Cellular imaging - Globe Thesis

Keyword [Cellular imaging] Result: 1 - 20 \| Page: 1 of 2
1.	Preparation Of Luminescent Quantum Dots And Their Applications In Chemical And Biological Analysis
2.	Application Of Quantum Dots In Cellular Imaging Analysis
3.	Studies On The Synthesis Of N-Doped Fluorescent Carbon Dots And Their Applications In Cellular Imaging Analysis
4.	Fluorescent Properties Of Walnut Shells Based Carbon Quantum Dots And Their Applications In Osteosarcoma MG-63 Cells Imaging
5.	Application Of Radioactive,Fluorescent Probe In Molecular And Cellular Imaging
6.	Study On Reconstruction Method Of Soft X-ray Imaging And Organelles Identification For Cells
7.	Molecular Fluorescent Probes For Ions Detection And Cellular Imaging
8.	Application Of Fluorescent Probe In Molecular Detection And Cellular Imaging
9.	Study On Preparation,Properties And Application Of Novel Small-molecule Fluorescent Probes
10.	Novel Fluorescent Schiff-base Probes For Ions And Their Applications In Cellular Imaging
11.	Studies On The Preparation Of N-Doped Carbon Quantum Dots And Their Applications In Cellular Imaging
12.	The Novel Organic Fluorescent Probes For Imaging Detection Of Bioactive Species
13.	Preparation And Performance Research Of Magnetic Resonance/Fluorescence Bimodal Imaging Probe Based On Carbon Quantum Dots
14.	Enzyme-Assisted Covalent Labeling Method Of Extracellular Vesicles And Its Application In Cellular Imaging
15.	Design,Synthesis And Application Of Long Wavelength Fluorescent Probe
16.	Towards cellular imaging with chemical and molecular specificity: Raman and coherent anti-Stokes Raman (CARS) microscopy
17.	Digital Holographic Tomography for biological cellular imaging
18.	Modeling and boundary force control of microcantilevers utilized in atomic force microscopy for cellular imaging and characterization
19.	The Synthesis Of Fluorescent Molecular Probes Based On Coumarin And Oxanthene And Their Application In Cellular Imaging
20.	Design On The Cellular Imaging And Recognition Based Portable Cell Counting Platform
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