Nanovesicles - Globe Thesis

Keyword [Nanovesicles] Result: 1 - 20 \| Page: 1 of 1
1.	A Study On Chitosan-based Self-assembled Nanovesicles For Drug Delivery
2.	The Preparation Of Acylated Chitosan And Self-assembled Nanovesicles For Drug Delivery
3.	The Preparation Of N, N-Dilauryl Chitosan Self-assembled Nanovesicles For Drug Delivery
4.	Porphyrin Nanovesicles Generated And Their Anticancer Research
5.	Glyco-Nanovesicles With Acticatable Near Infrared Probes For Real-time Monitoring Of Drug Release And Targeted Delivery
6.	The Study Of Tea Flower-Derived Nanovesicles In The Treatment Of Breast Cancer
7.	Study On The Antitumor Application Of Photothermal-responsive Double-loading Erythrocyte Membrane Nanovesicles
8.	The Design Synthesis And Application Of Monomolecular Polymer Nanovesicles
9.	Studies On Vesicle Formation Through Self-assembly Of Fluorinated Oligo(ethylene Glycol)Terminated Small Surface Ligand Modified Gold Nanoparticles
10.	Vibrational spectroscopy of self-forming synthetic PEGylated lipids and nanovesicles
11.	Peptide nanovesicles: Supramolecular assembly of branched amphiphilic peptides
12.	Biomimetic Hybrid Nanovesicles And Liquid Crystal Formation System For Cancer Chemoimmunotherapy
13.	Engineered Cell Membrane-Derived Nanovesicles For Precise Tumor Therapy
14.	Construction Of A Targeted Therapeutic System Based On Extracellular Nanovesicles And Its In Vitro And In Vivo Experimental Studies
15.	Construction Of A Novel Prodrug Nanovesicles To Alleviate TGF-β-related Fibrosos And Its Research On Overcoming Tumor Immune Escape Mechanism
16.	Mechanoresponsive Polymer Soft Materials: Synthesis, Properties And Applications
17.	Aloe Derived Nanovesicles Based Novel Drug Delivery Systems Study
18.	Preparation And Properties Studies Of Nanoliposomes/lipid Nanovesicles Loaded Phenylethyl Resorcinol
19.	Preparation Of Liposome Fusion Vesicles Of Stem Cell Membrane And Its Application In The Treatment Of Vascular Obstruction
20.	Analysis Of Components In Garlic-derived Exosome-like Nanovesicles And Their Roles In Alleviating Colitis Of Mice
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