Control release - Globe Thesis

Keyword [Control release] Result: 21 - 40 \| Page: 2 of 3
21.	The Study Of RhBMP2 Composite Materials On Bone Regeneration
22.	The Research On Drug Control Release And Degradation And Biologic Properties Of β-TCP/UPPE
23.	The Research On Drug Control Release And Degradation And Biologic Properties Of β-tcp/uppe
24.	Fe <sub> 3 </sub> O <sub> 4 </sub> Study On Nano - Particles And Its Targeting Drugs
25.	Trimethylene Carbonate - Lactide Ester Copolymer Synthesis, Characterization And Drug Control Release System
26.	Construction Of Multilevel Microsphere Scaffold Which Load And Control Release Anti-tuberculosis Drug
27.	Preparation And Preliminary Studies On Control Release Of Chitosan Nanoparticals As DNA Vaccine Vehicle
28.	The Preparation, Characterization And Bioactivity Evaluation Of Composite Material Containing Strontium And PRF In Vitro
29.	Experimental Study On Load-Drug Hollow Periodic Mesoporous Organosilicas Ultrasound Contrast Agent Targeting Tumor Therapy
30.	Preparation And Basic Reaearsh Of Rifapentine-Loaded Poly(Lactic-Co-Glycolic Acid) Microspheres-Calcium Phosphate Cement Composites
31.	Study On MSN/nHA-based Microspheres Composites For Bone Regeneration And Drug Delivery
32.	Comparison Of HPLC & UV-VIS Technique For Detection Of Levofloxacin From Control Release Biodegradable Nanospheres In Treatment Of Osteomyelitis
33.	The Study On Biological Bone Ingrowth Of Ti6AL4V Coated With Controlled Released Recombinant Human Bone Morphogenetic Protein2Microspheres
34.	Study Of Sustained-release Epirnomectin Loaded PLGA Microspheres
35.	The Study On The Novel Drug-loaded Multifunctional Ultrasound Contrast Agent
36.	Research On Control Release Of SiRNA Mediatedby Mesoporous Sillicon Nanoparticles
37.	Preliminary Construction Of Bioactive Decellularizd Tendon Xenograft
38.	Preparation Of Dual Microspheres Based On Chitosan/PLGA Control Release Of Vancomycin Hydrochloride
39.	Preparation Of A Functional Bone Repairing Material By Biomimetic Mineralization
40.	The Preparation And Preliminary Study Of Composite Material Of A 3D Printing Porous β-TCP Scaffold Loaded With Anti-tuberculosis Drugs Control-release PLGA Microspheres
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