| Polymers in Pharmaceutical Products / H. Park ; K. Park |
| Tissue Engineering Using Synthetic / C.A. Vacanti ; J.P. Vacanti ; R. Langer |
| Biodegradable Polymers |
| Interfacial Biocompatibility / Y. Ikada |
| Polymeric Devices for Transcutaneous and Percutaneous Transport / J.L. Williams |
| Microcellular Foams / S.L. Roweton ; S.W. Shalaby |
| Surface Biolization by Grafting / Y. Ito ; K. Suzuki ; Y. Imanishi |
| Polymerizable Bioactive Chemicals |
| Hydrophilic, Lipid-Resistant / G. Friends ; J. Kunzler ; R. Ozark ; M. Trokanski |
| Fluorosiloxanes |
| Synthesis of Poly(ether urethane amide) / A. Penhasi ; M. Aronhime ; D. Cohn |
| Segmented Elastomers |
| Interaction of Water with / N.S. Schneider ; J.L. Illinger ; F.E. Karasz |
| Polyurethanes Containing Hydrophilic Block Copolymer Soft Segments |
| Formation and Reactivity of Surface Phosphonylated / K.R. Rogers |
| Thermoplastic Polymers |
| Surface Modification of Polymeric Biomaterials with / M. Amiji |
| Poly(ethylene oxide): A Steric Repulsion Approach |
| Ascorbic Acid as An / J.E. Code ; G.E. Schumacher ; J. M. Antonucci |
| Etchant-Conditioner for Resin Bonding to Dentin |
| Salt Partitioning in Polyelectrolyte Gel-Solution / Y.-L. Yin ; R.K. Prud'homme |
| Systems |
| Ring-Opening Polymerization of a 2-Methylene Spiro / J.W. Stansbury |
| Orthocarbonate Bearing a Pendant Methacrylate Group |
| Ring-Opening Dental Resin / B.B. Reed ; J. W. Stansbury ; J.M. Antonucci |
| Systems Based on Cyclic Acetals |
| Synthesis of Novel Hydrophilicand Hydrophobic Multifunctional Acrylic Monomers / G.W. Cheng |
| Effect of Structure on Properties of Absorbable / R.A. Johnson |
| Oxalate Polymers |
| Fluorescent Cure / S.M. Keeny III ; F.W. Wang ; J.A. Tesk |
| Monitoring of Dental Resins |
| Activation of Leukocytesby Arg-Gly-Asp-Ser-Carrying Microspheres / K. Fujimoto ; Y. Kasuya ; M. Miyamoto ; H. Kawaguchi |
| Poly(vinyl alcohol) Hydrogels Preparedunder Different Annealing Conditions and Their Interactions with Blood / M. Minato |
| Components |
| Phase Transition's Control of Collagenous Tissue Growth and / D. G. Kaplan |
| Resorption Including Bone Morphogenesis |
| pH-Sensitive Hydrogels Basedon Hydroxyethyl Methacrylate and Poly(vinyl alcohol)-Methacrylate / Y.J. Wang ; F.J. Liou ; S. W. Tsai ; G.G.C. Niu |
| Kinetic Model for Degradation of / L.Zhang ; J.J. Harvey ; M.A. Cole |
| Starch-Plastic Blends with Controlled-Release Potential |
| Cross-Linking and / K. Tomihata ; K. Burczak ; K. Shiraki |
| Biodegradation of Native and Denatured Collagen |
| Poly(methacrylic acid) Hydrogels as Carriers of Bacterial / T.L. Bowersock ; M. Levy ; M.L. Samuels ; R. Lallone ; M.R. White ; D.Ryker |
| Exotoxins in an Oral Vaccine for Cattle |
| Dye-Grafted, Poly(ethylene imine)-Coated, Formed-in-Place / Y.Li ; H.G. Spencer |
| Class Affinity Membranes for Selective Separation of Proteins |
| Preparation of Insulin-Releasing / H.Iwata ; N. Ogawa ; T. Tkagi ; J. Mizoguchi |
| Chinese Hamster Ovary Cell by Transfection of Human Insulin Gene: Its |
| Implantation into Diabetic Mice |
| pH andIonic-Strength-Dependent Permeation through Poly(L-lysine-alt-terephthalic acid) / K. Makino ; E. Miyauchi ; Y. Togawa ; H. Phshima ; T. Kondo |
| Microcapsule Membranes |
| Rg-Gly-Asp-Ser-Carrying / Y. Kasaya |
| Microspheres |
| Polymers in Pharmaceutical Products / H. Park ; K. Park |
| Tissue Engineering Using Synthetic / C.A. Vacanti ; J.P. Vacanti ; R. Langer |
| Biodegradable Polymers |
| Interfacial Biocompatibility / Y. Ikada |
| Polymeric Devices for Transcutaneous and Percutaneous Transport / J.L. Williams |
| Microcellular Foams / S.L. Roweton ; S.W. Shalaby |
