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Yakui Liu

Speaker

10/10/2024
Poster Self-Study
P-14
Melt electrowriting-based PCL patch with optimized topology design for abdominal defect reconstruction
Biomaterials targeting tissue regeneration
11/10/2024
Poster Self-Study
P-14
Melt electrowriting-based PCL patch with optimized topology design for abdominal defect reconstruction
Biomaterials targeting tissue regeneration
12/10/2024
Poster Self-Study
P-14
Melt electrowriting-based PCL patch with optimized topology design for abdominal defect reconstruction
Biomaterials targeting tissue regeneration

Further involvements

10/10/2024
Poster Self-Study
P-14
Melt electrowriting-based PCL patch with optimized topology design for abdominal defect reconstruction
Biomaterials targeting tissue regeneration
11/10/2024
Poster Self-Study
P-14
Melt electrowriting-based PCL patch with optimized topology design for abdominal defect reconstruction
Biomaterials targeting tissue regeneration
12/10/2024
Poster Self-Study
P-14
Melt electrowriting-based PCL patch with optimized topology design for abdominal defect reconstruction
Biomaterials targeting tissue regeneration
12/10/2024
10:15 – 10:30 12 Min. 3 Min.
Short Talk
O-50
Development of a novel engineered periosteum based on melt electrowriting PCL scaffold combined with bioprinting hydrogel scaffold
Biomaterials targeting tissue regeneration