Journal of Biomedical Materials Research 2002: Vol 59 Index

11 Pages·2002·2.6 MB·English

Journal of Biomedical Materials Research
Author Index—Volume 59
Abe, Y. See Ziani-Cherif, H., 386 Worch, H.; Wenzel, K.-W.: composites of human osteoblasts:
Ajayan, P. M. See Supronowicz, P. R., Proliferation and differentiation of A preliminary screening, 611
499 rat calvarial osteoblasts on type | Cametti, C. See Basoli, A., 100
Akaike, T. See Park, K.-H., 591 collagen-coated titanium alloy, 516 Carnes, D. L. See Ong, J. L., 184
Akisue, T. Bessho, K. See Ong, J. L., 184 Carney, D. E. See Sigurdson, L., 357r y
—; Bauer, T. W.; Farver, C. F.; Bezemer, J. See Du, C., 535 Carson, R. J. See Salacinski, H. J., 207
Mochida, Y.: The effect of particle Biehl, V. See Velten, D., 18 Castro, M. R. See Caudillo, M., 378
wear debris on NF«B activation Bierbaum, S. See Becker, D., 516 Caudillo, M.
and pro-inflammatory cytokine Bigi, A. —; Herrera—Trejo, M.; Castro, M. R.;
release in differentiated THP-1 —; Boanini, E.; Panzavolta, S.; Roveri, Ramirez, E.; Gonzalez, C. R.;
cells, 507 N.; Rubini, K.: Bonelike apatite Juarez, J. 1: On carbide dissolution
Akkus, O.: growth on hydroxyapatite-gelatin in an as-cast ASTM F-75 alloy, 378
—; Comments on acoustic emission sponges from simulated body Cavin, R. See Ong, J. L., 184
visualization of bone cement fluid, 709 Chang, K.-Y. See Liao, C.-J., 676
fatigue locations, 398 Birr, E. See Kapanen, A., 78 Chang, S. J.
Amabili, M. See Nuno, N., 191 Bizios, R. See Ergun, C., 305 —,; Lee, C. H.; Hsu, C. Y.; Wang, Y. J.:
Amadio, P. C. See Momose, T., 219 Bizios, R. See Supronowicz, P. R., 499 Biocompatible microcapsules with
An, K.-N. See Momose, T., 219 Bizios, R. See Webster, T. J., 312 enhanced mechanical strength, 118
Anderson, J. M. See Collier, T. O.,136 Blom, E. J. Chang, Y.-C. See Huang, F.-M., 460
Anseth, K. S. See Bryant, S. J., 63 —; Klein-Nulend, J.; Wolke, J. G. C.; Chang, Y.-C. See Tai, K.-W., 73
Anthony, D. C. See Kohane, D. S., 450 van Waas, M. A. J.; Driessens, Charlebois, S. J.
Antonucci, J. M. See Skrtic, D., 597 F.C. M.; Burger, E. H.: —; Daniels, A. U.; Smith, R. A.:
Arciola, C. R. Transforming growth factor-61 Metabolic heat production as a
—; Baldassarri, L.; Montanaro, L.: In incorporation in a calcium measure of macrophage response
catheter infections by phosphate bone cement: Material to particles from orthopedic
Staphylococcus epidermidis the properties and release implant materials, 166
intercellular adhesion (ica) locus is characteristics, 265 Chen, C.-F. See Liao, C.-J., 676
a molecular marker of the virulent Boanini, E. See Bigi, A., 709 Chen, J.-H. See Liao, C.-]., 676
slime-producing strains, 557 Bohling, T. See Vuola, J., 152 Chen, L.-T. See Sun, J.-S., 246
Arulanandam, B. P. See Supronowicz, Bonfield, W. See Gibson, I. R Chen, Y. See Feng, B., 12
P.R., 499 Bordi, F. See Basoli, A., 100 Chiang, S.-F. See Liao, C.-J., 676
Arvidson, K. See Mustafa, K., 655 Breitig, D. See Ziegler, J., 422 Chou, M.-Y. See Huang, F.-M., 460
Askew, M. J. See Mostardi, R. A., 605 Breme, J. See Velten, D., 18 Christian, P. See Gough, J. E., 481
Athanasiou, K. A. See Temenoff, J. S., Bright, F. V. See Sigurdson, L., 357 Chu, C.-C. See Zhang, Y., 318
429 Brunworth, R. T. See Skrtic, D., 597 Cohn, D.
Aubertin, F. See Velten, D., 18 Bryant, S. J. —; Stern, T.; Fernanda Gonzalez, M.;
—,; Anseth, K. S.: Hydrogel properties Epstein, J.: Biodegradable
Baldassarri, L. See Arcioia, C. R., 557 influence ECM production by poly(ethylene oxide)/
Basoli, A. chondrocytes photoencapsulated in poly(e-caprolactone) multiblock
—; Bordi, F.; Cametti, C.; Gili, T.: poly(ethylene glycol) hydrogels, 63 copolymers, 273
Structural alteration of erythrocyte Burger, E. H. See Blom, E. J., 265 Collier, T. O.
cell membrane in presence of —; Anderson, J. M.; Kikuchi, A.;
artificial prostheses: a radiowave Okano, T.: Adhesion behavior of
dielectric spectroscopy study, 100 Calandrelli, L. monocytes, macrophages and
Bauer, T. W. See Akisue, T., 507 —; Immirzi, B.; Malinconico, M.; foreign body giant cells on poly (N-
Baumann, M. See Winblade, N. D., 618 Orsello, G.; Volpe, M. G.; Della isopropylacrylamide) temperature-
Becker, D. Ragione, F.; Zappia, V.; Oliva, A.: responsive surfaces, 136
—; Geifler, U.; Hempel, U.; Biocompatibility studies on Cooper, E. See Scotchford, C. A., 84
Bierbaum, S.; Scharnweber, D.; biodegradable polyester-based Cui, F. Z. See Du, C., 535
Journal of Biomedical Materials Research, Vol. 59, 726-730 (2002)
Journal of Biomedical Materials Research
Author Index—Volume 59
Abe, Y. See Ziani-Cherif, H., 386 Worch, H.; Wenzel, K.-W.: composites of human osteoblasts:
Ajayan, P. M. See Supronowicz, P. R., Proliferation and differentiation of A preliminary screening, 611
499 rat calvarial osteoblasts on type | Cametti, C. See Basoli, A., 100
Akaike, T. See Park, K.-H., 591 collagen-coated titanium alloy, 516 Carnes, D. L. See Ong, J. L., 184
Akisue, T. Bessho, K. See Ong, J. L., 184 Carney, D. E. See Sigurdson, L., 357r y
—; Bauer, T. W.; Farver, C. F.; Bezemer, J. See Du, C., 535 Carson, R. J. See Salacinski, H. J., 207
Mochida, Y.: The effect of particle Biehl, V. See Velten, D., 18 Castro, M. R. See Caudillo, M., 378
wear debris on NF«B activation Bierbaum, S. See Becker, D., 516 Caudillo, M.
and pro-inflammatory cytokine Bigi, A. —; Herrera—Trejo, M.; Castro, M. R.;
release in differentiated THP-1 —; Boanini, E.; Panzavolta, S.; Roveri, Ramirez, E.; Gonzalez, C. R.;
cells, 507 N.; Rubini, K.: Bonelike apatite Juarez, J. 1: On carbide dissolution
Akkus, O.: growth on hydroxyapatite-gelatin in an as-cast ASTM F-75 alloy, 378
—; Comments on acoustic emission sponges from simulated body Cavin, R. See Ong, J. L., 184
visualization of bone cement fluid, 709 Chang, K.-Y. See Liao, C.-J., 676
fatigue locations, 398 Birr, E. See Kapanen, A., 78 Chang, S. J.
Amabili, M. See Nuno, N., 191 Bizios, R. See Ergun, C., 305 —,; Lee, C. H.; Hsu, C. Y.; Wang, Y. J.:
Amadio, P. C. See Momose, T., 219 Bizios, R. See Supronowicz, P. R., 499 Biocompatible microcapsules with
An, K.-N. See Momose, T., 219 Bizios, R. See Webster, T. J., 312 enhanced mechanical strength, 118
Anderson, J. M. See Collier, T. O.,136 Blom, E. J. Chang, Y.-C. See Huang, F.-M., 460
Anseth, K. S. See Bryant, S. J., 63 —; Klein-Nulend, J.; Wolke, J. G. C.; Chang, Y.-C. See Tai, K.-W., 73
Anthony, D. C. See Kohane, D. S., 450 van Waas, M. A. J.; Driessens, Charlebois, S. J.
Antonucci, J. M. See Skrtic, D., 597 F.C. M.; Burger, E. H.: —; Daniels, A. U.; Smith, R. A.:
Arciola, C. R. Transforming growth factor-61 Metabolic heat production as a
—; Baldassarri, L.; Montanaro, L.: In incorporation in a calcium measure of macrophage response
catheter infections by phosphate bone cement: Material to particles from orthopedic
Staphylococcus epidermidis the properties and release implant materials, 166
intercellular adhesion (ica) locus is characteristics, 265 Chen, C.-F. See Liao, C.-J., 676
a molecular marker of the virulent Boanini, E. See Bigi, A., 709 Chen, J.-H. See Liao, C.-]., 676
slime-producing strains, 557 Bohling, T. See Vuola, J., 152 Chen, L.-T. See Sun, J.-S., 246
Arulanandam, B. P. See Supronowicz, Bonfield, W. See Gibson, I. R Chen, Y. See Feng, B., 12
P.R., 499 Bordi, F. See Basoli, A., 100 Chiang, S.-F. See Liao, C.-J., 676
Arvidson, K. See Mustafa, K., 655 Breitig, D. See Ziegler, J., 422 Chou, M.-Y. See Huang, F.-M., 460
Askew, M. J. See Mostardi, R. A., 605 Breme, J. See Velten, D., 18 Christian, P. See Gough, J. E., 481
Athanasiou, K. A. See Temenoff, J. S., Bright, F. V. See Sigurdson, L., 357 Chu, C.-C. See Zhang, Y., 318
429 Brunworth, R. T. See Skrtic, D., 597 Cohn, D.
Aubertin, F. See Velten, D., 18 Bryant, S. J. —; Stern, T.; Fernanda Gonzalez, M.;
—,; Anseth, K. S.: Hydrogel properties Epstein, J.: Biodegradable
Baldassarri, L. See Arcioia, C. R., 557 influence ECM production by poly(ethylene oxide)/
Basoli, A. chondrocytes photoencapsulated in poly(e-caprolactone) multiblock
—; Bordi, F.; Cametti, C.; Gili, T.: poly(ethylene glycol) hydrogels, 63 copolymers, 273
Structural alteration of erythrocyte Burger, E. H. See Blom, E. J., 265 Collier, T. O.
cell membrane in presence of —; Anderson, J. M.; Kikuchi, A.;
artificial prostheses: a radiowave Okano, T.: Adhesion behavior of
dielectric spectroscopy study, 100 Calandrelli, L. monocytes, macrophages and
Bauer, T. W. See Akisue, T., 507 —; Immirzi, B.; Malinconico, M.; foreign body giant cells on poly (N-
Baumann, M. See Winblade, N. D., 618 Orsello, G.; Volpe, M. G.; Della isopropylacrylamide) temperature-
Becker, D. Ragione, F.; Zappia, V.; Oliva, A.: responsive surfaces, 136
—; Geifler, U.; Hempel, U.; Biocompatibility studies on Cooper, E. See Scotchford, C. A., 84
Bierbaum, S.; Scharnweber, D.; biodegradable polyester-based Cui, F. Z. See Du, C., 535
Journal of Biomedical Materials Research, Vol. 59, 726-730 (2002)
AUTHOR INDEX
Dal Ponte, D. B. See Kidd, K. R., 682 Geif ler, U. See Becker, D., 516 Herrera—Trejo, M. See Caudillo, M.,
Daniels, A. U. See Charlebois, S. J., 166 Gibson, I. R. 378
de Groot, K. See Du, C., 535 —; Bonfield, W.: Novel synthesis and Herrmann, F. See Pham, M. T., 716
Dean, D. See Fisher, J. P., 547 characterization of an AB-type Hicks, W., Jr. See Sigurdson, L., 357
Della Ragione, F. See Calandrelli, L., carbonate-substituted Hisatome, T.
611 hydroxyapatite, 697 —; Yasunaga, Y.; Ikuta, Y.; Fujimoto,
Demers, C. N. Gilbert, J. L. See Hasenwinkel, J. M., Y.: Effects on articular cartilage of
—,; Tabrizian, M.; Petit, A.; Hamdy, 411 subchondral replacement with
R. C.; Yahia, L’H.: Effect of Gili, T. See Basoli, A., 100 polymethylmethacrylate and
experimental parameters on the in Gilmore, C. P. See Scotchford, C. A., 84 calcium phosphate cement, 490
vitro release kinetics of Goldstein, A. S. Hoffman, A. S. See Winblade, N. D.,
transforming growth factor B1 —; DiMilla, P. A.: Effect of adsorbed 618
from coral particles, 403 fibronectin concentration on cell Holland, T. A. See Fisher, J. P., 547
DeSilva, S. P. See VandeVord, P. J., 585 adhesion and deformation under Hollinger, J. O. See Hu, Y., 563
DiMilla, P. A. See Goldstein, A. S., 665 shear on hydrophobic surfaces, 665 Hou, Y. See Sigurdson, L., 357
Ding, C. See Liu, X., 259 Gonzalez, C. R. See Caudillo, M., 378 Hozumi, A. See Zhu, P. X., 294
Doremus, R. H. See Ergun, C., 305 GG6ransson, H. See Vuola, J., 152 Hsieh, Y.-S. See Huang, F.-M., 460
Doremus, R. H. See Webster, T. J., 312 Gough, J. E. Hsu, C. Y. See Chang, S. J., 118
Downes, S. See Scotchford, C. A., 84 —; Christian, P.; Scotchford, C. A.; He; ¥.
Driessens, F.C. M. See Blom, E. J., 265 Rudd, R. D.; Jones, I. A.: Synthesis, —; Grainger, D. W.; Winn, S. R.;
Ba, '€. degradation, and in vitro cell Hollinger, J. O.: Fabrication of
—-; Klasens, P.; Haan, R. E.; Bezemer, responses of sodium phosphate poly(a-hydroxy acid) foam
J.; Cui, F. Z.; de Groot, K.; glasses for craniofacial bone repair, scaffolds using multiple solvent
Layrolle, P.: Biomimetic calcium 481 systems, 563
phosphate coatings on Polyactive® Grainger, D. W. See Hu, Y., 563 Huang, F.-M. See Tai, K.-W., 73
1000/70/30, 535 Grambole, D. See Pham, M. T., 716 Huang, F.-M.
Groppetti, R. See Nuno, N., 191 —; Hsieh, Y.-S.; Tai, K.-W.; Chou,
Grottkau, B. E. M.-Y.; Chang, Y.-C.: Induction of
Eanes, E. D. See Skrtic, D., 597 —; Noordin, S.; Shortkroff, S.; c-fos and c-jun protooncogenes
Eberhardt, A. W. See Sierra, D. H., 1 Schaffer, J. L.; Thornhill, T. S.; expression by formaldehyde-
Edwards, A. See Salacinski, H. J., 207 Spector, M.: Effect of mechanical releasing and epoxy resin-based
Epstein, J. See Cohn, D., 273 perturbation on the release of root-canal sealers in human
Ergun, C. See Webster, T. J., 312 PGE, by macrophages in vitro, 288 osteoblastic cells, 460
Ergun, C. Giinther, K.-P. See Ziegler, J., 422 Huang, M.-S. See Tai, K.-W., 73
—; Webster, T. J.; Bizios, R.; Doremus, Huang, Y.-B. See Mi, F.-L., 438
R. H.: Hydroxylapatite with Huang, Y.-C. See Sun, J.-S., 246
substituted magnesium, zinc, Haan, R. E. See Du, C., 535 Hubbell, J. A. See Winblade, N. D., 618
cadmium, and yttrium. I. Structure
Hall, L., II See Sigurdson, L., 357
and microstructure, 305
Hall, M. W.
—; Solen, K. A.: Hypothermia-
Ichino, R. See Kuroda, K., 390
induced platelet aggregation in
Farver, C. F. See Akisue, T., 507 Ikuta, Y. See Hisatome, T., 490
Feng, B. human blood in an in vitro model: Imachi, K. See Ziani-Cherif, H., 386
—; Chen, Y.; Zhang, X. D.: Effect of The dominant role of
Immirzi, B. See Calandrelli, L., 611
blood—material interactions, 528
water vapor treatment on apatite Inoue, S. See Yoshioka, M., 56
Hamdy, R. C. See Demers, C. N., 403
formation on precalcified titanium Ishikawa, M. See Zhu, P. X., 294
and bond strength of coatings to Hamilton, G. See Salacinski, H. J., 207
substrates, 12 Hanawa, T. See Yamamoto, A., 176
Hao, J.-Y. See Mi, F.-L., 438
Fernanda Gonzalez, M. See Cohn, D.,
273 Hard, R. See Sigurdson, L., 357 Jaffer, F. See Woo, G. L. Y., 35
Harrington, J. R. See Momose, T., 219
Fisher, J. P. James, P. F. See Miller, C. A., 473
—; Vehof, J. W. M.; Dean, D.; van der Hasenwinkel, J. M. Janke, A. See Nitschke, M., 632
Waerden, J. P. C. M.; Holland, —; Lautenschlager, E. P.; Wixson, Jansen, J. A. See Fisher, J. P., 547
T. A.; Mikos, A. G.; Jansen, J. A.: R. L.; Gilbert, J. L.: Effect of Jones, I. A. See Gough, J. E., 481
Soft and hard tissue response to initiation chemistry on the fracture Jones, J. R. See Sepulveda, P., 340
photocrosslinked poly(propylene toughness, fatigue strength, and Juarez, J. 1. See Caudillo, M., 378
fumarate) scaffolds in a rabbit residual monomer content of a
novel high-viscosity, two-solution
model, 547
acrylic bone cement, 411
Fujimoto, Y. See Hisatome, T., 490
Hatori, K. See Kamakura, S., 29 Kagayama, M. See Kamakura, S., 29
Hatton, P. V. See Miller, C. A., 473 Kamakura, S.
Ganazzoli, F. See Mantero, S., 329 Hempel, U. See Becker, D., 516 —,; Sasano, Y.; Shimizu, T.; Hatori, K.;
Gardella, J. A., Jr. See Sigurdson, L., 357 Hench, L. L. See Sepulveda, P., 340 Suzuki, O.; Kagayama, M.; Motegi,
AUTHOR INDEX
K.: Implanted octacalcium Kuroda, K. Mi, F.-L.
phosphate is more resorbable than —; Ichino, R.; Okido, M.; Takai, O.: —; Wu, Y.-B.; Shyu, S.-S.; Schoung,
B-tricalcium phosphate and Hydroxyapatite coating on J.-Y.; Huang, Y.-B.; Tsai, Y.-H.;
hydroxyapatite, 29 titanium by thermal substrate Hao, J.-Y.: Control of wound
Kapanen, A. method in aqueous solution, 390 infections using a bilayer chitosan
—; Ryhdanen, J.; Birr, E.; Vaananen, wound dressing with sustainable
H. K.; Tuukkanen, J.: Bone antibiotic delivery, 438
morphogenetic protein 3b Lambrechts, P. See Yoshioka, M., 5 Mikos, A. G. See Fisher, J. P., 547
expressing reindeer antler, 78 Langer, R. See Kohane, D. S., 450 Mikos, A. G. See Temenoff, J. S., 429
Kataoka, H. See Nishikori, T., 201 Lautenschlager, E. P. See Miller, C. A.
Katsube, K. See Nishikori, T., 201 Hasenwinkel, J. M., 411 —; Kokubo, T.; Reaney, I. M.; Hatton,
Kawasaki, K. See Nishikori, T., 201 Layrolle, P. See Du, C., 535 P. V.; James, P. F.: Formation of
Kellar, R. S. See Kidd, K. R., 682 LeBaron, R. G. See Temenoff, J. S., 429 apatite layers on modified canasite
Kessler, S. See Ziegler, J., 422 Lee, C. H. See Chang, S. J., 118 glass—ceramics in simulated body
Kidd, K. R. Lee, K. C. See Park, K.-H., 591 fluid, 473
—; Dal Ponte, D. B.; Kellar, R. S.; Leggett, G. J. See Scotchford, C. A., 84 Mittelman, M. W. See Woo, G. L. Y., 35
Williams, S. K.: A comparative Lemons, J. E. See Sierra, D. H., 1 Mochida, Y. See Akisue, T., 507
evaluation of the tissue responses Leygraf, C. See Mustafa, K., 655 Momose, T.
associated with polymeric Liao, C.-J. —; Amadio, P. C.; Sun, Y.-L.; Zhao,
implants in the rat and mouse, 682 —; Chen, C.-F.; Chen, J.-H.; Chiang, C.; Zobitz, M. E.; Harrington, J. R.;
Kidd, K. R. S.-F.; Lin, Y.-J.; Chang, K.-Y.: An, K.-N.: Surface modification of
—; Nagle, R. B.; Williams, S. K.: Fabrication of porous extrasynovial tendon by
Angiogenesis and biodegradable polymer scaffolds chemically modified hyaluronic
neovascularization associated with using a solvent merging/ acid coating, 219
extracellular matrix-modified particulate leaching method, 676 Montanaro, L. See Arciola, C. R., 557
porous implants, 366 Lin, F.-H. See Sun, J.-S., 246 Montevecchi, F. M. See Mantero, S., 329
Kikuchi, A. See Collier, T. O., 136 Lin, Y.-J. See Liao, C.-J., 676 Mostardi, R. A.
Kim, C.-K. See Park, J.-S., 144 Lindenhayn, K. See Spitzer, R.-S., 690 —; Pentello, A.; Kovacik, M. W.;
Kim, H. D. Lipp, M. See Kohane, D. S., 450 Askew, M. J.: Prosthetic metals
—; Valentini, R. F.: Retention and Liu, X. have a variable necrotic threshold
activity of BMP-2 in hyaluronic —,; Ding, C.: Reactivity of plasma- in human fibroblasts: An in vitro
acid-based scaffolds in vitro, 573 sprayed wollastonite coating in study, 605
Kim, J. M. See Park, J.-S., 144 simulated body fluid, 259 Motegi, K. See Kamakura, S., 29
Kim, K. M. LoGerfo, F. W. See Stone, D., 160 Murphy, B. P.
—; Cells, rather than extracellular Lotan, N. See Kohane, D. S., 450 —,; Prendergast, P. J.: The relationship
matrix, nucleate apatite in Louis, D. N. See Kohane, D. S., 450 between stress, porosity, and
glutaraldehyde-treated vascular Lucas, L. C. See Messer, R. L. W., 466 nonlinear damage accumulation in
acrylic bone cement, 646
tissue, 639
Kinney, R. C. See Kohane, D. S., 450 Mustafa, K.
Kitamura, Y. See Shinzato, S., 225 Malinconico, M. See Calandrelli, L., —; Pan, J.; Wroblewski, J.; Leygraf,
Klasens, P. See Du, C., 535 611 C.; Arvidson, K.: Electrochemical
Klein-Nulend, J. See Blom, E. J., 265 Maniwa, S. See Nishikori, T., 201 impedance spectroscopy and X-ray
Kobayashi, T. Mantero, S. photoelectron spectroscopy
—; Nakamura, S.; Yamashita, K.: —; Piuri, D.; Montevecchi, F. M.; analysis of titanium surfaces
Enhanced osteobonding by Vesentini, S.; Ganazzoli, F.; cultured with osteoblast-like cells
negative surface charges of Raffaini, G.: Albumin adsorption derived from human mandibular
electrically polarized onto pyrolytic carbon: A molecular bone, 655
hydroxyapatite, 595 mechanics approach, 329 Myoui, A. See Tamai, N., 110
Kohane, D. S. Matsuda, T. See Okino, H., 233
—; Lipp, M.; Kinney, R. C.; Anthony, Matsuda, T. See Ziani-Cherif, H., 386
D: C; Louis, D..N:; Lotan, N.; Matthew, H. W. T. See VandeVord, Na, K. See Park, K.-H., 591
Langer, R.: Biocompatibility of P. J; 565 Nagle, R. B. See Kidd, K. R., 366
lipid-protein-sugar particles Matz, W. See Pham, M. T., 254 Nakamura, S. See Kobayashi, T., 595
containing bupivacaine in the Matz, W. See Pham, M. T., 716 Nakamura, T. See Shinzato, S., 225
epineurium, 450 Mayr-Wohlfart, U. See Ziegler, J., 422 Nakase, T. See Tamai, N., 110
Kohyama, Y. See Yamamoto, A., 176 Mayton, L. See VandeVord, P. J., 585 Nakayama, Y. See Okino, H., 233
Kokubo, T. See Miller, C. A., 473 Messer, R. L. W. Nishikori, T.
Kokubo, T. See Shinzato, S., 225 —; Lucas, L. C.: Localization of —; Ochi, M.; Uchio, Y.; Maniwa, S.;
Koumoto, K. See Zhu, P. X., 294 metallic ions within gingival Kataoka, H.; Kawasaki, K.;
Kovacik, M. W. See Mostardi, R. A., fibroblast subcellular fractions, 466 Katsube, K.; Kuriwaka, M.: Effects
605 Metzger, D. W. See Supronowicz, of low-intensity pulsed ultrasound
Kuriwaka, M. See Nishikori, T., 201 P. R., 499 on proliferation and chondroitin
AUTHOR INDEX
sulfate synthesis of cultured biodegradable poly(lactide-co- Schmack, G. See Nitschke, M., 632
chondrocytes embedded in glycolide) scaffolds prepared by gas SchmG6kel, H. See Winblade, N. D., 618
Atelocollagen® gel, 201 foaming of effervescent salts, 127 Schoung, J.-Y. See Mi, F.-L., 438
Nitschke, M. Pentello, A. See Mostardi, R. A., 605 Scotchford, C. A. See Gough, J. E., 481
—; Schmack, G.; Janke, A.; Simon, F.; Perka, C. See Spitzer, R.-S., 690 Scotchford, C. A.
Pleul, D.; Werner, C.: Low Petit, A. See Demers, C. N., 403 —; Gilmore, C. P.; Cooper, E.;
pressure plasma treatment of Pham, M. T. Leggett, G. J.; Downes, S.: Protein
poly(3-hydroxybutyrate): Toward —; Matz, W.; Grambole, D.; adsorption and human
tailored polymer surfaces for Herrmann, F.; Reuther, H.; Richter, osteoblast-like cell attachment and
tissue engineering scaffolds, 632 E.; Steiner, G.: Solution deposition growth on alkylthiol on gold
Nof, M. of hydroxyapatite on titanium self-assembled monolayers, 84
—; Shea, L. D.: Drug-releasing pretreated with a sodium ion Seifalian, A. M. See Salacinski, H. J.,
scaffolds fabricated from implantation, 716 207
drug-loaded microspheres, 349 Pham, M. T. Seo, W. S. See Zhu, P. X., 294
Nomura, Y. See Yoshioka, M., 56 —; Matz, W.; Reuther, H.; Richter, E.; Sepulveda, P.
Noordin, S. See Grottkau, B. E., 288 Steiner, G.; Oswald, S.: —-; Jones, J. R.; Hench, L. L.: Bioactive
Nuno, N. Interface-mediated synthesis of sol-gel foams for tissue repair, 340
—; Amabili, M.; Groppetti, R.; Rossi, A.: hydroxyapatite, 254 Shea, L. D. See Nof, M., 349
Static coefficient of friction between Phaneuf, M. See Stone, D., 160 Shimizu, T. See Kamakura, S., 29
Ti-6Al-4V and PMMA for cemented Pidaparti, R. M. Shintani, H. See Yoshioka, M., 56
hip and knee implants, 191 —; Vogt, A.: Experimental Shinzato, S.
investigation of Poisson’s ratio as —; Nakamura, T.; Kokubo, T.,;
a damage parameter for bone Kitamura, Y.: PMMA-based
Ochi, M. See Nishikori, T., 201 fatigue, 282 bioactive cement: Effect of glass
Ochi, T. See Tamai, N., 110
Piuri, D. See Mantero, S., 329 bead filler content and histological
Oh, Y.-K. See Park, J.-S., 144
Pleul, D. See Nitschke, M., 632 change with time, 225
Okano, T. See Collier, T. O., 136
Possart, W. See Velten, D., 18 Shortkroff, S. See Grottkau, B. E., 288
Okazaki, M. See Yoshioka, M., 56 Prendergast, P. J. See Murphy B. P., 646 Shyu, S.-S. See Mi, F.-L., 438
Okido, M. See Kuroda, K., 390
Pujol, J. Sierra, D. H.
Okino, H.
—; Qi, G.: Reply to Dr. Akkus’s —; Eberhardt, A. W.; Lemons, J. E.:
—; Nakayama, Y.; Tanaka, M.;
comments, 399 Failure characteristics of
Matsuda, T.: In situ hydrogelation
Puolakkainen, P. See Vuola, J., 152 multiple-component fibrin-based
of photocurable gelatin and drug
adhesives, 1
release, 233
Sigurdson, L.
Oliva, A. See Calandrelli, L., 611 Qi, G. See Pujol, J., 399
—; Carney, D. E.; Hou, Y.; Hall, L.,
Ong, J. L. Quist, W. C. See Stone, D., 160
Ill; Hard, R.; Hicks, W., Jr.; Bright,
—,; Bessho, K.; Cavin, R.; Carnes,
F. V.; Gardella, J. A., Jr.: A
D. L.: Bone response to radio
frequency sputtered calcium Raffaini, G. See Mantero, S., 329 comparative study of primary and
phosphate implants and titanium Ramirez, E. See Caudillo, M., 378 immortalized cell adhesion
implants in vivo, 184 Reaney, I. M. See Miller, C. A., 473 characteristics to modified
Orsello, G. See Calandrelli, L., 611 Reuther, H. See Pham, M. T., 254 polymer surfaces: Toward the goal
of effective re-epithelialization, 357
Oswald, S. See Pham, M. T., 254 Reuther, H. See Pham, M. T., 716
Simon, F. See Nitschke, M., 632
Richter, E. See Pham, M. T., 254
Richter, E. See Pham, M. T., 716 Sivamurthy, N. See Stone, D., 160
Pan, J. See Mustafa, K., 655 Rossi, A. See Nuno, N., 191 Skrtic, D.
Panzavolta, S. See Bigi, A., 709 Roveri, N. See Bigi, A., 709 —; Antonucci, J. M.; Eanes, E. D.;
Park, J.-S. Rubini, K. See Bigi, A., 709 Brunworth, R. T.: Silica- and
—; Oh, Y.-K.; Yoon, H.; Kim, J. M.; Rudd, C. D. See Gough, J. E., 481 zirconia-hybridized amorphous
Kim, C.-K.: In situ gelling and Ryhanen, J. See Kapanen, A., 78 calcium phosphate: Effect on
mucoadhesive polymer vehicles transformation to hydroxyapatite,
597 -
for controlled intranasal delivery
of plasmid DNA, 144 Salacinski, H. J. Smith, R. A. See Charlebois, S. J., 166
Park, K.-H. —; Tai, N. R.; Carson, R. J.; Edwards, Solen, K. A. See Hall, M. W., 528
—; Na, K.; Akaike, T.; Lee, K. C.: A.; Hamilton, G.; Seifalian, A. M.: Spector, M. See Grottkau, B. E., 288
Probe of specific interaction In vitro stability of a novel Spencer, P. See Wang, Y., 46
between a simplified synthetic compliant poly(carbonate- Spitzer, R.-S.
glycopolymer and erythrocytes as urea)urethane to oxidative and —; Perka, C.; Lindenhayn, K.; Zippel,
mediated by a glucose transporter hydrolytic stress, 207 H.: Matrix engineering for
(GLUT) on a cell membrane, 591 Santerre, J. P. See Woo, G. L. Y. , JaI osteogenic differentiation of rabbit
Park, T. G. Sasano, Y. See Kamakura, S., 29 periosteal cells using a-tricalcium
—,; Perfusion culture of hepatocytes Schaffer, J. L. See Grottkau, B. E., 288 phosphate particles in a three-
within galactose-derivatized Scharnweber, D. See Becker, D., 516 dimensional fibrin culture, 690
AUTHOR INDEX
Steiner, G. See Pham, M. T., 254 Vaananen, H. K. See Kapanen, A., 78 Woo, G. L. Y.
Steiner, G. See Pham, M. T., 716 Valentini, R. F. See Kim, H. D., 573 —; Yang, M.L.; Yin, H. Q.; Jaffer, F.;
Stern, T. See Cohn, D., 273 Valeske, B. See Velten, D., 18 Mittelman, M. W.; Santerre, J. P.:
Stone, D. van der Waerden, J. P. C. M. See Biological characterization of a
—; Phaneuf, M.; Sivamurthy, N.; Fisher, J. P., 547 novel biodegradable antimicrobial
LoGerfo, F. W.; Quist, W. C.: A Van Meerbeek, B. See Yoshioka, M., 56 polymer synthesized with
biologically active VEGF construct van Waas, M.A. J. See Blom, E. J., 265 fluoroquinolones, 35
in vitro: Implications for VandeVord, P. J. Wooley, P. H. See VandeVord, P. J., 585
bioengineering-improved —; Matthew, H. W. T.; DeSilva, S. P.; Worch, H. See Becker, D., 516
prosthetic vascular grafts, 160 Mayton, L.; Wu, B.; Wooley, P. H.: Wroblewski, J. See Mustafa, K., 655
Sun, J.-S. Evaluation of the biocompatibility Wu, B. See VandeVord, P. J., 585
—; Huang, Y.-C.; Tsuang, Y.-H.; Chen, of a chitosan scaffold in mice, 585 Wu, Y.-B. See Mi, F.-L., 438
L.-T.; Lin, F.-H.: Sintered dicalcium Vanherle, G. See Yoshioka, M., 56
pyrophosphate increases bone Vehof, J. W. M. See Fisher, J. P., 547 Yahia, L’H. See Demers, C. N., 403
mass in ovariectomized rats, 246 Velten, D. Yamamoto, A.
Sun, Y.-L. See Momose, T., 219 —-; Biehl, V.; Aubertin, F.; Valeske, B.; —; Kohyama, Y.; Hanawa, T.:
Supronowicz, P. R. Possart, W.; Breme, J.: Preparation Mutagenicity evaluation of forty-
—,; Ajayan, P. M.; Ullmann, K. R.; of TiO, layers on cp-Ti and one metal salts by the umu test, 176
Arulanandam, B. P.; Metzger, Ti6AI4V by thermal and anodic Yamashita, K. See Kobayashi, T., 595
D. W.; Bizios, R.: Novel current- oxidation and by sol-gel coating Yang, M. L. See Woo, G. L. Y., 35
conducting composite substrates techniques and their Yasunaga, Y. See Hisatome, T., 490
for exposing osteoblasts to characterization, 18 Yin, H. Q. See Woo, G. L. Y., 35
alternating current stimulation, 499 Vesentini, S. See Mantero, S., 329 Yokogawa, Y. See Zhu, P. X., 294
Suzuki, O. See Kamakura, S., 29 Vogt, A. See Pidaparti, R. M., 282 Yoon, H. See Park, J.-S., 144
Volpe, M. G. See Calandrelli, L., 611 Yoshida, Y. See Yoshioka, M., 56
Tabrizian, M. See Demers, C. N., 403 Vuola, J. Yoshikawa, H. See Tamai, N., 110
Tai, K.-W. See Huang, F.-M., 460 —,; Bohling, T.; G6ransson, H.; Yoshioka, M.
Tai, K.-W. Puolakkainen, P.: Transforming —; Yoshida, Y.; Inoue, S.; Lambrechts, P.;
—; Huang, F.-M.; Huang, M.-S.; growth factor B released from Vanherle, G.; Nomura, Y.; Okazaki,
Chang, Y.-C.: Assessment of the natural coral implant enhances M.; Shintani, H.; Van Meerbeek,
genotoxicity of resin and bone growth at calvarium of B.: Adhesion/ decalcification
zinc-oxide eugenol-based root mature rat, 152 mechanisms of acid interactions
canal sealers using an in vitro with human hard tissues, 56
mammalian test system, 73 Wang, Y.
Tai, N. R. See Salacinski, H. J., 207 —; Spencer, P.: Quantifying adhesive Zappia, V. See Calandrelli, L., 611
Takai, O. See Kuroda, K., 390 penetration in adhesive/dentin Zhang, X. D. See Feng, B., 12
Tamai, N. interface using confocal Raman Zhang, Y.
—; Myoui, A.; Tomita, T.; Nakase, T.; microspectroscopy, 46 —; Chu, C.-C.: Biodegradable
Tanaka, J.; Ochi, T.; Yoshikawa, Wang, Y. J. See Chang, S. J., 118 dextran—polylactide hydrogel
H.: Novel hydroxyapatite ceramics Webster, T. J. See Ergun, C., 305 networks: Their swelling,
with an interconnective porous Webster, T. J. morphology and the controlled
structure exhibit superior —; Ergun, C.; Doremus, R. H.; Bizios, release of indomethacin, 318
osteoconduction in vivo, 110 R.: Hydroxylapatite with substituted Zhao, C. See Momose, T., 219
Tanaka, J. See Tamai, N., 110 magnesium, zinc, cadmium, and Zhu, P. X.
Tanaka, M. See Okino, H., 233 yttrium. II. Mechanisms of —; Ishikawa, M.; Seo, W. S.; Hozumi,
Temenoff, J. S. osteoblast adhesion, 312 A.; Yokogawa, Y.; Koumoto, K.:
—,; Athanasiou, K. A.; LeBaron, R. G.; Wenzel, K.-W. See Becker, D., 516 Nucleation and growth of
Mikos, A. G.: Effect of Werner, C. See Nitschke, M., 632 hydroxyapatite on an amino
poly(ethylene glycol) molecular Williams, S. K. See Kidd, K. R., 366 organosilane overlayer, 294
weight on tensile and swelling Williams, S. K. See Kidd, K. R., 682 Ziani-Cherif, H.
properties of oligo(poly(ethylene Winblade, N. D. —; Abe, Y.; Imachi, K.; Matsuda, T.:
glycol) fumarate) hydrogels for —; Schm6kel, H.; Baumann, M.; Visible-light-induced surface graft
cartilage tissue engineering, 429 Hoffman, A. S.; Hubbell, J. A.: polymerization via camphorquinone
Thornhill, T. S. See Grottkau, B. E., 288 Sterically blocking adhesion of impregnation technique, 386
Tomita, T. See Tamai, N., 110 cells to biological surfaces with a Ziegler, J.
Tsai, Y.-H. See Mi, F.-L., 438 surface-active copolymer —; Mayr-Wohlfart, U.; Kessler, S.;
Tsuang, Y.-H. See Sun, J.-S., 246 containing poly(ethylene glycol) Breitig, D.; Giinther, K.-P.:
Tuukkanen, J. See Kapanen, A., 78 and phenylboronic acid, 618 Adsorption and release properties
Winn, S. R. See Hu, Y., 563 of growth factors from
Uchio, Y. See Nishikori, T., 201 Wixson, R. L. See Hasenwinkel, J. M., biodegradable implants, 422
Ulimann, K. R. See Supronowicz, 411 Zippel, H. See Spitzer, R.-S., 690
P.R., 499 Wolke, J. G. C. See Blom, E. J., 265 Zobitz, M. E. See Momose, T., 219
Journal of Biomedical Materials Research
Subject Index—Volume 59
Acids, 56 Bond strength, 125 Coral, 152
AD-concept, 56 Bone, 166, 282 Coral degradation, 403
Adhesion, 312 Bone cement, 191, 411, 646 Coral particles, 403
Adhesion/ decalcification concept, 56 Bone defect, 29 Corrosion resistance, 18
Adhesive, 46 Bone grafts, 340 Craniofacial bone repair, 481
Adsorption, 422 Bone mass, 246 Crosslinkers, 160
Albumin, 84, 329 Bone morphogenetic protein 2, 573 Crystallinity, 265
Alendronate, 246 Bone regeneration, 563 Culture, 201
Alginate, block copolymer, 118 Bone repair, 29 Current-conducting biomaterials
Aliphatic polyesters, 611 Bone substitute, 152 Cytokine, 605
Alkyithiol self-assembled monolayers, Bovine serum albumin, 160 Cytokines, 166, 507
84 Bupivacaine, 450 Cytotoxicity, 35, 73, 466
Alloys, 466
Amino organosilane overlayer, 294 c-fos, 460 Damage, 282
Ammonia plasma, 632 c-jun, 460 Damage accumulation, 646
Amorphous calcium phosphate, 597 Calcification, 639 Deformation, 665
Angiogenesis, 366, 682 Calcium carbonate, 152 Degradable, 481
Anodic oxidation, 18 Calcium hydroxyapatite ceramics, 11 0 Dentin, 46
Antimicrobial, 35 Calcium phosphate, 184, 390 Deposition process, 390
Antimicrobial activity, 438 Calcium phosphate cement, 265, 490 Detachment, 665
Antler, 78 Calcium-to-phosphorus ratio, 265 Dextran, 318
Apatite, 473, 535 Camphorquione, 386 Differentiation, 516
Apatite coating, 12 Canasite, 473
Doped, 312
Arthroplasty, 605 Carbide, 378 Doped ceramic, 305
Articular cartilage, 490 Carbon nanotubes, 499 Drug delivery, 349
ASTM F-75 alloy, 378 Carbonate, 697 Drug polymer, 35
Atelocollagen®, 201 Carb2o5n9a te-containing hydroxyapatite, Drug release, 318
B-tricalcium phosphate, 29 Carcinogenicity, 176
Bacteria, 35 Cardiovascular biomaterials, 100 Electrical impedance, 100
Bilayer wound dressing, 438 Cartilage, 63 Electrical stimulation, 499
Bioactive, 225 Cartilage tissue engineering, 429 Electrochemical impedance
Bioactivity, 340, 473 Catheter infection, 557 spectroscopy (EIS), 655
Biocompatibility, 118, 450, 547, 585, Cell adhesion, 357, 618 Electrostatic interaction, 294
611 Cell, matrix, 639 Embolism, 528
Biodegradable, 563 Cell-surface interaction, 84 Endothelial cells, 160
Biodegradable implants, 422 Chitosan, 438, 585 Endothelium, 366
Biodegradable polymer, 127, 535 Chondrocyte, 201 Endotoxin, 507
Enzyme, 35
Biodegradable polymers, 632, 676 Ciprofloxacin, 35
Biodegradation, 35, 152, 273, 318, 547 Coating, 219, 254 Epoxy resin, 460
Biomaterials, 160, 176, 528 Cobalt chrome alloy, 166 ePTFE, 366
Erythrocyte membrane, 100
Biomimetic coating, 535 Coefficient of friction, 191
Biomimetics, 709 Collagen type I coating, 516 Erythrocyte surface charge, 100
Erythrocytes, 591
Bioprosthesis, 639 Compliant poly(carbonate-urea)
Extracellular matrix, 366
Bioreactor, 127 urethane, 207
Biphasic hydrogel, 429 Composite, 282
Bisphenol A diglyether, 73 Composites, 709 Fatigue, 282, 411, 646
Block copolymer, 273 Compression strength, 110, 265 Fibrin, 1, 690
BMP-3b, 78 Controlled release, 450 Fibroblast, necrosis, 605
Journal of Biomedical Materials Research, Vol. 59, 731-733 (2002)
SUBJECT INDEX
Fibronectin, 84, 665 lonic substitution, 305 Poly(ethylene oxide), 273
Flexor tendon, 219 Isothermal microcalorimetry, 166 Poly(3-hydroxybutyrate), 632
Fluorescence intensity, 591 Poly(lactide-co-glycolide), 349
Fluoropolymer, 357 Kinetics, 378 Poly(methyl methacrylate) (PMMA),
Foam, 340 411
Foam-gel technique, 110 Local drug delivery, 233 Poly(propylene fumarate), 547
Foreign body giant cell (FBGC) Location, 466 Polyactive® 1000/70/30, 535
formation, 136 Polyethylene glycol, 618
Formaldehyde, 73, 460 Macrophage, 166, 288, 481 Polyethylene glycol (PEG), 118
Fracture mechanics, 1 Macrophage adhesions, 136 Polylactide, 318
Fracture toughness, 411 Macrophages, 507 Polymer network, 318
Matrix, 690 Polymer scaffolds, 547
Galactose, 127 Mechanical properties, 1 Polymerase chain reaction (PCR), 557
Gas foaming, 349 Mechanical property, 225 Polymeric implants, 682
Gelatin sponges, 709 Mechanical strain, 288 Polymethyl methacrylate (PMMA),
Genotoxicity, 73, 176 Metal, 466 225
Glass, 225 — Metal debris, 605 Polymethylmethacrylate, 490, 646
Glass—ceramic, 473 Metal ions, 176 Polyurethane, 35, 273
Gliding resistance, 219 Mice, 585 Porosity, 646
Glucose transporter, 591 Microcapsules, 118 Porous ceramics, 340
Glutaraldehyde, 639 Microstructure, 265, 305 Porous scaffolds, 676
Glycopolymer, 591 Miner’s law, 646 Postsurgical adhesions, 618
Graft copolymer, 618 Mineralization, 516 pQcT, 78
Growth, 294 Molecular mechanics, 329 Precalcification, 12
Growth factor delivery system, 403 Molecular modeling, 329 Precipitation, 390
Growth factors, 422 Monocytes, 136 Primary cells, 357
Morphology, 318 Prolonged duration local anesthesia,
Heat treatment, 184 Mucoadhesive polymers, 144 450
Heat-treatment, 12 Prostaglandin, 288
Heparin coating, 528 Nasal absorption, 144 Protein adsorption, 329, 403
Hepatocytes, 127 Natural hydroxyapatite, 611 Protooncogene, 460
Heterotopic bone formation, 78 Neovascularization, 682 PVA, 357
Histology, 184 Nonviral DNA, 349 Pyrolytic carbon, 329
Homogeneous and heterogeneous Nuclear factor kappa B, 507
nucleation, 294 Nucleation, 716 Rabbit cranial defect model, 547
Human hard tissues, 56 Radial-flow chamber, 665
Human osteoblasts, 611 Octacalcium phosphate, 29 Raman spectroscopy, 46
Hyaluronic acid, 219, 573 Orthopedic implants, 254 Recombinant human transforming
Hybridization, 597 Osteoblast, 84, 312, 481, 516 growth factor-B1 (rhTGF-B1), 265
Hydrogel, 233, 318 Osteoblast functions, 499 Reindeer, 78
Hydrogel material properties, 429 Osteoblasts, 655 Release, 265, 422
Hydrogels, 63 Osteoconduction, 110 Residual monomer, 411
Hydrolytic, oxidative, peroxidative, Osteoconductivity, 225 Root canal sealer, 73
and plasma-fraction-led Osteolysis, 166 Root-canal sealer, 460
degradation, 207 Osteoporosis, 246
Hydroxyapatite, 29, 56, 254, 294, 697, Ovariectomy, 246 Scaffold, 573
709, 716 Scaffolds, 563
Hydroxylapatite, 305, 312 Particulates, 166 Sciatic nerve, 450
Hydroxypatite, 390 Periosteal cells, 690 Setting time, 265
Hypothermia, 528 Phagocytosis, 288 Silica, 597
Phase separation, 563 Silica-rich layer, 259
ica locus, 557 Phenylboronic acid, 618 Silver sulfadiazine, 438
Immune response, 585 Photocrosslinking, 318 Simulated body fluid, 259, 473
Implantation, 585 Photopolymerization, 63 Sintered dicalcium pyrophosphate,
In situ gelling, 144 Photoreactive gelatin, 233 246
In situ polymerizable hydrogel, 429 Plasma spraying, 259 Sintering, 697
Indomethacin, 318 Plasmid DNA, 144 Slime, 557
Inflammation, 450 Pluripotent stem cell, 573 Sodium phosphate glass, 481
Inflammatory response, 166 Poly(a-hydroxy acid), 563 Sol-gel process, 18
Interconnected pore, 110 Poly(caprolactone), 273 Solution treatment, 378
Interface, 46 Poly(ethylene glycol), 63, 273 SOS response, 176
Ion implantation, 254, 716 Poly(ethylene glycol) (PEG), 429 Specific interaction, 591
SUBJECT INDEX
Sputter coatings, 184 Ti-6Al-4V alloy, 191 Vascular grafts, 207
Staphylococcus epidermidis, 557 Tissue adhesive, 1 VEGF, 160
Stiffness, 282 Tissue engineering, 63, 219, 340, 349, Viscoelasticity, 207
Subcellular, 466 357, 547, 585, 632, 676, 690 Visible-light irradiation, 922323
Subchondral replacement, 490 Tissue responses, 682
Surface chemistry, 84 Titanium, 12, 166, 254, 655, 716
Wear debris, 507
Surface modification, 127, 632 Titanium alloy, 516
Wollastonite coating, 259
Surface photograft polymerization Titanium oxide layer, 18
Wound infection, 438
technique, 386 TKA, 191
Surface roughness, 655 Transforming growth factor B, 152
Swelling, 318 Transforming growth factor beta 1, X-ray photoelectron spectroscopy, 386
Synthetic bone graft, 697 403 X-ray photoelectron spectroscopy
Transplantation, 201 (XPS), 655
Temperature-responsive surfaces, 136 Tricalcium phosphate, 690
Test methods, 1
Yttrium, 305, 312
THA, 191 UHMWPE, 166
Thermal oxidation, 18 Ultimate interfacial strength, 184
Thermal substrate method, 390 Ultrasound, 201 Zirconia, 597