Controlling Mechanical Properties of NiTi Scaffolds built by Selective Laser Melting

Articles in the same Issue

1. Effect of CCN1 coating of decellularized equine carotid arteries on local biocompatibility and humoral immunogenicity in a heterogenous animal model
2. TiO₂ nanotube micropatterns – highly selective model surfaces
3. Biocompatibility of biodegradable polymeric stents in an interventional porcine carotid artery model
4. Microelectromechanical Implants: Encapsulation Concepts and Test Procedures
5. Hyperhydrophilic Surfaces, the Inverse Lotus Effect and Imaginary Contact Angles
6. Influence of sandblasting of zirconia veneered with Zirox on bond strength and static fatigue behaviour by Schwickerath-Test
7. Drug release from bone implants in-vitro: An experimental setup
8. Dynamic in vitro hemocompatibility testing – improving the signal to noise ratio
9. Animal study for the development and validation of new tissue adhesives for the use in otorhinolaryngology
10. Evaluation of bone replacement materials in a rabbit cranial defect model using micro CT and hard tissue histology
11. Determination of human anterior lens capsule permeability for fluorescent model substances and after-cataract preventive drugs
12. A novel method for tribological evaluation of bearing materials in total knee replacements
13. Controlling Mechanical Properties of NiTi Scaffolds built by Selective Laser Melting
14. Optimization of a test setup for examining blood damage caused by high shear forces
15. Drug permeation studies of hydrogels usable for stimulus-induced local drug delivery systems