Table Of Content

Author Index to Volume 25 Abbott, W. M. See Megerman, J., 295 Briggs, P.C. See Kossovsky, N., 1287 Aebischer, P. See Christenson, L., 1119 Brophy, C. M. Albanese, A. See Barbucci, R., 1259 — ; Ito, R.K.; Quist, W.C.; Rosenblatt, M.S.; Alexander, H. See Ricci, J. L., 651 Contreras, M.; Tsoukas, A.; LoGerfo, Ambrosio, L. See Peluso, G., 637 F W:: A new canine model for evaluating Amiel, D. See von Schroeder, H. P., 329 blood prosthetic arterial graft Anderson, J. M. See Bonfield, T. L. 165 interactions, 1031 — ; See Zhao, Q., 177 Brothers, T. E.S ee Graham, L. M., 525 — ; See Wu, Y., 725 Brown, P.R. See Richards, M., 1151 — ; See Ishihara, K., 1397 Brown, W.E. See Hong, Y.C., 485 — ; See Wu, Y., 1415 Brudon, J. R. See Vinard, E., 499 Andersson, O.H. Bruil, A. — ; Kangasniemi, I.: Calcium phosphate — ; van Aken, W.G.; Beugeling, T.; Feijen, J.; formation at the surface of bioactive glass Steneker, I.; Huisman, J.G.; Prins, H. K.: in vitro, 1019 Asymmetric membrane filters for the Andrade, J. D. See Ho, C-H., 423 removal of leukocytes from blood, 1459 Arm, D.M. See Richards, M., 1151 Brunette, D. M. See Chehroudi, B., 387 Asano, M. See Fukuzaki, H., 315 Buchan, S. M. See Feuerstein, I. A., 185 Buchanan, R. A. See Lee, I-S., 1039 Balazs, E. A. See Larsen, N. E., 699 Buret, A. Barbucci, R. — ; Ward, K.H.; Olsen, M.E.; Costerton, — ; Albanese, A.; Magnani, A.; Tempesti, EF: J.W.: An in vivo model to study the Coating of commercially available pathobiology of infectious biofilms on materials with a new heparinizable biomaterial surfaces, 865 material, 1259 Burkel, W. E. See Graham, L. M., 525 Barmada, R. See Papatheofanis, F J., 761 Buser, D. Benoit, J. P. See Rosilio, V., 667 — ; Schenk, R. K.; Steinemann, S.; Fiorellini, Bensen, C.V. J. P.; Fox, C.H.; Stich, H.: Influence of — ; Vann, R.D.; Koger, K. E.; Klitzman, B.: surface characteristics on bone Quantification of gas denucleation and integration of titanium implants. A thrombogenicity of vascular grafts, 373 histomorphometric study in miniature Bentley, J. P. See Gade, J. N., 799 pigs, 889 Berg, E. See Kossovsky, N., 1287 Beugeling, T. See Bruil, A., 1459 Caldwell, K. D. See Ho, C-H., 423 Bhowmick, A. See Ray, A.R., 1249 Chandy, T. Bierkens, A. F See Schreurs, B.W., 157 — ; Sharma, C. P.: Effects of lipoproteins on Bizios, R. See Puleo, D.A., 711 protein/platelet interaction on polymers, Bonfield, T. L. 1085 — ; Colton, E.; Anderson, J. M.: Fibroblast Chawla, A.S. See Bouvier, M., 773 stimulation by monocytes cultured on Chehroudi, B. protein adsorbed biomedical polymers. — ; Gould, T.R.L.; Brunette, D.M.: A light I. Biomer and polydimethylsiloxane, 165 and electron microscopic study of the Bouet, T. effects of surface topography on the — ; Toyoda, K.; Ikarashi, Y.; Uchima, T.; behavior of cells attached to Nakamura, A.; Tsuchiya, T.; Takahashi, titanium-coated percutaneous implants, M.,; Eloy, R.: Evaluation of 387 biocompatibility, based on quantitative Chernecky, R. See Smith, D.C., 1045 determination of the vascular response Chinn, J. A. induced by material implantation, 1507 — ; Posso, S.E.; Horbett, T. A.; Ratner, B. D.: Bouvier, M. Postadsorptive transitions in fibrinogen — ; Chawla, A.S.; Hinberg, I.: In vitro adsorbed to Biomer: Changes in baboon degradation of a poly(ether urethane) by platelet adhesion, antibody binding, and trypsin, 773 sodium dodecyl sulfate elutability, 535 Journal of Biomedical Materials Research, Vol. 25, 1581-1588 (1991) 1582 AUTHOR INDEX Cho, H.I. See Han, D. K., 561 Graduate Degree Candidate Category, Christenson, L. 17th Annual Meeting of the Society for — ; Wahlberg, L.; Aebischer, P.: Mast cells Biomaterials, Scottsdale, AZ, May 1-5, and tissue reaction to intraperitoneally 1991), 1183 implanted polymer capsules, 1119 Dickens, B. See Venz, S., 1231 Christiansen, D. See Collins, R. L. L., 267 Disegi, J. See Zardiackas, L. D., 281 Chow, L.C. See Hong, Y.C., 485 Doillon, C. See Marks, M.G., 683 Cichon, R. See Muralidharan, S., 1201 Doremus, R.H. See Puleo, D.A., 711 Cinquegrani, M. See Peluso, G., 637 Dubova, I.G. See Polishchuk, A.Ya., 367 Clark, C.R. See Dai, K.R., 141 Ebisawa, Y. See Ohura, K., 357 Collins, R.L.L. Eloy, R. See Vinard, E., 499 — ; Christiansen, D.; Zazanis, G. A.; Silver, — ; See Bouet, T., 1507 E.H.: Use of collagen film as a dural substitute: Preliminary animal studies, Fabrizius-Homan, D. J. 267 — ; Cooper, S.L.: Competitive adsorption of Colton, E. See Bonfield, T. L., 165 vitronectin with albumin, fibrinogen, Contreras, M. See Brophy, C.M., 1031 and fibronectin on polymeric Coombs, N. A. See Filiaggi, M. J., 1211 biomaterials, 953 Cooper, S. L. See Takahara, A., 341 Feijen, J. See Bruil, A., 1459 — ; See Fabrizius-Homan, D. J., 953 Fellman, J. H. See Gade, J. N., 799 — ; See Takahara, A., 1095 Feurerstein, I. A. — ; See Okkema, A. Z., 1371 — ; Buchan, S.M.; Horbett, T. A.; Hauch, Costerton, J. W. See Buret, A., 865 K. D.: Platelet adherence and detachment: Coury, A.J. See Takahara, A., 341 A flow study with a series of Coutts, R. D. See von Schroeder, H. P., 329 hydroxyethyl methacrylate-ethyl Craig, R.G. See Rathbun, M. A., 443 methacrylate copolymers using video — ; See Wataha, J.C., 1133 microscopy, 185 Dahiyat, B.1I. See Richards, M., 1151 Filiaggi, M. J. Dai, K.R. — ; Coombs, N.A .; Pilliar, R. M.: — ; Liu, Y.K.; Park, J. B.; Clark, C.R.; Characterization of the interface in the Nishiyama, K.; Zheng, Z. K.: plasma-sprayed HA coating/Ti-6Al-4V Bone-particle-impregnated bone cement: implant system (Student Research Award An in vivo weight-bearing study, 141 in the Undergraduate, Master Candidate, Daloisio, C. See Muralidharan, S., 1201 or Health Science Degree Candidate David, M. See Vinard, E., 499 Category, 17th Annual Meeting of the Davidson, J. A. See Jahan, M.S., 1005 Society for Biomaterials, Scottsdale, AZ, Davies, J. P. May 1-5, 1991), 1211 — ; Harris, W.H.: Effect of hand mixing Filisko, EFE . See Rathbun, M. A., 443 tobramycin on the fatigue strength of Fiorellini, J. P. See Buser, D., 889 Simplex P, 1409 Flowers, W. B. See Levy, R. J., 905 Deac, R. See Simionescu, A., 1495 Fox, C. H. See Buser, D., 889 de Groot, K. See Jansen, J. A., 973 Fujita, Y. — ; See Dhert, W.J.A., 1183 — ; Yamamuro, T.; Nakamura, T.; Kotani, S.; — ; See Jansen, J. A., 1525 Ohtsuki, C.; Kokubo, T.: The bonding Deporter, D. A. See Pilliar, R.M., 467 behavior of calcite to bone, 991 Desai, N. P. Fukuzaki, H. — ; Hubbell, J. A.: Biological responses to — ; Yoshida, M.; Asano, M.; Kumakura, M.,; polyethylene oxide modified Mashimo, T.; Yuasa, H.; Imai, K.; polyethylene terephthalate surfaces, 829 Yamanaka, H.; Kawaharada, U.; Suzuki, Descotes, J. See Vinard, E., 499 K.: A new biodegradable copolymer of Deyme, M. See Rosilio, V., 667 glycolic acid and lactones with relatively Dhert, W.J. A. low molecular weight prepared by direct — ; Klein, C. P.A.T.; Wolke, J.G.C.; van der copolycondensation in the absence of Velde, E. A.; de Groot, K.; Rozing, P. M.: catalysts, 315 A mechanical investigation of Gade, J. N. fluorapatite, magnesiumwhitlockite, and — ; Fellman, J. H.; Bentley, J. P.: The hydroxylapatite plasma-sprayed coatings stabilization of fibrillar collagen matrices in goats (Student Research Award in the with 3,4-dihydroxyphenylalanine, 799 AUTHOR INDEX 1583 Gervais-Lugan, M. in Medicine, Heidelberg, Germany Sept. 1989, — ; Haran, R.; Lamure, A.; Lacabanne, C.: Gunther Heimke, Ed., 557 The effect of aluminum ions and sorbitol Hendrikson-Aho, J. See Larsen, N. E., 699 on collagen and skin: A thermally Hendrikx, A.J.M. See Schreurs, B.W., 157 stimulated current spectroscopy study, Hergenrother, R.W. See Takahara, A., 341 1339 Hilal, S. K. See Larsen, N. E., 699 Givan, D. See Zardiackas, L. D., 281 Hiltner, A. See Zhao, Q., 177 Goldcamp, J. B. See Omokawa, S., 621 — ; See Wu, Y., 725 Golomb, G. Hinberg, I. See Bouvier, M., 773 — ; Shpigelman, A.: Prevention of bacterial Hirano, Y. colonization on polyurethane in vitro by — ; Kando, Y.; Hayashi, T.; Goto, K.; incorporated antibacterial agent, 937 Nakajima, A.: Synthesis and cell Gombotz, W.R. attachment activity of bioactive — ; Guanghui, W.; Horbett, T. A.; Hoffman, oligopeptides: RGD, RGDS, RGDV, and A.S.: Protein adsorption to poly(ethylene RGDT, 1523 oxide) surfaces, 1547 Hlady, V. See Ho, C-H., 423 Gona, A.G. See Ricci, J. L., 651 Ho, C-H. Goto, K. See Hirano, Y., 1523 — ; Hlady, V.; Nyquist, G.; Andrade, J. D.; Gould, T.R. L. See Chehroudi, B., 387 Caldwell, K. D.: Interaction of plasma Graham, L. M. proteins with heparinized gel particles — ; Brothers, T. E.; Vincent, C. K.; Burkel, studied by high-resolution W.E.; Stanley, J.C.: The role of an two-dimensional gel electrophoresis, 423 endothelial cell lining in limiting distal Hoffman, A.S. See Gombotz, W.R., 1547 anastomotic intimal hyperplasia of Holleran, L. A. See Puleo, D.A., 711 4-mm-I.D. Dacron grafts in a canine Hong, C.Y. See Hong, Y.C., 485 model, 525 Hong, Y.C. Gu, J. See Muralidharan, S., 1201. — ; Wang, J.T.; Hong, C.Y.; Brown, W.E.; Guanghui, W. See Gombotz, W.R., 1547 Chow, L.C.: The periapical tissue Guidicelli, H. See Vinard, E., 499 reactions to a calcium phosphate cement in the teeth of monkeys, 485 Han, D. K. Horbett, T. A. See Feuerstein, I. A., 185 — ; Jeong, S.Y.; Kim, Y. H.; Min, B.G.; Cho, — ; See Chinn, J. A., 535 H.1.: Negative cilia concept for — ; See Haycox, C.L., 1317 thromboresistance: Synergistic effect of — ; See Gombotz, W.R., 1547 PEO and sulfonate groups grafted onto Horie, K. See Nishiyama, N., 213 polyurethanes, 561 Hubbell, J. A. See Massia, S. P., 223 Hanks, C.T. See Rathbun, M.A., 443 — ; See Desai, N. P., 829 — ; See Wataha, J.C., 1133 Huiskes, R. See Schreurs, B.W., 157 Hanna, H.R. See Mazid, M. A., 1169 Huisman, J.G. See Bruil, A., 1459 Haran, R. See Gervais-Lugan, M., 1339 Hyon, S.-H. See Kobayashi, H., 1481 Harris, W. H. See Davies, J. P., 1409 Hauch, K. D. See Feuerstein, I. A., 185 Iguchi, Y. See Ito, Y., 1347 Hayashi, K. Ikada, Y. See Kobayashi, H., 1481 — ; Uenoyama, K.; Matsuguchi, N.; Sugioka, Ikarashi, Y. See Bouet, T., 1507 Y.: Quantitative analysis of in vivo tissue Ikeuchi, K. See Kumar, P., 813 responses to titanium-oxide- and Imai, K. See Fukuzaki, H., 315 hydroxyapatite-coated titanium alloy, Imanishi, Y. See Ito, Y., 1325 515 — ; See Ito, Y., 1347 Hayashi, T. See Hirano, Y., 1523 lordanskii, A. L. See Polishchuk, A.Ya., 367 Haycox, C. L. Ip, WE — ; Ratner, B. D.; Horbett, T. A.: — ; Sefton, M.V.: Platelet consumption by Photoenhancement of platelet adhesion polyvinyl alcohol coated tubing in to biomaterial surfaces observed with canines, 875 epifluorescent video microscopy (EVM), Ishihara, K. 1317 — ; Ziats, N.P.; Tierney, B. P.; Nakabayashi, Hench, L. L. N.; Anderson, J. M.: Protein adsorption — ; Review of Bioceramics Vol. 2, Proceeding of from human plasma is reduced on the 2nd International Symposium on Ceramics phospholipid polymers, 1397 1584 AUTHOR INDEX Ishizaki, T. See Nishiyama, N., 213 Koger, K. E. See Bensen, C.V., 373 Ito, R. K. See Brophy, C. M., 1031 Kokubo, T. See Ohura, K., 357 Ito, Y. — ; See Fujita, Y., 991 — ; Kajihara, M.; Imanishi, Y.: Materials for — ; See Kotani, S., 1303 enhancing cell adhesion by — ; See Ohtsuki, C., 1363 immobilization of cell-adhesive peptide, Kopczyk, R. A. See Okazaki, K., 1417 1325 Kossovsky, N. — ; Iguchi, Y.; Kashiwagi, T.; Imanishi, Y.: — ; Millett, D.; Juma, S.; Little, N.; Briggs, Synthesis and nonthrombogenicity of C.; Raz, S.; Berg, E.: In vivo polyetherurethaneurea film grafted with characterization of the inflammatory poly(sodium vinyl sulfonate), 1347 properties of poly(tetrafluoroethylene) particulates, 1287 Jacobs, H. A. See Lin, S.C., 791 Kotani, S. See Fujita, Y., 991 Jahan, M.S. — ; Fujita, Y.; Kitsugi, T.; Nakamura, T.; — ; Wang, C.; Schwartz, G.; Davidson, J. A.: Yamamuro, T.; Ohtsuki, C.; Kokubo, T.: Combined chemical and mechanical Bone bonding mechanism of B-tricalcium effects on free radicals in UHMWPE phosphate, 1303 joints during implantation, 1005 — ; See Ohtsuki, C., 1363 Jansen, J. A. Kotoura, Y. See Ohura, K., 357 — ; van de Waerden, J. P.C.M.; Wolke, — ; See Kumar, P., 813 J.G.C.; de Groot, K.: Histologic Kumakura, M. See Fukuzaki, H., 315 evaluation of the osseous adaptation to Kumar, P. titanium and hydroxyapatite-coated — ; Oka, M.; Ikeuchi, K.; Shimizu, K.; titanium implants, 973 Yamamuro, T.; Okumura, H.; Kotoura, Y.: — ; van der Waerden, J. P.C.M.; de Groot, Low wear rate of UHMWPE against K.: Development of a new percutaneous zirconia ceramic (Y-PSZ) in comparison access device for implantation in soft to alumina ceramic and SUS 316L alloy, tissues, 1535 813 Jayabalan, M. Kumari, T.V. See Jayabalan, M., 1431 — ; Shunmuga Kumar, N.; Rathinam, K.; Kushitani, H. See Ohtsuki, C., 1363 Kumari, T.V.: In vivo biocompatibility of Kwan, M. See von Schroeder, H. P., 329 an aliphatic crosslinked polyurethane in rabbit, 1431 Lacabanne, C. See Gervais-Lugan, M., 1339 Lamure, A. See Gervais-Lugan, M., 1339 Jeong, S.Y. See Han, D.K., 561 Juma, S. See Kossovsky, N., 1287 Larsen, N. E. — ; Leshchiner, E. A.; Parent, E.G.; Kajihara, M. See Ito, Y., 1325 Hendrikson-Aho, J.; Balazs, E. A.; Hilal, Kalman, P.G. S. K.: Hylan gel composition for — ; Ward, C.A.; McKeown, N.B.; percutaneous embolization, 699 McCullough, D.; Romaschin, A. D.: Laub, G. W. See Muralidharan, S., 1201 Improved biocompatability of silicone Lee, I-S. rubber by removal of surface entrapped — ; Buchanan, R.A.; Williams, J. M.: air nuclei, 199 Charge-injection densities of iridium and Kando, Y. See Hirano, Y., 1523 iridium-ion-implanted Ti-6Al-4V with Kangasniemi, I. See Andersson, O. H., 1019 relevancy to neural stimulation, Kashiwagi, T. See Ito, Y., 1347 (Technical note) 1039 Kawaharada, U. See Fukuzaki, H., 315 Lee, W. H. See Okazaki, K., 1417 Kicher, T. P. See Scheiner, A., 589 Lemons, J. E. Kim, D. K. See Okazaki, K., 1417 — ; Review of Handbook of Bioactive Ceramics. Kim, S. See McAlarney, M. E., 845 Vol. 1, Bioactive Glasses and Glass-Ceramics Kim, S.W. See Rosanova, I., 459 and Vol. 2, Calcium Phosphate and — ; See Lin, S.C., 791 Hydroxylapatite Ceramics, T. Yamamuro, L. Kim, Y. H. See Han, D. K., 561 Hench, and J. Wilson, Eds., 903 Kitsugi, T. See Kotani, S., 1303 Leong, K.W. See Saltzman, W.M., 741 Klein, C. P. A.T. See Dhert, W.J. A., 1183 — ; See Richards, M., 1151 Klitzman, B. See Bensen, C.V., 373 Leshchiner, E. A. See Larsen, N. E., 699 Kobayashi, H. Levy, R. J. — ; Hyon, S.-H.; Ikada, Y.: Water-curable — ; Schoen F.J.; Flowers, W.B.; Staelin, S.T.: and biodegradable prepolymers, 1481 Initiation of mineralization in AUTHOR INDEX 1585 bioprosthetic heart valves: Studies of Megerman, J. alkaline phosphatase activity and its — ; Reddy, E.; L “Italien, G. J.; Warnock, D.E; inhibition by AICI; or FeCl; Abbott, W.M.: A laboratory model to preincubations, 905 quantitate the resistance of collagen Lin, S. See Saltzman, W. M., 741 vascular grafts to biodegradation, 295 Lin, S.C. Metson, J. B. See Smith, D.C., 1069 — ; Jacobs, H. A.; Kim, S.W.: Heparin Millett, D. See Kossovsky, N., 1287 immobilization increased through Min, B.G. See Han, D. K., 561 chemical amplification (Technical note), Mischenko, B. P. See Rosanova, I. B., 277 791 Moase, E. See Mazid, M.A., 1169 L’I talien, G. J. See Megerman, J., 295 Morimoto, Y. See Nozawa, I., 243 Little, N. See Kossovsky, N., 1287 — ; See Nozawa, I., 577 Liu, Y. K. See Dai, K.R., 141 Mortimer, J.T. See Scheiner, A., 589 Lodoen, G. See Zhao, Q., 177 Muralidharan, S. Lodoen, G. A. See Wu, Y., 725 — ; Gu, J.; Laub, G.W;; Cichon, R.; Daloisio, LoGerfo, FE. W. See Brophy, C. M., 1031 C.; McGrath, L. B.; A new biological Lugowskiz, S. J. membrane for pericardial closure — ; Smith, D.C.; McHugh, A. D.; Van Loon, (Student Research Award in the Hospital J.C.: Release of metal ions from dental Intern, Resident or Clinical Fellow implant materials in vivo: Determination Category, 17th Annual Meeting of the of Al, Co, Cr, Mo, Ni, V, and Ti in organ Society for Biomaterials, Scottsdale, AZ, tissue, 1443 May 1-5, 1991), 1201 Nakabayashi, N. See Ishihara, K., 1397 Machlin, E.S. See McAlarney, M. E., 845 Nakajima, A. See Hirano, Y., 1523 Madelmont, G. See Rosilio, V., 667 Nakamura, A. See Shintani, H., 1275 Madyuskin, N. N. See Polishchuk, A.Ya., 367 — ; See Bouet, T., 1507 Magnani, A. See Barbucci, R., 1259 Nakamura, T. See Ohura, K., 357 Malchesky, P.S. See Omokawa, S., 621 — ; See Fujita, Y., 991 Mao, EW. See Park, K., 407 — ; See Kotani, S., 1303 Marks, M.G. Neugroschl, D. See McAlarney, M. E., 845 — ; Doillon, C.; Silver, F H.: Effects of Nicolais, L. See Peluso, G., 637 fibroblasts and basic fibroblast growth Nishiyama, K. See Dai, K.R., 141 factor on facilitation of dermal wound Nishiyama, N. healing by type I collagen matrices, 683 — ; Ishizaki, T.; Horie, K.; Tomari, M.; Mashimo, T. See Fukuzaki, H., 315 Someya, M.: Novel polyfunctional silanes Massia, S. P. for improved hydrolytic stability at the — ; Hubbell, J. A.: Human endothelial cell polymer-silica interface, 213 interactions with surface-coupled Nosé, Y. See Omokawa, S., 621 adhesion peptides on a nonadhesive Nozawa, I. glass substrate and two polymeric — ; Suzuki, Y.; Sato, S.; Sugibayashi, K.; biomaterials, 223 Morimoto, Y.: Preparation of Matsuguchi, N. See Hayashi, K., 515 thermo-responsive polymer membranes. I, Mazid, M. A. 243 — ; Moase, E.; Scott, E.; Hanna, H.R.; — ; Suzuki, Y.; Sato, S.; Sugibayashi, K.; Unger, F M.: Synthesis and bioactivity of Morimoto, Y.: Preparation of copolymers with fragments of heparin, thermo-responsive membranes. II, 577 1169 Nyquist, G. See Ho, C-H., 423 McAlarney, M.E. — ; Skalak, R.; Kim, S.; Neugroschl, D.; Ohtsuki, C. See Fujita, Y., 991 Machlin, E.S.: TEM immunogold — ; See Kotani, S., 1303 staining of C3 from plasma onto — ; Kushitani, H.; Kokubo, T.; Kotani, S.; titanium oxides, 845 Yamamuro, T.: Apatite formation on the McCullough, D. See Kalman, P.G., 199 surface of Ceravital-type glass-ceramic in McGrath, L. B. See Muralidharan, S., 1201 the body, 1363 McHugh, A. D. See Lugowski, S. J., 1443 Ohura, K. McIntyre, N.S. See Smith, D.C., 1069 — ; Nakamura, T.; Yamamuro, T.; Kokubo, T.; McKeown, N. B. See Kalman, P.G., 199 Ebisawa, Y.; Kotoura, Y.; Oka, M.: 1586 AUTHOR INDEX Bone-bonding ability of P,Os-Free Posso, S. E. See Chinn, J. A., 535 CaO - SiO? glasses, 357 Prins, H. K. See Bruil, A., 1459 Oka, M. See Ohura, K., 357 Puleo, D.A. — ; See Kumar, P., 813 — ; Holleran, L.A.; Doremus, R. H.; Bizios, Okazaki, K. R.: Osteoblast responses to orthopedic — ; Lee, W.H.; Kim, D.K.; Kopezyk, R.A .: implant materials in vitro, 711 Physical characteristics of Ti-6Al-4V Quist, W.C. See Brophy, C. M., 1031 implants fabricated by electrodischarge compaction, 1417 Rathbun, M. A. Okkema, A. Z. See Takahara, A., 1095 — ; Craig, R.G.; Hanks, C.T.; Filisko, EF E.: — ; Visser, S.A.; Cooper, S.L.: Physical and Cytotoxicity of a BIS-GMA dental blood-contacting properties of composite before and after leaching in polyurethanes based on a sulfonic organic solvents, 443 acid-containing diol chain extender, 1371 Rathinam, K. See Jayabalan, M., 1431 Okumura, H. See Kumar, P., 813 Ratner, B. D. See Chinn, J. A., 535 Olson, M. E. See Buret, A., 865 — ; See Haycox, C.L., 1317 Omokawa, S. Ray, A.R. — ; Malchesky, P.S.; Goldcamp, J. B.; Savon, — ; Bhowmick, A.: Synthesis and S.R.; Nosé, Y.: Immunomodulating characterization of aliphatic effects of serum-material interactions, polyurethane fiber: A potential suture 621 material, 1249 Raz, S. See Kossovsky, N., 1287 Papatheofanis, F J. Reddy, E. See Megerman, J., 295 — ; Barmada, R.: Polymorphonuclear Ricci, J. L. leukocyte degranulation with exposure — ; Gona, A.G.; Alexander, H.: In vitro to polymethylmethacrylate tendon cell growth rates on a synthetic nanoparticles, 761 fiber scaffold material and on standard Parent, E.G. See Larsen, N. E., 699 culture plates, 651 Park, H. See Park, K., 407 Richards, M. Park, J. B. See Dai, K.R., 141 — ; Dahiyat, B.I.; Arm, D.M.; Brown, P.R.; Park, K. Leong, K.W.: Evaluation of — ; Mao, FE W,; Park, H.: The minimum polyphosphates and polyphosphonates as surface fibrinogen concentration degradable biomaterials, 1151 necessary for platelet activation on Romaschin, A. D. See Kalman, P.G., 199 dimethyldichlorosilane-coated glass, 407 Rosanova, I. Parsons-Wingerter, P. See Saltzman, W.M., — ; Sevastianov, V.; Kim, S.W.: Effect of 741 silicone rubber surface on the calcium Patra, P. See Vinard, E., 499 balance of human serum, 459 Payet, C.R. See Zhao, Q., 177 Rosanova, I. B. — ; See Wu, Y., 725 — ; Mischenko, B. P.; Zaitsev, V. V.; Vasin, Peluso, G. S. L.; Sevastianov, V.I.: The effect of cells — ; Ambrosio, L.; Cinquegrani, M.; Nicolais, on biomaterial calcification: Experiments L.; Tajana, G.: Macrophage activation with in vivo diffusion chambers, 277 induced by different carbon fiber-epoxy Rosenblatt, M.S. See Brophy, C. M., 1031 resin composites, 637 Rosilio, V. Pilliar, R. M. — ; Benoit, J. P.; Deyme, M.; Thies, C.; — ; Deporter, D. A.; Watson, P. A.; Madelmont, G.: A physicochemical study Valiquette, N.: Dental implant of the morphology of design—Effect on bone remodeling, 467 progesterone-loaded microspheres — ; See Smith, D.C., 1045 fabricated from — ; See Smith, D.C., 1069 poly(p,.-lactide-co-glycolide), 667 — ; See Filiaggi, M. J., 1211 Rozing, P. M. See Dhert, W. J. A., 1183 Polishchuk, A.Ya. — ; lordanskii, A. L.; Zaikov, G.E.; Saltzman, W. M. Varshavsky, V.L.; Yagodkina, T. A.; — ; Parsons-Wingerter, P.; Leong, K.W,; Lin, Dubova, I.G.; Madyuskin, N. N.: The S.: Fibroblast and hepatocyte behavior on importance of the diffusive transfer of synthetic polymer surfaces, 741 tints in the technology of tinting of soft Sato, S. See Nozawa, I., 243 contact lenses, 367 — ; See Nozawa, I., 577 AUTHOR INDEX Sauk, J. J. Staelin, S.T. See Levy, R. J., 905 — ; Van Kampen, C.L.: Use of a Stanley, J.C. See Graham, L. M., 525 phosphophoryn-Ca**-collagen Steinemann, S. See Buser, D., 889 composition that mimics a Steneker, I. See Bruil, A., 1459 mineralization front in unicortical Stich, H. See Buser, D., 889 defects in long bones, 609 Streichenberger, R. See Vinard, E., 499 Savon, S.R. See Omokawa, S., 621 Sugibayashi, K. See Nozawa, I., 243 Scheiner, A. — ; See Nozawa, I., 577 — ; Mortimer, J.T.; Kicher, T. P.: A study of Sugioka, Y. See Hayashi, K., 515 the fatigue properties of small diameter Suzuki, K. See Fukuzaki, H., 315 wires used in Intramuscular electrodes, Suzuki, Y. See Nozawa, I., 243 589 — ; See Nozawa, I., 577 Schenk, R. K. See Buser, D., 889 Schoen, F J. See Levy, R. J., 905 Tajana, G. See Peluso, G., 637 Schreurs, B.W. Takahara, A. — ; Bierkens, A. FE; Huiskes, R.; Hendrikx, — ; Coury, A.J.; Hergenrother, R.W,; A.J.M.; Slooff, T. J.J. H.: The effect of the Cooper, S. L.: Effect of soft segment extracorporeal shock wave lithotriptor chemistry on the biostability of on bone cement, 157 segmented polyurethanes. I. In vitro Schwartz, G. See Jahan, M.S., 1005 oxidation, 341 Scott, E. See Mazid, M. A., 1169 — ; Okkema, A. Z.; Wabers, H.; Cooper, Sefton, M.V. See Ip, W. E, 875 S. L.: Effect of hydrophilic soft segment Sevastianov, V. See Rosanova, I., 459 side chains on the surface properties and Sevastianov, V.I. blood compatibility of segmented — ; Tseytlina, E. A.: Biomedical materials poly(urethaneureas), 1095 research in the USSR, 255 Takahashi, M. See Bouet, T., 1507 — ; See Rosanova, I. B., 277 Tempesti, F See Barbucci, R., 1259 Sharma, C. P. See Chandy, T., 1085 Thies, C. See Rosilio, V., 667 Shimizu, K. See Kumar, P., 813 Tierney, B. P. See Ishihara, K., 1397 Shintani, H. Tomari, M. See Nishiyama, N., 213 — ; Nakamura, A.: Formation of Topham, N. See Zhao, Q., 177 4,4° methylenedianiline in polyurethane Toyoda, K. See Bouet, T., 1507 potting materials by either y-ray or Tseytlina, E. A. See Sevastianov, V.I., 255 autoclave sterilization, 1275 Tsoukas, A. See Brophy, C. M., 1031 Shpigelman, A. See Golomb, G., 937 Tsuchiya, T. See Bouet, T., 1507 Shunmuga Kumar, N. See Jayabalan, M., 1431 Uchima, T. See Bouet, T., 1507 Silver, E H. See Collins, R. L. L., 267 Uenoyama, K. See Hayashi, K., 515 — ; See Marks, M.G., 683 Unger, FE M. See Mazid, M.A., 1169 Simionescu, A. — ; Simionescu, D.; Deac, R.: Lysine-enhanced glutaraldehyde Valiquette, N. See Pilliar, R.M., 467 crosslinking of collagenous biomaterials, van Aken, W.G. See Bruil, A., 1459 1495 van de Waerden, J. P.C. M. See Jansen, J. A., Simionescu, D. See Simionescu, A., 1495 973 Skalak, R. See McAlarney, M. E., 845 van der Velde, E.A . See Dhert, W.J.A., 1183 Slooff, T. J.J. H. See Schreurs, B.W., 157 van der Waerden, J. P.C. M. See Jansen, J. A., Smith, D.C. 1535 — ; Pilliar, R.M.; Chernecky, R.: Dental Van Kampen, C. L. See Sauk, J. J., 609 implant materials. I. Some effects of Van Loon, J.C. See Lugowski, S. J., 1443 preparative procedures on surface Vann, R. D. See Bensen, C.V., 373 topography, 1045 Varshavsky, V. L. See Polishchuk, A.Y a., 367 — ; Pilliar, R.M.; Metson, J. B.; McIntyre, Vasin, S.L. See Rosanova, I. B., 277 N.S.: Dental implant materials. II. Venz, S. Preparative procedures and surface — ; Dickens, B.: NIR-spectroscopic spectroscopic studies, 1069 investigation of water sorption — ; See Lugowski, S. J., 1443 characteristics of dental resins and Someya, M. See Nishiyama, N., 213 composites, 1231 1588 AUTHOR INDEX Vinard, E. some additives on the biostability of a — ; Eloy, R.; Descotes, J.; Brudon, J. R.; poly(etherurethane) elastomer, 725 Guidicelli, H.; Patra, P.; Streichenberger, R.; David, M.: Human vascular graft Yagodkina, T. A. See Polishchuk, A.Ya., 367 failure and frequency of infection, 499 Yamamuro, T. See Ohura, K., 357 Vincent, C. K. See Graham, L. M., 525 — ; See Kumar, P., 813 Visser, S. A. See Okkema, A. Z., 1371 — ; See Fujita, Y., 991 von Schroeder, H. P. — ; See Kotani, S., 1303 — ; Kwan, M.; Amiel, D.; Coutts, R. D.: The — ; See Ohtsuki, C., 1363 use of polylactic acid matrix and Yamanaka, H. See Fukuzaki, H., 315 periosteal grafts for the reconstruction of Yoshida, M. See Fukuzaki, H., 315 rabbit knee articular defects, 329 Yuasa, H. See Fukuzaki, H., 315 Wabers, H. See Takahara, A., 1095 Zaikov, G. E. See Polishchuk, A.Ya., 367 Wahlberg, L. See Christenson, L., 1119 Zaitsev, V. V. See Rosanova, I. B., 277 Wang, C. See Jahan, M.S., 1005 Zardiackas, L. D. Wang, J.T. See Hong, Y.C., 485 — ; Disegi, J.; Givan, D.: Torsional Ward, C. A. See Kalman, P.G., 199 properties of implant grade titanium, 281 Ward, K. H. See Buret, A., 865 Zazanis, G. A. See Collins, R. L. L., 267 Warnock, D. F See Megerman, J., 295 Zhao, Q. Wataha, J.C. — ; Topham, N.; Anderson, J. M.; Hiltner, A.; — ; Hanks, C.T.; Craig, R.G.: The in vitro Lodoen, G.; Payet, C. R.: Foreign-body effects of metal cations on eukaryotic giant cells and polyurethane biostability: cell metabolism, 1133 In vivo correlation of cell adhesion and Watson, P. A. See Pilliar, R. M., 467 surface cracking, 177 Williams, J.M. See Lee, I-S., 1039 — ; See Wu, Y., 725 Wolke, J.G.C. See Jansen, J. A., 973 Zheng, Z. K. See Dai, K.R., 141 — ; See Dhert, W.J.A., 1183 Ziats, N. P. See Ishihara, K., 1397 Wu, Y. — ; Zhao, Q.; Anderson, J. M.; Hiltner, A.; Lodoen, G.A.; Payet, C.R.: Effect of Subject Index to Volume 25 Acrylic cement removal, 157 Cell attachment, 1523 Adsorption, 953 Cell/biomaterial interactions, 711 Aliphatic crosslinked polyurethane, 1431 Cell growth rates, 651 Aliphatic polyurethane fiber, 1249 Cell inhibition, 1523 Alumina ceramic, 813 Cellular interactions, 829 Aluminum ions, 1339 Ceramic-coated titanium alloy, 515 Amniotic membrane (AM), 1201 Ceravital-type glass-ceramics, 1363 Antibody binding, 535 Charge-injection densities, 1039 Apatite- and wollastonite-containing Chemical amplification, 791 glass-ceramic (A - W-GC), 357 Chemical effects on UHMWPE joint free Apatite formation, 1363 radicals, 1005 Arterial grafts, 1031 Coatings, commercial, 1259 Arterial occlusion, 699 Collagen, 799, 1339 Arteriovenous malformations (AVM), 699 Collagen film, 267 Articular cartilage defects, 329 Collagen vascular grafts, 295 Autoclave sterilization, 1275 Collagenous biomaterials, 1495 Copolycondensation, 315 Bacterial-biofilm formation, 937 Copolyesters, 315 Bacterial colonization, 937 Copolymers, 1169 Bioactive ceramics, 991, 1303 CP titanium, 281 Bioactive glass, 1019 Crosslinking, 1495 Biocompatibility, 1497 Cytotoxic agents, 443 Biodegradable prepolymers, 1471 Biodegradation, 295, 725, 773 Dacron grafts, 525 Biofilms, infectious, 865 Degradable biomaterials, 1151 Biomer, 535 Degradation, 1151 Bioprosthetic heart valves, 905 Dental alloys, 1133 Biostability, 725 Dental composites, 1231 BIS-GMA composite, 443 Dental implant designs, 467 Blood compatibility, 561, 791 Dental implant materials, 1045, 1069, 1417, Blood-contacting properties of polyurethanes, 1443 137] Dental resins, 1231 Blood-material response, 1095 Dermal wound healing, 683 Blood-prosthetic materials interactions, 1031 Distal anastomotic intimal hyperplasia Bonding, 991 (AIH), 525 Bone-bonding, 357, 1303 DOPA-collagen gels, 799 Bone cement, 141, 157, 1409 Drug delivery systems (DDS), 243, 315, 667 Bone-implant interface, 889 Dural substitutes, 267 Bone integration, 889 Dynamic ionic matrices, 609 Bone remodeling, 467 Bone repair, 609 Electrodischarge compaction technique, 1417 Electron microscopy, 387 C3 adsorption, 845 Endothelial cell (EC) lining, 525 Calcification, 459, 905 Endothelial cells, 499 Calcite—bone bonding, 991 Epifluorescent video microscopy (EVM),185, Calcium phosphate cement (CPC), 485 1317 Calcium phosphate formation, 1019 ESCA, 1069 Carbon fiber composites, 637 Eukaryotic cell metabolism, 1133 Cardiovascular implants, 1085 Extracellular matrix (ECM), 741 Cell adhesion, 177, 223, 1325, 1547 Extracorporeal shock wave lithotriptor, 157 Cell adhesion molecule (CAM) family, 223 Ex vivo, 1347 Journal of Biomedical Materials Research, Vol. 25, 1565-1567 (1991) 1566 SUBJECT INDEX Fatigue testing, 589 Lipoproteins, 1085 Fibrillar collagen matrices, 799 Liquid crystal (LC)-immobilized Fibrinogen, 407, 535 membranes, 577 Fibroblast stimulation, 165 Lymphocyte response, 621 Fibroblasts, 683, 741, 829 Fibronectin-immobilized film, 1325 Macrophage activation, 637 Filter efficiency, 1459 Mast cells, 1119 Mechanical effects on UHMWPE joint free y-ray sterilization, 1275 radicals, 1005 Gas denucleation, 373 Membrane filters, 1459 Glutaraldehyde (GA) fixation, 1495 Metal cations, 1133 Goats, 1183 Microbubbles, 199 Graft infections, 499 Microspheres; progesterone-loaded, 667 Grossman sealer, 485 Mineralization, 905 Mineralization front, 609 Hand mixed tobramycin, 1409 Mitogens, 621 Heparin, 1169, 1259 Monocytes, 165 Heparin-binding proteins, 423 Heparin immobilization, 791 Near infrared (NIR) spectroscopy, 1231 Heparinized gel particles, 423 Nonthrombogenic materials, 1347 Hepatocytes, 741 Neural stimulation, 1039 Hexamethylene diisocyanate (HDI), 1431 High-energy shock waves (HESW), 157 Oligopeptides, 1523 Hill coefficients, 459 Orthopedic implants, 711 Human plasma, 1397 Osseointegration, 973 Human serum, 459 Osteoblasts, 711 Human umbilical vein endothelial cells Oxidation, 341 (HUVECs), 223 Hydrolytic stability, 213 Parabens, 937 Hydrophilic soft segment side chains, 1095 Peptides, 1325 Hydroxyapatite (HA)-coated titanium Percutaneous device (PD), 1535 implants, 973 Percutaneous embolization, 699 Hylan gel, 699 Percutaneous implants, 387 Ia-antigens, 637 Periapical tissue reactions, 485 Immunogold staining, 845 Pericardial closure, 1201 Implant fixation, 515 Pericardium, 1201 Implant-to-bone fixation, 1211 Periosteal grafts, 329 Inorganic-bone-particle-impregnated bone Phagocytosis, 761 cement, 141 Phospholipid polymers, 1397 Intimal hyperplasia, 525 Plasma, 845 Intramuscular (IM) electrodes, 589 Plasma protein adsorption, 423 Intramuscular implantation, 1507 Plasma-sprayed coatings, 1183 Intraperitoneal polymer implants, 1119 Plasma-sprayed HA coating, 1211 In vitro, 243, 295, 341, 373, 459, 561, 621, 651, Platelet activation, 407 699, 711, 725, 773, 937, 1019, 1119, 1133, Platelet adhesion, 185, 535, 1317 1347, 1363, 1481 Platelet consumption, 875 In vitro platelet aggregation, 199 Platelet detachment, 185 In vivo, 141, 177, 277, 295, 315, 357, 515, 589, Polyetherurethaneurea (PEUU) film, 1347 637, 651, 699, 865, 1287, 1303, 1363, 1431, Poly(ethylene oxide) (PEO) surfaces, 829, 1443, 1481 1547 Iridium-ion-implanted Ti-6A1-4V, 1039 Polyfunctional silanes, 213 ISS, 1069 Polylactic acid matrix (PLA), 329 Polymer-Silica interface, 213 Laser Doppler Flowmetry (LDF), 1507 Polymer substrates, 741 Leaching, 443 Polymeric biomaterials, 953 Lens tinting, 367 Polymers, 1085 Leukocytes, 1459 Polymethylmethacrylate (PMMA) particles, Light microscopy, 387 761