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Keyword [Ph sensitive]
Result: 161 - 180 | Page: 9 of 10
161.
Assembles And Applications Of PH-Sensitive And Photothermal-Responsible Amphiphilic Diblock Copolymers
162.
Preparation Of PH Sensitive Amphiphilic Block Copolymers And Study On The Behavior Of Micelles
163.
Injectable Drug-loaded Hydrogels Based On The Supramolecular Polymeric Prodrugs
164.
Computer Simulations To Investigate PH-sensitive Polymeric Micelles Self-assembled From Triblock Copolymers For Anticancer Drug Delivery
165.
Studies On Preparations And Drug Controlled Release Of PH And Reduction Dual-Sensitive Hyperbranched Nano Micelles
166.
Synthesis And Polymerizable Of New Near-Infrared Fluorescence Monomer And Application In Bioimaging
167.
The Synthesis, Characterization And Application Of PH-sensitive Hyperbranched Polyacetals
168.
Synthesis And Drug Release Studies Of Betaine-based Gel
169.
Synthesis, Micellization And Drug Release Behavior Of Temperature And PH Sensitive Brush Block Block Copolymer
170.
Based On PEG - Based Polymer Temperature / PH - Sensitive Hydrogel Click Chemistry Synthesis And Properties
171.
Studies On Carbon Dots Preparation, Characterization And Bio-sensing Application
172.
Synthesis And Properties Of Several Perylene Fluorescent Probes
173.
Preparation Of Functional Magnetic Nanomaterials Based On Fe
3
O
4
And Basic Research Of Their Biological Applications
174.
Preparation And Application Of Ultrafiltration Membrane Base On Modified-PES By ?-Ray Irradiation Grafting In Homogenous Phase
175.
Polyelectrolyte Constructed Functional Carriers And Their Applications
176.
Preparation And Performance Of Hydrogels Based On Double Network Toughening Mechanism
177.
Dendritic Star-shaped Zwitterionic Polymers Based On PAMAM For Anticancer Drug Release
178.
Synthesis And Characterization Of PH-sensitive Rosin Polymers And Its Conformational Change Research
179.
PH-Response Of Nanocarriers Of Tertiary Amine Modified Cyclic Acetal-functionalized Polymers For Drug Delivery System
180.
Preparation Of Core-shell Nanoparticles By Biopolysaccharides And Their PH-sensitive Drug Release
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