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Keyword [FRET]
Result: 141 - 160 | Page: 8 of 10
141.
Imaging Detection And Analysis Of Glycans On Cell Surface
142.
Design,Synthesis And Biological Application Of Redox-responsive Twin-disulfide Bonds
143.
Integrating FRET And AIE For In Situ Probing Intracellular Drug Release From Redox-responsive Micelles
144.
Study On The Change Of Waterborne Polyurethane Particle During Film Formation By FRET Technology
145.
The New Technology Of On-site Application-oriented Rapid Detection Of Organophosphorus And Neonicotinoid Pesticide Residues
146.
SiRNA-Loaded Nucleic Acid Lipid Nanoparticles For Targeted Diagnosis And Treatment Of Liver Cirrhosis And Tumor
147.
Mn
2+
-Doped CaF
2
Time-Resolved Luminescent Nanoprobes And Their Biological Applications
148.
Preparation Of Carbon Dots Fluorescence Resonance Energy Donor And Its Application In The Analysis Of Biomarkers
149.
Preparation Of Multifunctional Nano Drug Carrier And Molecular Fluorescent Probe And Its Application In Biochemical Analysis
150.
Synthesis Of Pillar[5] Arene Based On Quinoxaline And Its Application In Light-harvesting System
151.
Preparation And Application Of Activated Sulfur Molecular Fluorescence Probe
152.
Synthesis,Properties And Functions Of Peptide Based Cu
2+
?Hg
2+
Fluorescent Probe
153.
Design Of A Fluorescent Small Molecule For Probing Sulfenic Acid Protein And In Situ Imaging Of Living Cells
154.
Synthesis And Biological Application Of Peptide Conjugates Of Fluorescein-Derivatives
155.
Synthesis And Properties Of Rhodamine-Based Fluorescence Sensor Based On FRET Mechanism
156.
Design,Synthesis And Binding Ability Of Cyanides Chemosensor Based On Potential Intramolecular Br···H Hydrogen Bonding
157.
Preparation Of Organic Conjugated Polymer Nanoparticles For Intracellular PH Detection And Antibacteria By Photodynamical Therapy
158.
Synthesis And Properties Of Fluorescent Polymer Gel Probes Based On Azobenzene Reduction Responsiveness
159.
Carbon Dots-based Fluorescent Probes For Trace Hg
2+
Detection In Aqueous Solutions
160.
Design,Synthesis And Application Of Responsive Fluorescent Polymer Nanoparticles
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