Time-resolved luminescence - Globe Thesis

Keyword [Time-resolved luminescence] Result: 1 - 20 \| Page: 1 of 2
1.	Recognition Of Biomacromolecules By Multifunctional Complexes And Its Biological Applications
2.	Synthesis And Time-resolved Assay Application Of Novel Lanthanide Luminescence Probes
3.	Preparation And Application Of A Water-Soluble Visible-Light-Sensitized Luminescent Europium Complex
4.	Synthesis And Application Of New Europium Luminescence Probe For Time-Resolved Luminescence Assay
5.	Synthesis And Application Of A New Luminescent β-Diketonate-Europium(Ⅲ) Complex
6.	Synthesis And Application Of A Novel Europium(Ⅲ)Complex-based Luminescence Probe For Hypochlorous Acid
7.	Synthesis And Application Of Novel Europium And Terbium Complex-Based Luminescent Probes
8.	Novel Europium Complex-Based Luminescence Biolabels For Time-Resolved Luminescence Bioassay Application
9.	The Novel Optical Biosensors For Detection Of Protein Acetylation-related Enzymes
10.	Preparation And Application Of Long-wavelength-excited Luminescent Europium Nanoparticles
11.	Construction Of Time-resolved Luminescence Sensing Platform Based On Two-dimensional Nanomaterials
12.	Synthesis And Application Of Lanthanide Complex-based Dual-moda-l Probes For Time-resolved Luminescene And MRI Bioimaging
13.	Design And Synthesis Of Redox-sensitive Optical Probes For Bioimaging Applications
14.	Tumor Hypoxia Imaging And Photodynamic Therapy Based On Phosphorescence Photosensitizers
15.	Metal-Containing Functional Polymers Based On Energy Transfer:Design,Synthesis And Biological Applications
16.	Design And Synthesis Of Stimuli-Responsive Organic Photosensitizers For Tumor Imaging And Photodynamic Therapy
17.	Synthesis And Application Of Novel Europium Complex-based Luminescent Probes For Singlet Oxygen
18.	Lanthanide complexes as anion-responsive luminescent probes
19.	Capturing Protein Dynamics with Time-Resolved Luminescence Spectroscopy
20.	Time-Resolved Luminescence Resonance Energy Transfer Imaging of Protein Interactions in Living Cells
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