| Technical Name | Method for additive manufacturing a 3D printed ceramic object with negative thermo-response hydrogel | ||
|---|---|---|---|
| Project Operator | Kaohsiung Medical University | ||
| Project Host | 王志光 | ||
| Summary | "The key advantages of a 3D printed biodegradable scaffolds are custom control of shape, porosity, pore connectivity, material composition, site-specific drug/growth factor delivery,orientation. Another limitation in 3D printed parts is that the mechanical properties of printed objects do not always resemble the repaired tissue in terms of modulus,strength. Improvement in mechanical stre |
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| Scientific Breakthrough | - |
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| Industrial Applicability | - |
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| Keyword | __ | ||
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