1. Introductory lesson
Basic classification of biomaterials. Basic concepts. Properties. Requirements.
2. Structure and properties of materials for bioapplications. Metals. Polymers. Ceramics.
3. Application of metals in healthcare.
Titan, Gold. Cobalt. Other metals and their alloys.
4. Application of ceramic and glass materials in healthcare.
5. Application of synthetic polymers and biopolymers in healthcare
Standard plastics, high-temperature plastics, machinable plastics, plastics for laboratory technology. Distribution of plastic products in medicine.
6. Excursion, workshop.
7. Composite polymer materials, biocomposites and their applications in medicine.
8. Materials for 3D printing and bioprinting. Hydrogels.
9. Bionics, biomimetics
10. Degradation processes in biomaterials.
11. Excursion.
12-13. New materials and biomaterials for medical purposes.
14. Presentation. Credit test.
Basic classification of biomaterials. Basic concepts. Properties. Requirements.
2. Structure and properties of materials for bioapplications. Metals. Polymers. Ceramics.
3. Application of metals in healthcare.
Titan, Gold. Cobalt. Other metals and their alloys.
4. Application of ceramic and glass materials in healthcare.
5. Application of synthetic polymers and biopolymers in healthcare
Standard plastics, high-temperature plastics, machinable plastics, plastics for laboratory technology. Distribution of plastic products in medicine.
6. Excursion, workshop.
7. Composite polymer materials, biocomposites and their applications in medicine.
8. Materials for 3D printing and bioprinting. Hydrogels.
9. Bionics, biomimetics
10. Degradation processes in biomaterials.
11. Excursion.
12-13. New materials and biomaterials for medical purposes.
14. Presentation. Credit test.