Injectable - Globe Thesis

Keyword [Injectable] Result: 1 - 20 \| Page: 1 of 10
1.	The Study Of An Injectable Nano-Hydroxyapatite And Polyamide Composite Cement For The Prophylactic Augmentation Of Osteoporotic Cancellous Bone And Management Of Osteoprotic Fracture Of Cancellous Bone
2.	Study On Injectable Tissue-engineered Bone With Calcium Alginate Gels As Carriers
3.	Studies On Injectable,Biodegradable,and Sustained-Release Microspheres Loaded With Estradiol
4.	Study Of Injectable Carbonated Hydroxyapatite
5.	The Development And Related Research Of The Injectable Osteoinductive Material With Fibrin Sealant As A Carrier
6.	Research On Nano Bone-like Apatite Crystals And Its Composite With Polyamide For Bone Repair
7.	Experimental Study Of Injectable Hydroxyapatite Cement For The Augmentation Of Mechanical Properties In The Osteoporotic Femoral Intertrochanteric Area
8.	Biodegradable Hydrogel Potentially Used As Injectable Medical Material
9.	Study On The Targetable And Intravenous-injectable Vectors For Efficient Gene Delivery
10.	Experimental Studies On The Construction And Application In Distraction Osteogenesis Of The Nano Cellular Injectable Tissue-engineered Bone
11.	Construction Of Injectable Polylactide Cell Microcarriers/Chitosan Hydrogel Composite Scaffold
12.	Injectable Engineering Heart Tissue Restore Myocardium Infarction In A Rat Model
13.	Studies On LXT-101 Sustained-release Injectable Microspheres To Treat Prostate Cancer
14.	Study And Application Of Functional Ion Exchange Resin On Pulsatile-release Capsules And Lung-Targeting Injectable Microspheres Drug Delivery Systems
15.	Preparation And Property Of The Complex Hydrogel Via Molecular Assembly
16.	Three Novel Injectable Calcium Sulphate And Calcium Phosphate Bone Substitutes
17.	Study Of Doxorubicin Loaded Injectable Microsphere
18.	Related Study On The Clinical Application Of Injectable Calcium Sulfate As A Bone Substitute
19.	Development Of A Injectable Calcium Sulphate/nano-hydroxyapatite Bone Substitute And Preliminary Study Of Its Biological Performance
20.	The Construction And Empirical Study Of An Injectable Bone Tissue Engineering Combining Platelet-rich Plasma
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