Nanotubes - Globe Thesis

Keyword [Nanotubes] Result: 1 - 20 \| Page: 1 of 10
1.	Carbon Nanotube-based Chemo/biosensing And Construction Of Cell-based Biosensing Interface
2.	Capillary Electrophoresis-Laser-induced Fluorescence For Single Cell Analysis And Multidrug Resistance Research
3.	Novel Magnetic Beads-based Instantaneous Derivatization For The Chemiluminescence Detection Of Sequence-specific DNA
4.	Innovative Strategy Of Biochemical Analysis And Study On New System For Selective Cancer Cell Destruction Based On Functionalized Carbon Nanotubes
5.	Effects Of Carbon Nanotubes On Vascular Endothelial Cells Damage And Its Mechnism
6.	Analytical Application Of Liposome And Single Wall Carbon Nanotubes In The Bioassay And Diagnosis In Clinic
7.	Piezoelectric Electrochemical Studies On Nanobiosensing Of Tumor Cells And Proteins
8.	Synthesis, Characterization And Biological Screening Of Thiazolidinone Derivatives And Nano-Combinatorial Libraries
9.	Fabrication And Characterization Of Magnetic Carbon Nanotubes Composite Carrier For Tumor-targeted Therapy
10.	Differential Effects Of Multiwalled Carbon Nanotubes And Fullerene C60 On In Vitro Astroglial Cells
11.	The Effects And Gene Expression Analysis Of MWCNTs On RAW264.7 Macrophages
12.	The Typical Toxicity Of Nano-silica And Carbon Nanotubes
13.	Biological Effects Of Titania Nanoparticles And Their Application As Anti-cancer Drug Vehicle In Breast Cancer Therapy
14.	Study Of Carbon Nanotubes Based Scaffold Biomaterials And Intracellular Drug Carriers
15.	Study On The Anticancer Efficacy Of Antitumor Drug Loaded Polymeric Nanomaterials
16.	Studies On Trans-membrane Drug Transportation Mediated By Self-assembling Peptide Nanotubes And Anti-tumor Activities
17.	Carbon Nanotube-based Bio-materials Preparation And Characterization And Biomedical Applications
18.	Scaffolds For Tissue Engineering Topology And Chemical Composition Of Cell Behavior
19.	Cardiac Sympathetic Remodeling And The Effect And Mechanism Of Carbon Nanotubes On The Potassium Channel
20.	Applied Research Nanomaterials In The Anti-tumor Immunotherapy
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