Chemical Stability and Reliability of Metals in Medicine

Chemical Stability and Reliability of Metals in Medicine

The chemical stability of medical materials in biological environments is vital to long-term medical device performance and patient safety. Organized by the European Federation of Corrosion WG “Corrosion of Medical Implants and Devices”, this workshop brings together researchers, clinicians and industry to connect clinical observations with mechanistic understanding of metallic material degradation, and discuss how advances in vitro characterization, testing and standardization can improve medical device reliability.

Calendar giovedì, 28. gennaio 2027 - venerdì, 29. gennaio 2027
Add to calendar 2027-01-28 10:00:00 2027-01-29 12:00:00 Europe/Zurich Chemical Stability and Reliability of Metals in Medicine The chemical stability of medical materials in biological environments is vital to long-term medical device performance and patient safety. Organized by the European Federation of Corrosion WG “Corrosion of Medical Implants and Devices”, this workshop brings together researchers, clinicians and industry to connect clinical observations with mechanistic understanding of metallic material degradation, and discuss how advances in vitro characterization, testing and standardization can improve medical device reliability. Empa - Room LB 0.11.0
 
Apertura porte 09:30
Inizio 10:00
Fine ven 29.01.2027, 12:00
 
Location Empa - Room LB 0.11.0
Überlandstrasse 129
8600 Dübendorf
Svizzera
 
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Organizer website Sito internet dell'organizzatore

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The workshop at the Empa aims to bring together people involved in the field of medical implants, from the manufacturing/development until their clinical use. Through expert presentation and discussion rounds, different aspects of implant/devices corrosion related reliability/durability issues will be discussed. One focus will be on "invisible failures". In fact, current understanding of the material-biology interactions shows that macroscopic manifestations of implant and medical-device failure, such as fractures or the release of wear particles, are already documented. However, the underlying processes that lead to the formation of micro- and nanoscale corrosion products, ionic leaching (see figure), and their consequences remain poorly understood. 

The European Federation of Corrosion working group on "Corrosion of Medical Implants and Devices organizing this event was created in response to the still limited understanding of how medical materials interact with biological matter, and to the growing number of reported failures, suggesting that the associated risks to material stability and function are sometimes significantly underestimated. New medical devices and materials entering clinical use also raise scientific questions regarding their chemical stability and biocompatibility.

Day 1 - 28.1.2027 (Swiss community + EFC international EFC related persons)

09.30 - 10.00 Participants registration

10.00 Opening

10.00 - 12.00 Presentations and Discussions

  • Corrosion of Medical Implants and Devices: EFC WG Vision and Empa Dübendorf Bio Corrosion Activities - Dr. Patrik Schmutz, EFC WP chair, Empa
  • Community Framework for Data-Driven Design of Biodegradable Implant Metals - Dr. Sviatlana, Lamaka, Helmholtz-Zentrum Hereon Geesthacht, Germany
  • Corrosion of additive manufactured porous iron and PLA/iron composites - Prof. Guido Grundmeier; Paderborn University, Germany

 

12.00 - 13.30 Lunch

13.30 - 18.00 Interactive scientific workshop

13.30 - 14.30 Block 1 - From Clinical observation to mechanistic understanding          

  • Metal related failures in total hip and knee arthroplasty - Dr. Rihard Trebse, Valdotra Hospital, Slovenia
  • Essure, a complex implanted device - Dr. Benoit Ter-Ovanessian, INSA Lyon, France

14.30 - 15.30 Block 2 - Invisible Failures: Clinical and Material Perspectives

  • Metal allergies (and more) related to medical implants Dr. Carole Guillet, University Hospital Zürich
  • Hidden Drivers of Biocorrosion: Uncovering Mechanistic Principles Behind Implant Degradation  - Dr. Martina Cihova; Empa

15.30 - 16.00 Coffee break

16.00 - 17.00 Block 3 - Corrosion and reliability of implants with integrated electronics

  • Metallic biomaterials: from corrosion control to biosensing  - Dr. Fojt Jaroslav, University of Chemistry and Technology Prague, Czech republic
  • Platinum neurostimulating electrodes - Dr. Jochen Kieninger, Albert-Ludwigs-University Freiburg, Germany

 

17.00 - 18.00 Interactive Roundtables

Block 4a: Testing methodologies, standards, and round robin studies - Discussion leader: Dr. Sviatlana Lamaka

Block 4b: How to bring awareness and increase visibility - Discussion leader: Dr. Martina Cihova

Block 4c: White paper on key challenges in the field - Discussion leader: Dr. Patrik Schmutz

18.00 End Day 1

Day 2 – 29.01.2027 (on site and online participation possible)

09.00 - 10.40 Working Group Activities and Future Directions

  • Advanced Bio tribocorrosion studies - Dr. Manel Rodriguez Ripoll, AC2T research, Austria
  • Tailoring Ti6Al4V Surface Properties via Anodization Time: A Correlative Study of Oxide Chemistry and Corrosion Behavior - Prof. Branimir Grgur, University of Belgrade, Serbia (online)
  • Effect of microstructure and superficial condition on corrosion of additively manufactured Ti6Al4V for biomedical purposes  - Prof. Marina Cabrini, University of Bergamo, Italy
  • Perspective discussion

10.40 - 11.00 Coffee break

11.00 - 12.00 EFC Working Group 2 General Assembly with participation of representative of the EFC member associations

12.00 Closing

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