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Nano-Argovia-Programm“ des Swiss Nanoscience Institute:
Innosuisse
Nano-Argovia-Programm“ des Swiss Nanoscience Institute
Kontrollierte Raumorientierung von chirurgischen Instrumenten im OP-Feld
Osteosynthese-verankerung mit einem Exzenterverbinder
Neues Design und minimal-invasive Anwendungsmöglichkeiten von Polyetheretherketon-Implantaten
Establishing a novel Titanium-surface modification for improved biocompatibility and tissue response of Polyetheretherketon (PEEK) implants
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Nano-Argovia-Programm“ des Swiss Nanoscience Institute:
Innosuisse
Nano-Argovia-Programm“ des Swiss Nanoscience Institute
Kontrollierte Raumorientierung von chirurgischen Instrumenten im OP-Feld
Osteosynthese-verankerung mit einem Exzenterverbinder
Neues Design und minimal-invasive Anwendungsmöglichkeiten von Polyetheretherketon-Implantaten
Establishing a novel Titanium-surface modification for improved biocompatibility and tissue response of Polyetheretherketon (PEEK) implants
Nano-Argovia-Programm“ des Swiss Nanoscience Institute
Innosuisse
Nano-Argovia-Programm“ des Swiss Nanoscience Institute
Kontrollierte Raumorientierung von chirurgischen Instrumenten im OP-Feld
Osteosynthese-verankerung mit einem Exzenterverbinder
Neues Design und minimal-invasive Anwendungsmöglichkeiten von Polyetheretherketon-Implantaten
Establishing a novel Titanium-surface modification for improved biocompatibility and tissue response of Polyetheretherketon (PEEK) implants
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