Font Size: a A A
Keyword [auricular cartilage]
Result: 1 - 20 | Page: 1 of 1
1. Human Ear-shaped Polyurethane Porosity Framework Created By Fused Deposition Modelling And Auricular Cartilage Reconstruction Using This Framework In Vitro And Vivo Study
2. Clinical Analysis On 15 Cases Of Auricular Reconstruction Using Autogenous Costal Cartilage Framework
3. Study On Anatomical Basis And Clinical Application Of Auricular Cartilage For Repairing Of Nasal Alar Cartilage Defect
4. The Experimental Research On The Repair Of Auricular Cartilage Defects By The Complex Of Calcium Alginate And Autologous Chondrocyte
5. The Protective Effect Of Autologous Septal Cartilage And Ear Cartilage Implantation In Apex Nasi In Plastic Surgery
6. The Modulate Effect Of Cartilage Environment And Chondrocyte On Regenerate Cartilage Type
7. Study Of The Biological Characteristics Of Auricular Cartilage Cell Carrying With The Human Hepatocyte Growth Factor Gene
8. Nasal Comprehensive Plastic
9. Nasal Tip Refinement Using Autogenous Auricular Cartilage:Anatomical Study And Clinical Applications
10. The Study Of ADSCs And PRF Compound For Repairing Rabbits’ Auricular Cartilage Defects
11. An Experimental Study On Auricular Cartilage Constructed By Three-dimensional Biodegradable Framework Combined With Autologous Cartilage Granules
12. Biomechanical Characteristics Of Normal Human Auricular Cartilage
13. Construction Of Auricular Cartilage Models For 3D Bioprinting Based On Multimodal MRI Images
14. Identification Of Surface Markers In Human Ear Cartilage Derived Stem Cells
15. Non-Invasive Detection And Evaluation Of Auricular Cartilage In Vivo By UTE T2* Mapping
16. An Animal Experiment Study On Repairing Rabbit Ear Cartilage Defects With Acellular Dermal Matrix
17. 3D Printing Of Type ? Collagen/true Bone Ceramic/GelMA/alginate Composite Auricular Cartilage Scaffold And The Study Of Its Physical And Chemical Properties
18. Biomechanical Changes And Mechanism Of Long-pulse 1064nm Nd:YAG Laser Reshaping Of Rabbit Ear Cartilage
19. Research On Segmentation Algorithm Of Human Ear Cartilage MRI Image Based On Deep Learning
20. Research On Silk Composite Scaffolds And Polymeric Porous Microspheres In Promoting Ear Cartilage Repair
  <<First  <Prev  Next>  Last>>  Jump to