Journal of Biomedical Materials Research 1999: Vol 44 Index

9 Pages·1999·1.7 MB·English

Journal of Biomedical Materials Research
Author Index—Volume 44
Acarturk, T. O. Cansell, M. Dohi, Y. See Ohgushi, H., 381
—; Peel, M. M.; Petrosko, P.; —; Parisel, C.; Jozefonvicz, J.; Downes, S. See McFarland, C. D., 1
LaFramboise, W.; Johnson, P. C.; Letourneur, D.: Liposomes coated Dua, C.
DiMilla, P. A.: Control of with chemically modified dextran —; Cui, F. Z.; Zhu, X. D.; de Groot,
attachment, morphology, and interact with human endothelial K.: Three-dimensional
proliferation of skeletal myoblasts cells, 140 nano-HAp/collagen matrix
on silanized glas Caruelle, J.-P. See Blanquaert, F., 63 loading with osteogenic cells in
Agrawal, C. M. See Wang, X., 456 Carvalho, G. S. See Morais, S., 176 organ culture, 407
Ahola, M. See Kortesuo, P., 162 Chen, J. Dupuy, B. See Fabre, T., 429
Albrecht, W. See Groth, T., 341 —,; Park, H.; Park, K.: Synthesis of Durandeau, A. See Fabre, T., 429
Altankov, G. See Groth, T., 341 superporous hydrogels: Hydrogels
Anderson, J. M. See DeFife, K. M., with fast swelling and
298 superabsorbent properties, 53 Engbers, G. H. M. See Bos, G. W.,
—; See Jenney, C. R., 206 Chignier, E. See Guidollet, J., 156 330
—; See Yun, J. K., 87 Clapper, D. L. See DeFife, K. M., 298 Evans, N. D. See Roy, M. E., 191
Askendal, A. See Kalltorp, M., 222 Couillaud, S. See Toquet, J., 98 Evans, P. See Zreigat, H., 389
Cui, F. Z. See Du, C., 407
Balasubramanian, V. Fabre, T.
—; Grusin, N. K.; Bucher, R. W.; Daculsi, G. See Toquet, J., 98 —; Belloc, F.; Dupuy, B.; Schappacher,
Turitto, V. T.; Slack, S. M.: Dalton, B. A. See McFarland, C. D., 1 M.; Soum, A.; Bertrand-Barat, J.;
Residence-time dependent changes de Chalain, T. Baquey, C.; Durandeau, A..:
in fibrinogen adsorbed to —; Phillips, J. H.; Hinek, A.: Polymorphonuclear cell apoptosis
polymeric biomaterials, 253 Bioengineering of elastic cartilage in exudates generated by
Baquey, C. See Fabre, T., 429 with aggregated porcine and polymers, 429
Barritault, D. See Blanquaert, F., 63 human auricular chondrocytes and Feijen, J. See Bos, G. W., 330
Belloc, F. See Fabre, T., 429 hydrogels containing alginate, Felder III, G. See Wu, L., 371
Bertrand-Barat, J. See Fabre, T., 429 collagen, and «-elastin, 280 Fernandes, M. H. See Morais, S., 176
Best, S. M. See Gibson, I. R., 422 de Groot, K. See Du, C., 407
Beugeling, T. See Bos, G. W., 330 DeFife, K. M.
Blanquaert, F. —-; Shive, M. S.; Hagen, K. M.; Garner, B.
—,; Barritault, D.; Caruelle, J.-P.: Clapper, D. L.; Anderson, J. M.: —; Georgevich, A.; Hodgson, A. J.;
Effects of heparan-like polymers Effects of photochemically Liu, L.; Wallace, G. G.:
associated with growth factors on immobilized polymer coatings on Polypyrrole-heparin composites as
osteoblast proliferation and protein adsorption, cell adhesion, stimulus-responsive substrates for
phenotype expression, 63 and the foreign body reaction to endothelial cell growth, 121
Bonfield, W. See Gibson, I. R., 422 silicone rubber, 298 Gayet, O. See Guidollet, J., 156
Bonneaux, F. See Zambaux, M. F., 109 Dellacherie, E. See Zambaux, M. F., Georgevich, A. See Garner, B., 121
Bos, G. W. 109 Geurtsen, W.
—; Scharenborg, N. M.; Poot, A. A.; Dias, N. See Morais, S., 176 —; Spahl, W.; Leyhausen, G.:
Engbers, G. H. M.; Beugeling, T.; DiMilla, P. A. See Acarturk, T. O., Variability of cytotoxicity and
van Aken, W. G.; Feijen, J.: 355 leaching of substances from four
Proliferation of endothelial cells Ding, S.-J. light-curing pit and fissure
on surface-immobilized —; Ju, C.-P.; Lin, J.-H. C.: sealants, 73
albumin-heparin conjugate loaded Characterization of hydroxyapatite Gibson, I. R.
with basic fibroblast growth factor, and titanium coatings sputtered on —,; Best, S. M.; Bonfield, W.: Chemical
330 Ti-6AI-4V substrate, 266 characterization of
Bucher, R. W. See Balasubramanian, Dinh, S. M. See Variankaval, N. E., silicon-substituted hydroxyapatite,
Vip nO 397 422
Journal of Biomedical Materials Research, Vol. 44, 462-465 (1999)
Journal of Biomedical Materials Research
Author Index—Volume 44
Acarturk, T. O. Cansell, M. Dohi, Y. See Ohgushi, H., 381
—; Peel, M. M.; Petrosko, P.; —; Parisel, C.; Jozefonvicz, J.; Downes, S. See McFarland, C. D., 1
LaFramboise, W.; Johnson, P. C.; Letourneur, D.: Liposomes coated Dua, C.
DiMilla, P. A.: Control of with chemically modified dextran —; Cui, F. Z.; Zhu, X. D.; de Groot,
attachment, morphology, and interact with human endothelial K.: Three-dimensional
proliferation of skeletal myoblasts cells, 140 nano-HAp/collagen matrix
on silanized glas Caruelle, J.-P. See Blanquaert, F., 63 loading with osteogenic cells in
Agrawal, C. M. See Wang, X., 456 Carvalho, G. S. See Morais, S., 176 organ culture, 407
Ahola, M. See Kortesuo, P., 162 Chen, J. Dupuy, B. See Fabre, T., 429
Albrecht, W. See Groth, T., 341 —,; Park, H.; Park, K.: Synthesis of Durandeau, A. See Fabre, T., 429
Altankov, G. See Groth, T., 341 superporous hydrogels: Hydrogels
Anderson, J. M. See DeFife, K. M., with fast swelling and
298 superabsorbent properties, 53 Engbers, G. H. M. See Bos, G. W.,
—; See Jenney, C. R., 206 Chignier, E. See Guidollet, J., 156 330
—; See Yun, J. K., 87 Clapper, D. L. See DeFife, K. M., 298 Evans, N. D. See Roy, M. E., 191
Askendal, A. See Kalltorp, M., 222 Couillaud, S. See Toquet, J., 98 Evans, P. See Zreigat, H., 389
Cui, F. Z. See Du, C., 407
Balasubramanian, V. Fabre, T.
—; Grusin, N. K.; Bucher, R. W.; Daculsi, G. See Toquet, J., 98 —; Belloc, F.; Dupuy, B.; Schappacher,
Turitto, V. T.; Slack, S. M.: Dalton, B. A. See McFarland, C. D., 1 M.; Soum, A.; Bertrand-Barat, J.;
Residence-time dependent changes de Chalain, T. Baquey, C.; Durandeau, A..:
in fibrinogen adsorbed to —; Phillips, J. H.; Hinek, A.: Polymorphonuclear cell apoptosis
polymeric biomaterials, 253 Bioengineering of elastic cartilage in exudates generated by
Baquey, C. See Fabre, T., 429 with aggregated porcine and polymers, 429
Barritault, D. See Blanquaert, F., 63 human auricular chondrocytes and Feijen, J. See Bos, G. W., 330
Belloc, F. See Fabre, T., 429 hydrogels containing alginate, Felder III, G. See Wu, L., 371
Bertrand-Barat, J. See Fabre, T., 429 collagen, and «-elastin, 280 Fernandes, M. H. See Morais, S., 176
Best, S. M. See Gibson, I. R., 422 de Groot, K. See Du, C., 407
Beugeling, T. See Bos, G. W., 330 DeFife, K. M.
Blanquaert, F. —-; Shive, M. S.; Hagen, K. M.; Garner, B.
—,; Barritault, D.; Caruelle, J.-P.: Clapper, D. L.; Anderson, J. M.: —; Georgevich, A.; Hodgson, A. J.;
Effects of heparan-like polymers Effects of photochemically Liu, L.; Wallace, G. G.:
associated with growth factors on immobilized polymer coatings on Polypyrrole-heparin composites as
osteoblast proliferation and protein adsorption, cell adhesion, stimulus-responsive substrates for
phenotype expression, 63 and the foreign body reaction to endothelial cell growth, 121
Bonfield, W. See Gibson, I. R., 422 silicone rubber, 298 Gayet, O. See Guidollet, J., 156
Bonneaux, F. See Zambaux, M. F., 109 Dellacherie, E. See Zambaux, M. F., Georgevich, A. See Garner, B., 121
Bos, G. W. 109 Geurtsen, W.
—; Scharenborg, N. M.; Poot, A. A.; Dias, N. See Morais, S., 176 —; Spahl, W.; Leyhausen, G.:
Engbers, G. H. M.; Beugeling, T.; DiMilla, P. A. See Acarturk, T. O., Variability of cytotoxicity and
van Aken, W. G.; Feijen, J.: 355 leaching of substances from four
Proliferation of endothelial cells Ding, S.-J. light-curing pit and fissure
on surface-immobilized —; Ju, C.-P.; Lin, J.-H. C.: sealants, 73
albumin-heparin conjugate loaded Characterization of hydroxyapatite Gibson, I. R.
with basic fibroblast growth factor, and titanium coatings sputtered on —,; Best, S. M.; Bonfield, W.: Chemical
330 Ti-6AI-4V substrate, 266 characterization of
Bucher, R. W. See Balasubramanian, Dinh, S. M. See Variankaval, N. E., silicon-substituted hydroxyapatite,
Vip nO 397 422
Journal of Biomedical Materials Research, Vol. 44, 462-465 (1999)
AUTHOR INDEX
Gorbet, M. B. Effects of neutral sodium Letourneur, D. See Cansell, M., 140
—; Yeo, E. L.; Sefton, M. V.: Flow hydrogen phosphate on setting Levanen, E. See Peltola, T., 12
cytometric study of in vitro reaction and mechanical strength Leyhausen, G. See Geurtsen, W., 73
neutrophil activation by of hydroxyapatite putty, 322 Lin, J.-H. C. See Ding, S.-]
biomaterials, 289 Iwaki, H. See Oonishi, H., 31 Lindenhayn, K.
Gref, R. See Zambaux, M. F., 109 —; Perka,C -, SOppiittzzeerr,. RIx -S.; Heil
Groth, T. H.-H.; Pommerening, K.;
—; Altankov, G.; Kostadinova, A.; Jacob, K. I. See Variankaval, N. E., Mennicke, J.; Sittinger, M
Krasteva, N.; Albrecht, W.; Paul, 397 Rentention of hyaluronic acid in
D.: Altered vitronectin receptor alginate beads: Aspects for in
Jenney, C. R.
(ay integrin) function in fibroblasts cartilage engineering, 149°
—; Anderson, J. M.: Effects of
adhering on hydrophobic glass, surface-coupled polyethylene Liu, L. See Garner, B., 1 ai7l 1
341 Lofgren, P. See Lausmaa, J., 227
oxide on human macrophage
Grunkemeier, J. M. See Tsai, W.-B., Louisot, P. See Guidollet, J., 156
adhesion and foreign body giant
130
cell formation in vitro, 206
Grusin, N. K. See Balasubramanian,
Johnson, P. C. See Acarturk, T. O.,
Vi7 2530 5e-r
Guicheux, J. See Toquet, J., 98 995 Ma, P. X.
Jokinen, M. See Peltola, T., 12
Guidollet, J. —; Langer, R.: Morphology and
Jozefonvicz, J. See Cansell, M., 140
—; Chignier, E.; Pillot, R.; Gayet, O.; Ju, C.-P. See Ding, S.-J., 266 mechanical function of long-term
MacGregor, J.; Louisot, P.: itro engineered cartila
Enhanced expression of P-selectin —; See Zhang, R., 446
(CD62P) by endothelial cells MacGregor, J. See Guidollet, ]
seeded onto synthetic arterial Kalltorp, M. Matsuda, N. See Ohura, K., 168
prostheses (PET, Dacron®) is —; Askendal, A.; Thomsen, P.; Matsumura, T. See Ishikawa, K
correlated with leukocyte Tengvall, P.: Ellipsometric studies Mayer, S. See McFarland, C. D
interactions, 156 in vitro on kinetics of rat McFarland, C. D.
complement activation, 222 —; Mayer, S.; Scotchford, C
Kangasniemi, I. See Kortesuo, P., 162 B. A.; Steele, J. G.; Down
—; See Peltola, T., 12 Attachment of cultured hun
Hagen, K. M. See DeFife, K. M., 298 Karikusa, F. See Yamato, M., 44 bone cells to novel polymers
Hallé, J.-P. See Robitaille, R., 116 Karlsson, S. See Kortesuo, P., 162 Mennicke, J. See Lindenhayn, K
Hamanishi, C. See Ohura, K., 168 Kasemo, B. See Lausmaa, J., 227 Merritt, K.
Hanawa, T. Kiesvaara, J. See Kortesuo, P., 162 —; Hitchins, V. M.; Neale, A. R
—; Reply to Howlett’s ‘Early bone Kikuchi, A. See Yamato, M., 44 Tissue colonization from
formation around Kim, P. See Peter, S. ] 14 implantable biomaterials with low
calcium-ion-implanted t1i tanium Koerten, H. K. numbers of bacteria, 261
inserted into rat tibia,”’ o~s 35 yy Mikos, A. G. See Peter, S. J
Hatzigiannis, G. P. See Orr, T. E., 308 calcium phosphate ceramics, 78 Minas, T. See Orr, T. E., 30
Heilmann, H.-H. See Lindenhayn, K., Kortesuo, P. Miyamoto, Y. See Ishikawa
149 —; Ahola, M.; :K arlsson, S.; Morais, S.
Helsen, J. A. See Schrooten, J., 243 Kangasniemi, |.; Kiesvaara, J.; —; Dias, N.; Sousa, J. T|t
Hench, L. L. See Oonishi, H., 31 Yli-Urpo, A.: Sol-gel-processed M. H.; Carvalho, G. S.:
Heymann, D. See Toquet, J., 98 sintered silica xerogel as a carrier osteoblastic differentiation of
Hinek, A. See de Chalain, T., 280 in controlled drug delivery, 162 human bone marrow cells in the
Hitchins, V. M. See Merritt, K., 261 Kostadinova, A. See Groth, T., 341 pI resence of metal ions, 176
Hodgson, A. J. See Garner, B., 121 Krasteva, N. See Groth, T., 341
Horbett, T. A. See Tsai, W.-B., 130 Kushitani, S. See Oonishi, H., 31
Howlett, C. R.
—; Early bone formation around Nagayama, M. See Ishikawa, K., 239292
calcium-ion-implanted titanium Nakajima, H. See Ohgushi, H., 381
inserted into rat tibia, 352 LaFramboise, W. See Acarturk, T. O., Neale, A. R. See Merritt, K., 261
355
—; See Zreigqat, H., 389 Nishimoto, S.-i. See Sato, H., 22
Lamoureux, M. See Robitaille, R., 116
Langer, R. See Ma, P. X., 217
Lausmaa, J.
Ikeda, S. See Sato, H., 22 —,; Léfgren, P.; Kasemo, B.: Ohgushi, H.
Ikemoto, N. See Sato, H., Adsorption and coadsorption of —; Yoshikawa, T.; Nakajima, H.;
Ishikawa, J. See Sato, H., water and glycine on TiOQ,, 227 Tamai, S.; Dohi, Y.; Okunaga, K.:
Ishikawa, K. Leblond, F. A. See Robitaille, R., 116 \l,0, doped apatite-wollastonite
—; Miyamoto, Y.; Takechi, M.; LeGeros, R. Z. See Vallet-Regi, M., containing glass ceramic provokes
Ueyama, Y.; Suzuki, K.; 416 osteogenic differentiation of
Nagayama, M.; Matsumura, T.: Lepage, Y. See Robitaille, R., 116 marrow stromal stem cells, 381
AUTHOR INDEX
Ohura, K. Pommerening, K. See Lindenhayn, Soum, A. See Fabre, T., 429
—; Hamanishi, C.; Tanaka, S.; K., 149 Sousa, J. P. See Morais, S., 176
Matsuda, N.: Healing of segmental Poot, A. A. See Bos, G. W., 330 Spahl, W. See Geurtsen, W., 73
bone defects in rats induced by a Spector, M. See Orr, T. E., 308
8B-TCP-MCPM cement combined Spitzer, R.-S. See Lindenhayn, K., 149
with rhBMP-2, 168 Qian, Z. Steele, J. G. See McFarland, C. D., 1
Okano, T. See Yamato, M., 44 —,; Sagers, R. D.; Pitt, W. G.: Sugihara, F. See Oonishi, H., 31
Investigation of the mechanism of Suzuki, K. See Ishikawa, K., 322
Okuhara, M. See Yamato, M., 44
the bioacoustic effect, 198
Okunaga, K. See Ohgushi, H., 381
Oldfield, F. F.
Takechi, M. See Ishikawa, K., 322
—; Yasuda, H. K.: ESR study of MMA Ragel, C. V. See Vallet-Regi, M., 416 Tamai, S. See Ohgushi, H., 381
polymerization of peroxide /amine Rahiala, H. See Peltola, T., 12 Tanaka, S. See Ohura, K., 168
system: Bone cement formation, Tengvall, P. See Kalltorp, M., 222
Rho, J.-Y. See Roy, M. E., 191
436 Thomsen, P. See Kalltorp, M., 222
Robitaille, R.
Oonishi, H. —; Pariseau, J.-F.; Leblond, F. A.; Toquet, J.
—; Hench, L. L.; Wilson, J.; Sugihara, Lamoureux, M.; Lepage, Y.; Hallé, —; Rohanizadeh, R.; Guicheux, J.;
F.; Tsuji, E.; Kushitani, S.; Iwaki, Couillaud, S.; Passuti, N.; Daculsi,
J.-P.: Technical note: Studies on
H.: Comparative bone growth G.; Heymann, D.: Osteogenic
small (<350 jm)
behavior in granules of bioceramic alginate-poly-L-lysine potential in vitro of human bone
materials of various sizes, 31 microcapsules. III. Biocompatibility marrow cells cultured on
Orr, T. E. of smaller versus standard macroporous biphasic calcium
—; Patel, A. M.; Wong, B.; microcapsules, 116 phosphate ceramic, 98
Hatzigiannis, G. P.; Minas, T.; Rohanizadeh, R. See Toquet, J., 98 Tsai, W.-B.
Spector, M.: Attachment of Romero, A. M. See Vallet-Regi, M., —; Grunkemeier, J. M.; Horbett, T. A.:
periosteal grafts to articular Human plasma fibrinogen
416
cartilage with fibrin sealant, 308 Rosenberg, G. See Wu, L., 371 adsorption and platelet adhesion
to polystyrene, 130
Rosenholm, J. B. See Peltola, T., 12
Roy, M. E. ‘Tsut,¥. Y¥. See) Roy, M:. E; 191
—; Rho, J.-Y.; Tsui, T. Y.; Evans, Tsuji, E. See Oonishi, H., 31
Pariseau, J.-F. See Robitaille, R. N. D.; Pharr, G. M.: Mechanical Tsuji, H. See Sato, H., 22
Parisel, C. See Cansell, M., 140 and morphological variation of the Turitto, V. T. See Balasubramanian,
Park, H. See Chen, J., 53 Vi, 2535
Park, K. See Chen, J., 5 ~3 , human lumbar vertebral cortical
and trabecular bone, 191
Passuti, N. See Toquet, J., 98
Rubash, H. E. See Wang, X., 456
Patel, A. M. See Orr, T. E., 308 Ueyama, Y. See Ishikawa, K., 322
Runt, J. See Wu, L., 371
Paul, D. See Groth, T., 341
Peel, M. M. See Acarturk, T. O., ‘
Peltola, T. Vallet-Regi, M.
Sagers, R. D. See Qian, Z., 198 —; Romero, A. M.; Ragel, C. V.;
—; Jokinen, M.; Rahiala, H.; Levanen,
Sakurai, Y. See Yamato, M., 44 LeGeros, R. Z.: XRD, SEM-EDS,
E.; Rosenholm, J. B.; Kangasniemi,
Sato, H. and FTIR studies of in vitro
[.; Yli-Urpo, A.: Calcium
—; Tsuji, H.; Ikeda, S.; Ikemoto, N.; growth of an apatite-like layer on
phosphate formation on porous
Ishikawa, J.; Nishimoto, S.-i.: sol-gel glasses, 416
sol-gel-derived SiO, and
CaO-P,O.-SiO, substrates in vitro, Enhanced growth of human van Aken, W. G. See Bos, G. W., 330
vascular endothelial cells on van der Meulen, J. See Koerten,
12
negative ion (Ag )-implanted H.K.;.78
Perka, C. See Lindenhayn, K., 149 hydrophobic surfaces, 22 Van Oosterwyck, H. See Schrooten,
Peter, S. J. Schappacher, M. See Fabre, T., 429 J., 243
—; Kim, P.; Yasko, A. W.; Yaszemski, Scharenborg, N. M. See Bos, G. W., Vander Sloten, J. See Schrooten, J.,
M. J.; Mikos, A. G.: Crosslinking
330 243
characteristics of an injectable Schrooten, J. Variankaval, N. E.
poly(propylene fumarate)/ —,; Van Oosterwyck, H.; Vander
—; Jacob, K. I.; Dinh, S. M.:
B-tricalcium phosphate paste and Sloten, J.; Helsen, J. A.: Adhesion Crystallization of 6-estradiol in an
mechanical properties of the of new bioactive glass coating, 243 acrylic transdermal drug delivery
crosslinked composite for use Scotchford, C. See McFarland, C. D., 1 system, 397
as a biodegradable bone cement, Sefton, M. V. See Gorbet, M. B., 289 Vigneron, C. See Zambaux, M. F., 109
314 Shanbhag, A. S. See Wang, X., 456
Petrosko, P. See Acarturk, T. O., 355 Shive, M. S. See DeFife, K. M., 298
Pharr, G. M. See Roy, M. E., 191 Sittinger, M. See Lindenhayn, K., 149 Wallace, G. G. See Garner, B., 121
Phillips, J. H. See de Chalain, T., 280 Slack, S. M. See Balasubramanian, V., Wang, X.
Pillot, R. See Guidollet, J., 156 253 —; Shanbhag, A. S.; Rubash, H. E.;
Pitt, W. G. See Qian, Z., 198 Snyder, A. J. See Wu, L., 371 Agrawal, C. M.: Short-term effects
AUTHOR INDEX
of bisphosphonates on the cytoskeletal reorganization are Zambaux, M. F.
biomechanical properties of canine required for cell detachment from —; Bonneaux, F.; Gref, R.; Vriehialttasc neria e
bone, 456 cell culture surfaces grafted with a E.; Vigneron, C.: MPEO-PI A+
Weisberg, D. M. See Wu, L., 371 temperature-responsi\ e polymer, nanoparticles: Effect of MPEO
Wilson, J. See Oonishi, H., 31 44 content on some of their
Wong, B. See Orr, T. E., 308 Yasko, A. W. See Peter : properties, 109
Wu; E. Yasuda, H. K. See Oldfield, f Zhang, R.
—; Weisberg, D. M.; Runt, J.; Felder Yaszemski, M. J. See Peter, S. J., —; Ma, P. X. Poly(a-hy droxyl
Ill, G.; Snyder, A. J.; Rosenberg, Yeo, E. L. See Gorbet, M. B., 2 acids) /hydroxyapatite por
Yli-Urpo, A. See Kortesuo, P., 162 composites for bone-tissue
G.: An investigation of the in v
stability of poly(ether —; See Peltola, T 12 engineering. I. Preparation
Yoshikawa, T. See Ohgushi, H., 381 morphology, 446
urethaneurea) blood sacs, 371
Yun, J. K. Zhu, X. D. See Du, C., 4
—; Anderson, J. M.; Ziats, N. P.: Ziats, N. P. See Yun, J. K., 8
Cyclic-strain-induced endothelial Zreiqat, H.
Yamato, M. cell expression of adhesion —; Evans, P.; Howlett, C. R
—; Okuhara, M.; Karikusa, | molecules and their roles in surface chemical modificati
Kikuchi, A.; Sakurai, Y.; Okano, T. monocyte—endothelial interaction, bioceramik onmn pphheennoottyvppee
Signal transduction and o }n umarann |b done-ddeerr ivea 4 cel,l
Journal of Biomedical Materials Research
Subject Index—Volume 44
a,, integrin, 341 Cell detachment, 44 Foreign body giant cell, 206
Actin, 341 Cell-substrate interactions, 206 Fracture toughness, 456
Actin filament, 44 Ceramic, 78 Free radical, 436
Activation, 222 Coating, 243 Freeze-drying, 109
Adhesion molecules, 87, 156 Collagen, 280
Adhesion test, 243 Complement, 222 Gene expression, 381
Adsorption, 227 Complement consumption, 109 Glass ceramic, 381
Afibrinogenemic plasma, 130 Composite, 446
Ag” implantation, 22 Contact angle, 22 Hardness, 191
Albumin-heparin conjugate, 330 Convolving method, 407 Heparan-like molecules, 63
Alendronate, 456 Crystallization, 397 Heparin-binding growth factors, 63
Alginate, 149, 280 Cyclic strain, 87 Human bone-derived cells, 389
Alumina, 381 Cytotoxicity, 73 Human bone marrow, 98
Anti-P-selectin blocking MAb, 156
Human endothelial cells, 121, 140
Antibiotics, 198 Degradation, 78, 371 Human osteoblast-like cells, 176
Antibody, 253 Derivatized dextrans, 140 Hyaluronic acid, 149
Apatite-like layer, 416
Dextran coating, 140 Hybrid bone, 98
Apoptosis, 429 Differentiation, 176 Hydrogel, 53
Artificial heart, 371 DNA synthesis, 63 Hydroxyapatite, 31, 266, 322, 422, 446
Drug delivery, 162 Hydroxyapatite putty, 322
B-TCP-MCPM cement, 168
Bacterial biofilms, 198 Elastic modulus, 191 IgG, 222
Basic fibroblast growth factor (bFGF), Elastin, 280 Implantable, 162
330 Electroactive polymers, 121 Implanted medical devices, 198
Bioacoustic effect, 198 Electron microscopy, 78 in situ polymerizable, 314
Bioactive glass, 243 Ellipsometry, 222 in vitro bioactivity, 12, 416
Bioceramic, 422 Endocytosis, 140 in vitro neutrophil activation, 289
Bioceramics, 31 Endothelial cell, 44 in vivo study, 371
Biocompatibility, 116 Endothelial cell seeding, 330 Infection, 261
Bioglass®, 31 Endothelial cells, 87 Inflammatory reaction in vivo, 429
Biomaterial, 78, 98 Endothelial seeding, 156 IR, 397
Biomaterials, 289, 341, 355 Engineering of elastic cartilage, 280 Isolated chondrocytes, 280
Biomechanics, 308 ESR, 436 Isopropylacrylamide, 44
Bioresorbable cement, 168 Exudates, 429
Bisphenol-A, 73 Kinetics, 222
Bone, 446, 456
Fibrin, 149
Bone cell, 1 Fibrin sealant, 308 LDH method, 130
Bone cement, 1, 436 Fibrinogen, 253 Leaching, 73
Bone growth, 31 Fibrinogen adsorption, 130 Leukocyte adhesion, 156
Bone tissue engineering, 314 Fibroblast and leukocyte adhesion, Liposomes, 140
298
Ca-P ceramic, 98 Fibronectin, 1 Macrophage, 206
Calcium phosphate, 78 Fibrosis, 116 Magnesium, 389
Calcium phosphates, 31 Fibrous encapsulation, 298 Marrow cell, 381
Capillary action, 53 Finite element analysis, 243 Mechanical property, 217
Cartilage, 149, 217, 308 Fissure sealants, 73 Mechanical strength, 322
Cell aggregation, 280 Flow cytometry, 289 Mesenchymal stem cells, 98
Cell attachment, 1 Foam, 53 Metal ions, 176
Journal of Biomedical Materials Research, Vol. 44, 466-467 (1999)
SUBJECT INDEX
Microcapsule size, 116 Poly(methyl methacrylate), 436 Superabsorbent, 53
Microencapsulation, 116 Poly(propylene fumarate), 314 Superporous hydrogels, 53
Microstructure, 266 ’oly(urethaneurea), 371 Surface area, 12
Monocytes, 87 Polyethylene oxide, 206 Surface chemistry, 371
Monofilament, 261
Poly mer scaffold, 217, 446 Surface chemistry modification,
Monomethoxypoly(ethylene -olymers, 253 Surface density, 109
oxyde)-poly(lactic acid), 109 olypyrrole heparin, 121 Surface modification
Morphology, 217 -olystyrene, 22, 130 Swelling kinetics, 53
Mouse, 78 Pore volume, 12
MRNA, 389 Protein, 389 CP SI
Multifilament, 261 rotein adsorption, 298 Tertiary aromatic amine, 436
Myoblasts, 355 Thermal desorption spectroscopy
TiO,, 227
Raman microscopy, 397
Nano-HAp/collagen composite, 407 Xat, 222 Tissue compatibility, 2A3441
Nanoindentation, 191 Recombinant human bone Tissue culture, 381
NNeauntor2p9aa9lr tiscoldeis,u m 10h9y drogen phosphate, Resimdoernpceh ogtei5n mee,t ic25 3 pft rotein-2, 168 TTiissssuuL ee edinsgtit rniebeurtiinogn,, 112612, 14
Tissue engineering of bone
> Resorbable, 31
Tissue reaction, 162
Nov el, 422
Self-assembled monolayers, 355 Titanium, 266
Optical microscopy, 397 Setting reaction, 322 Toremifene, 162
Organ culture, 407 Shear strength, 308 Trabecular bone, 191
Orthopedic biomaterial, 314 Silicon, 422 Transdermal drug delivery
Orthopedics, l Silicone rubber, 298 Transplantation, 116
Osteoblast, 1, 63 Silver negative ions, 22 [yrosine phosphorylation
Osteogenic potential, 98 SiO,-CaO-P,O; system, 416
UHMWPE, 456
Osteolysis, 456 Small-diameter vascular grafts, 330
Ultrasound, 198
Smart biomaterials, 1‘271 Unsaturated linear polyester
P-selectin (CD62P), 156
Sol-gel, 12
Particulate, 31 Sol-gel glasses, 416 Vascular endothelial cells
Periosteal graft, 308 Sol-gel-processed silica xerogel, Vascular prostheses, 1
pH, 78 Solubility, 12 Vertebral cortical shel
Phenotype expression, 63 Sputtering, 266 Vitronectin, 11, 9 + 341
Photochemical immobilization, 298 Stability, 330
Water, 227
Plasma spraying, 243
Platelet adhesion, 130 taayp rnylslooc occ "C1 W etting 53
Platelets, 253 Substitution, 42 X-ray diffraction, 416