L. See Sershen, S. R., 293 longitudinal crack growth, 504
K. A., 224 Westcott, S. L. See Sershen, S. R., 293 Yli-Urpo, A. See Peltola, T., 200
—,; See Dijk, F., 408 Westerhof, M. See Dijk, F., 408 Yomtovian, R. A. See Wood, E. M.,
van Lingen, A. See Blokhuis, T. J., 369 Wetters, J. 147
van Luyn, M. J. A. See Kuijpers, A. J., —; Bengtsson, T.; Tengvall, P.: Young, R. G. See Awad, H. A., 233
136 Complement activation on Young, T.-H. See Wang, J.-H., 761
—; See Dijk, F., 408 immunoglobulin G-coated Yu, X. See Eavarone, D. A., 10
—; See Zeeman, R., 541 hydrophobic surfaces enhances the —-; see Dillon, G. P., 510
van Wachem, P. B. See Kuijpers, A. J., release of oxygen radicals from
136 neutrophils through an actin-
—; See Zeeman, R., 541 dependent mechanism, 742 Zaat, S. A. J. See Kuijpers, A. J., 136
Vernon, B. Wilson, J. See Oonishi, H., 37 Zeeman, R.
—; Kim, S. W.,; Bae, Y. H.: Wippermann, B. W. See Blokhuis, —,; Dijkstra, P. J.; van Wachem, P. B.;
Thermoreversible copolymer gels T. J.,.369 van Luyn, M. J. A.; Hendriks, M.;
for extracellular matrix*, 69 Wolf, C. See Geifsler, U., 752 Cahalan, P. T.; Feijen, J.: The
Vicentini, B. See Rondelli, G., 47 Wood, E. M. kinetics of 1,4-butanediol
Vishnevskii, V. See Horak, D., 184 —; Colton, E.; Yomtovian, R. A.; diglycidyl ether crosslinking of
Voskerician, G. Currie, L. M.; Connor, J.; dermal sheep collagen, 541
—,; Anderson, J. M.; Ziats, N. P.: High Anderson, J. M.: Prevention of Ziats, N. P. See Voskerician, G., 1
molecular weight kininogen monocyte adhesion and Zicat, B. See Svehla, M., 15
Journal of Biomedical Materials Research
Subject Index—Volume 51
a-tricalcium phosphate hydrolysis, Biocompatibility, 47, 107, 209 Ceramics, 316, 475
726 Biocompatibility tests, 535 Chemical grafting of PEG, 343
a2B1 integrin receptor, 612 Biocompatible coating, 343 Chemoembolization, 184
A-W glass-ceramics, 37 Biocompatible surface, 343 Chitosan, 500, 510, 586
AFM, 307 Biodegradable polymer, 273, 717, 726 Chitosan-xanthan hydrogel, 107
Absorbable, 642 Biodegradable scleral implant, 635 Chondroitin sulfate, 510
Acrylic acid, 69 Biodegradation, 117, 136, 761 Chrondrocytes, 586
Actin cytoskeleton, 742 Biofilm formation, 408 ‘ Coating, 316
Adhesion, 172, 475, 694,752 4585 Bioglass®, 37 Colitis, 329
Adsorption of plasma proteins, 249 Biohybrid artificial pancreas, 69 Collagen, 273, 541, 703
Agarose, 510 Biomaterials, 1 Collagen biomaterial, 442
Age, 735 Bioresorbable polymers, 625 Collagen crosslinks (pyridinoline), 703
Aging of sol, 200 Biphasic calcium phosphate, 157 Collagen gel, 233
Albumin-heparin multilayer coatings, Biphasic calcium phosphates, 680 Collagen mimetics, 612
249 Blood compatibility, 413 Collagen type I-coating, 752
Alkanethiol self-assembled Blood mononuclear cells, 88 Colon-specific drug delivery, 329
monolayers, 209 Bone, 15, 376, 735 Complement, 742
Alpha-tricalcium phosphate Bone composite, 726 Composite, 453, 461
hydrolysis, 717 Bone defects, 369 Compression, 453
Amalgam, 123 Bone formation, 491 Contact guidance, 529
Amiloride, 147 Bone fracture, 299 Continuous in vitro studies, 191
Animal, 500 Bone growth, 37 Contractile force, 216
Anodic titanium oxide, 398 Bone marrow, 369 Contraction kinetics, 233
Antibodies, 224 Bone marrow cell responses, 398 Controlled release, 293, 391
Antimicrobial, 484 Bone substitutes, 117 Coral, 117, -
Antioxidant N-acetylcysteine, 469 Bone transplantation, a7 Corneal epithelial cells, 612
Apatite, 23 Corrosion behavior, 685
Apatite- and wollastonite-containing C6 glioma, 10 Cortical bone,.504
glass-ceramic (AW-GC), 258 CD34, 55 Covalent surface modification, 209
Apatite-like layer, 424 CaO-SiO, system, 191 Crack propagation, 735
Artificial heart valve, 61 Calcium carbonate, 117 Crosslinked gelatin, 96
Astroglial cells, 430 Calcium phosphate layer, 80 Crosslinking, 136, 541
Autoimmunity, 29 Calcium phosphates, 369 Cytokine/chemokine, 360
Autologous bone grafting, 369 Calcium-deficient apatite, 680 Cytokines, -107,.147
Calcium-deficient hydroxyapatite,
B-TCP, 660 AL, 720 Decomposition, 660
BMP, 491 Cancellous bone, 605 Dental amalgam, 88
Bacterial adhesion, 224 Carbodiimide, 136 Dental biomaterials, 469
Bacteriostatic, 484 Cartilage, 164 Dental materials, 316, 561
Barrett’s esophagus, 329 Cell adhesion, 1 Dental pulp, 241
Betamethasone phosphate, 635 Cell attachment, 398, 529 Dentin adhesion, 569
Biaxial fatigue, 461 Cell binding peptides, 612 Device-related infection, 96
Bioactive, 258 Cell differentiation, 491 Diabetic rats, 299
Bioactive glass, 80, 424, 484, 596 Cell migration, 1 Digital photoelasticity, 650
Bioactive glasses, 23 Cell morphology, 398 ° Dip coating, 200
Bioactive sol-gel glass, 191 Cell proliferation, 1, 561 Dorsal root ganglia, 625
Bioactivity, 80, 605 Cellular adaptability, 391 Doxorubicin, 10
Bioceramic, 157 Cement line, 504 Drug delivery, 383
Journal of Biomedical Materials Research, Vol. 51, 778-780 (2000)
SUBJECT INDEX NIS ]\ o
e-CL and LLA-crystals, 575 Immunoglobulin, 224 Neuro-filament protein, 241
Effective surface, 575 Implants, 280 Neutrophil, 694
Elastic modulus, 711 In-phase, 461 Neutrophil respiratory burst, 742
Electrochemical test, 47 Indentation testing, 711 Ni-Ti, 47
Electropolishing, 685 Infection, 224 NiTi alloy, 685
Eluate, 123 Inflammatory response, 549 Nucleus pulposus, 596
Embalmed glenoid labrum, 711 Ingrowth/ongrowth, 15
Endothelial cells, 1 Inorganic—organic hybrid, 605 O./CEF,, 128
Endothelial cells, 535 in situ testing, 711 OHAP, 660
Enzyme histochemistry and Integrin B1, 752 Opsonization, 224
' immunohistology, 280 Interaction with platelets, 249 Orthopedic, 369
Epoxy compounds, 541 Interleukin-1, 88 Orthopedic/ dental, 475
Etching, 128 Intervertebral disc, 596 Osteoblast, 752
Excimer laser, 520 Intraocular drug delivery, 635 Osteoblasts, 475, 586, 761
Extracellular matrix, 586 in vitro, 529 Osteoconductivity, 258
in vitro bioactivity, 424 Osteon, 504
Factorial design method, 680 in vivo and in vitro degradation, 575 Out-of-phase, 461
Fatigue, 61, 172, 453 in vivo durability, 249
Fibrinogen, 307, 669 Ion release, 685 PEG liposome, 10
Fibroblast, 360 PLGA, 635
Fibroblasts, 469 Kinetics, 541 PLLA filaments, 625
Flk-1, 55 PNS regeneration, 625
Flow chamber, 224 LRM55 cells, 430 PTFE, 55
Fracture, 316 Laminin, 625 pl?’/ so /15' /p)LA/e-CL], 575
Fracture toughness, 504, 735 ‘Ligands, 29 Pacemaker, 209
Functional gradients, 650 Liposomes, 96 Palladium/tin salt, 408
Longitudinal crack growth, 504 Particle, 360
G protein, 360 Low-pressure plasma, 128 Passive film, 47
Gelatin, 136 Lupus, 29 Pendant groups, 541
Gene delivery, 321 Peptoids, 612
Gentamicin release, 424 MDCK cells, 216 Periodontium, 500
Geometry, 491 4-META/MMA-TBB adhesive resin, Phagocytosis, histological studies, 107
Glass—polymer composites, 424 241 Photografting, 352
Glial scar, 510 : mRNA, 88 Photopolymerization, 164, 352
Glucan, 123 Magnetron sputtering, 316 Physical pattern, 694
Glucosyltransferase, 123 Martensite, 47 Pillars, 430
Glutathione, 469 Mechanical property, 605 Plasma polymers, 669
Glycosaminoglycan accumulation, 561 Mechanism of spore destruction, 128 Plasma treatments, 535
Graft healing, 55 Medical lasers, 293 Platelet adhesion, 413, 669
Guided tissue regeneration, 391 Mesenchymal stem cells, 233 Platelet storage, 147
Metal cations, 88 Poly(2-hydroxyethyl methacrylate),
HCA formation, 200 Metal ions, 561 184
HPMA copolymer-lectin—drug Metastases, 184 Poly(p,L-lactide-co-glycolide), 635
conjugates, 329 Microcapsules, 299 Poly(pt-lactide-co-glycolide), 383
HREM, 660 Microfabrication, 694 Poly(DL-lactic-co-glycolic acid), 273
High-molecular-weight kininogen, 1 Microgrooves, 529 Poly(L-lactide) membranes, 391
Histones, 29 Microhardness, 735 Poly(lactide-co-glycolide), 376, 717,
Human gingival fibroblasts, 561 Microindentation, 650 726
Hybrid layer, 569 Micropore, 520 Poly-L-lysine, 321
Hybrid sponge, 273 Microspheres, 383 Poly(N-isopropylacrylamide), 216
Hydrogel, 164, 293 Mineralization, 650 Polyanhydride, 352
Hydrogel particles, 184 Monocyte adhesion, 147 Polyesterurethane membranes, 761
Hydrogel-coated catheter Morphometry, 233 Polyethylene, 453, 461
ciprofloxacin, 96 Motility, 694 Polyethylene glycol, 343
Hydrothermal treatment, 398 Polyethyleneterephthalate, 535
Hydroxyapatite, 15, 37, 157, 453, 461, N-acryloyl aspartic acid, 569 Polyethylenimine, 321
491 N-isopropylacrylamide, 69 Polyglycolide, 642
Hydroxyapatite (HA), 258 NIPAAm, 293 Polylactic acid, 717
Nanophase, 475 Polymer biomaterials, 307
IgG, 742 Nanotechnology, 293 Polymer degradation, 383
Image processor, 37 Nerve guide, nerve regeneration, 575 Polymethyl methacrylate (PMMA),
Immunoadsorption, 29 Nerve regeneration, 510 258
SUBJECT INDEX
Polymethylmethacrylate, 172 Silver, 484 Threé-dimensional osteoblast culture,
Polyurethane, 549 Soft-tissue repair, 442 703
Porcine submucosa, 442 Sol-gel, 484 ThromboSol™, 147
Porosity, 23, 391 Sol-gel method, 23 Tissue engineering, 164, 216, 233, 273,
Porous, 157 Sol-gel process, 605 376, 520, 596, 642
Porous natural bone mineral Static in vitro studies, 191 Tissue ingrowth, 520
(Bio-Oss®), 703 Stents, 685 Tissue reaction, 136
Porous surface, 15 Sterilization, 128 . Titania films, 200
Procoagulant activity, 669 Sterilization techniques, 685 Titanium alloy, 752
Progenitor endothelial cells, 55 Structural stiffness, 711 Torsion, 453
Proliferating cell nuclear antigen, 241 Subcritical debonding, 172 Total joint arthroplasty, 360
Proliferation, 642 Sulfonic acid, 413 Total joint replacements, 172
Protein adsorption, 307 Superoxide dismutase mimics, 549 Transfection, 321
Pseudomonas, 224 Surface area, 23 Transferrin receptor, 10
Pulpotomy, 241 Surface characterization, 413 Tumors, 184
Push-out, 15 Surface charge, 80
Ultrahigh molecular weight
Pyrolytic carbon, 61 Surface erosion, 352
_ polyethylene, 549
Surface properties, 761
Quantification, 280 Surface topography, 200 Uveitis, 635
Sustained-release, 299 VEGF, 383
Resin component, 123 Synthesis process, 680
vWE, 669
Resin composite, 123 Vascular graft, 55
Rietveld profile, 660 TAK-778, 299 Vascular grafts, 1, 535
TF antigen, 329 Voice prosthesis, 408
Scaffold design, 520 Targeted drug delivery, 10
Scaffolds, 376 Taurine, 500 Weibull statistics, 61
Seeding, 642 Temperature-responsive culture Wells, 430
Self-assembled monolayer, 413 surfaces, 216 Wettability, 742
Self-etching primer, 569 Tensile bond strength, 569 Wound healing, 500
Silica, silicon oxide, 343 Tension, 453 X-ray imaging, 650
Silicon, 430 Tetracycline, 391
Silicone rubber, 408 Thermal reversibility, 69 Zeta potential, 80