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Keyword [PAMAM-dendrimer]
Result: 21 - 40 | Page: 2 of 3
21.
Synthesis And Application Of Unilateral Divergent Teg-pamam Dendrimer
22.
PAMAM Dendrimer Modified Silica As Carriers For Enzyme Immobilization And Alanine Adsorption
23.
Synthesis, Characterization And Biomedical Applications Of Branched Polyethylenimine-and Dendrimer-Based Functionalized Nanomaterials
24.
The Construction Of Dendrimer-based Self-assembling Protein Nanomaterials
25.
Preparation And Properties Of Nano-sized Rare Earth Compounds With PAMAM Dendrimer As A Template
26.
Construction And Cancer Therapy Applications Of Fuctionalized Dendrimer-based Drug Delivery System
27.
Preparation,Characterization And Catalytic Performance About Ethylenediamine/Polyamidoamine-2-Pyridinecarbaldehyde Schiff Base Palladium
28.
Study On PAMAM Dendrimer: Folic Acid Modification And Synthesis Of Non-ethylenediamine-core Structure
29.
Polymer-stabilized Noble Metal Nanoparticles:Synthesis,Characterization And Application In Detection Of Heavy Metal Ions
30.
Multifunctional Dendrimer-based Dual Drug Delivery System:Preparation, Characterization And Synergetic Chemotherapy Of Cancer
31.
Construction And Drug Release Research Of PH-sensitive Magnetic Targeting Drug-loaded Dendritic Polymer
32.
Construction Of Catalytic Active Centers In Functionalized Organic Macromolecule For Green Catalysis
33.
Study On Synthesis And Mechanism Of Fe
3
O
4
Magnetic Nanomaterials For Efficient Recovery Of Oleaginous Microalgae
34.
Study On The Electrochemical Immunosensor For The Detection Of Ochratoxin A
35.
Preparation And Properties Of PAMAM Dendrimer Based Ionogel
36.
Dissipative Particle Dynamics Simulations Of PAMAM Dendrimers As Delivery Vectors
37.
Preparation Of Staged Tumor Targeting PAMAM-lipid Composite Nanosize Drug Delivery System And Studies On Its Mechanism Of Action
38.
The Application Of PAMAM Dendrimer-coated Nanoclusters In Electrochemiluminescence Sensors
39.
The Bioavailability Enhancement And Mechanism Of Pamam Dendrimer On The Poorly Absorbanle Drugs
40.
Using PAMAM dendrimer frameworks to investigate multivalent binding in protein: Carbohydrate interactions
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