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Results: 1-2 |
Results: 2
BIODEGRADABLE URETERAL STENT - REDUCED CELL-ADHESION AND MICROCELLULAR FOAM STRUCTURE ACHIEVED BY SURFACE MODIFICATION AND GAS LOADING TECHNOLOGY
Authors: BRAUERS A THISSEN H PFANNSCHMIDT O JAKSE G
Citation: A. Brauers et al., BIODEGRADABLE URETERAL STENT - REDUCED CELL-ADHESION AND MICROCELLULAR FOAM STRUCTURE ACHIEVED BY SURFACE MODIFICATION AND GAS LOADING TECHNOLOGY, The Journal of urology, 159(5), 1998, pp. 1223-1223
DEVELOPMENT OF A BIODEGRADABLE URETERAL STENT - SURFACE MODIFICATION AND IN-VITRO ASSESSMENT
Authors: BRAUERS A THISSEN H PFANNSCHMIDT O BIENERT H FOERSTER A KLEE D MICHAELI W HOCKER H JAKSE G
Citation: A. Brauers et al., DEVELOPMENT OF A BIODEGRADABLE URETERAL STENT - SURFACE MODIFICATION AND IN-VITRO ASSESSMENT, Journal of endourology, 11(6), 1997, pp. 399-403
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