Use of porous biodegradable polymer implants in meniscus reconstruction. 1) Preparation of porous biodegradable polyurethanes for the reconstruction of meniscus lesions J. H. de GrootA. J. NijenhuisH. W. B. Jansen Polymer Science Pages: 1073 - 1081
Use of porous biodegradable polymer implants in meniscus reconstruction. 2) Biological evaluation of porous biodegradable polymer implants in menisci H. ElemaJ. H. de GrootH. W. B. Jansen Polymer Science Pages: 1082 - 1088
Dynamic shear compliance of polymer melts and networks in dependence on crosslinking density W. PechholdO. GrasslW. von Soden Polymer Science Pages: 1089 - 1107
Chemical deposition coatings from emulsifier-free anionic polymer emulsion onto anodized aluminum plate under stirring conditions M. OkuboT. MoriK. Hara Polymer Science Pages: 1108 - 1112
Preparation of asymmetric polymer film by emulsion blend technique M. OkuboY. HeK. Ichikawa Polymer Science Pages: 1113 - 1117
The exact shear modulus of particulates based on the concept of mesophase P. S. Theocaris Polymer Science Pages: 1118 - 1130
Compression studies on aqueous polystyrene latices J. W. GoodwinR. H. OttewillA. Parentich Colloid Science Pages: 1131 - 1140
Ultracentrifuge studies on the interaction of some basic polypeptides with water-structure influencing anions S. BickhardtG. Ebert Colloid Science Pages: 1141 - 1147
Needle-type colloidal copper (II)hydroxide particles L. Durand-KeklikianE. Matijević Colloid Science Pages: 1151 - 1158
Amorphous solid-like distribution of polydisperse particles of colloidal clay and microcrystalline cellulose in deionized suspension T. Okubo Colloid Science Pages: 1159 - 1166
Drug-carrying latices for prolonged release of drugs H. KawaguchiS. KataiwaS. Kobayashi Colloid Science Pages: 1167 - 1173
Surfactant monolayers on a clean mercury surface: Apparatus and experiments M. MatsumotoH. YoshimuraK. Nagayama Short Communication Pages: 1174 - 1178
