3D Printing Technique - Globe Thesis

Keyword [3D Printing Technique] Result: 1 - 20 \| Page: 1 of 3
1.	Clinical Application And Prospect Of 3D Printing Technique In Total Knee Arthroplasty
2.	Application Of3D Reconstruction And3D Printing Technique In The Treatment Of Malignant Bone And Soft Tissue Tumors
3.	Clinical Research On Laparoscopic Assisted Treatment Of Pelvic Fracture Through Para-rectus Abdominis Approach Based On 3D Printing Technique
4.	3D Printing Technique Assisted Individualized Reconstruction Surgery Of Blowout Orbital Fracture
5.	The Design Of Customized Root Analogue Implants Based On Laser 3D Printing Technique And Biological Evaluation In Vitro
6.	Study On The Design And Manufacture Of Lumbar Pediclescrew Navigation Template Based On 3D Printing Technique
7.	Fabrication And Accuracy Analysis Of 3D-Printing Dental Model Based On CBCT Modeling
8.	Study Of Clinical Application Of 3D Printing Technique In Auricle Reconstruction With Nagata Technique
9.	The Precise Surgical Treatment Of Bone Tumor With Assisting Of 3D Printing Technique
10.	Low Temperature Three-dimensional Printing Biphasic Calcium Phosphate/polyvinyl Alcohol/platelet-rich Fibrin Scaffolds For Bone Regeneration
11.	Application Of 3D Printing Technique In Diagnosis And Treatment Of Aortic Dissection
12.	Application Of Arthroscopy Combined With 3D Printing Technique In The Treatment Of Schazker Type Ⅲ Fracture Of Tibial Plateau
13.	Application Of 3D Printing Technique In Treatment Of Obsolete Pelvic And Acetabular Fractures
14.	Synthesis And Properties Of PLA/HA Composite Scaffold Based On 3D Printing Technique
15.	Clinical Study Of Child-Pugh Classification Combined With ICG R15,Fibroscan And Liver 3D Printing Technique For Safety Of Hepatocarcinoma Resection
16.	Application Of 3D-printing Technique In The Treatment Of Distal Femoral Osteotomy And Osteotomy
17.	The Application Of 3D Printing Technique In Postoperative Intravaginal Brachytherapy
18.	Regulation And Control Of Mechanical Properties And Specific Shape Tissue Engineering Cartilage
19.	The Design Of An Individualized Covered Stent In The 3D Printing Technique For The Accurate Treatment Of Stanford A Type Aortic Arch Dissection
20.	Applied Value Of 3D Printing Technique In Surgical Treatment Of Acetabular Fractures
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