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Keyword [Living Cells]
Result: 21 - 40 | Page: 2 of 4
21.
Studying On The Molecular Recognition Mechanism Of Aptamers And G-quadruplex Conformation In Complex Environment
22.
Design And Synthesis Of Novel Fluorescent Probes And Its Applications In Biological Imaging
23.
Functional Fluorescent Nanoprobes For Imaging Analysis Of Active Molecules In Living Cells And In Vivo
24.
Fluorescence Nanoprobes For Detection And Imaging Of Subcellular PH In Living Cells Based On Silica Nanoparticles
25.
Synthesis Of Cationic Porphyrins And Their Applications In The Biological Sensing
26.
Novel Gold Nanorods-Based SERS Probes For Living Cells Imaging And Detection
27.
Design,Synthesis And Properties Of Nucleoside-Based Fluorescent Photoswitches
28.
Fluorescent Nanosensors: Fast,Selective And Sensitive Detection Of Hydrogen Peroxide In Living Cells And In Vivo
29.
Fluorescent Probes For Amino Acid Detection And Their Bio-imaging In Living Cells
30.
Synthesis Of Fluorescent Probes For Detection Of Bisulfite And Cysteine And Their Applications In Living Cells
31.
Preparation, Fluorescence Characteristics And Analytical Applications Of Boron-doped Graphene Quantum Dots
32.
Design, Synthesis And Application Of Novel Cell Microenvironment Detection Fluorescent Probes
33.
Design Of Novel Functionalized Nucleic Acid Probes And Its Biosensing Application
34.
Design,Synthesis And Application Of Fluorescent Probes Based On The Xanthene
35.
Photoluminescence Imaging Of Newly Synthesized Proteins In Living Cells Based On Bioorthogonal Reaction
36.
Study On The Interaction Between Noble Metal Nanomaterials And Living Cells Based On Dark Field Imaging
37.
Design Of A Phosphinate-based Bioluminescent Probe For Superoxide Radical Anion Imaging In Living Cells And Mice
38.
The Synthesis And Application Of Water-soluble Fluorescent Probes With A Large Stokes Shift
39.
Fabrication Of Functionalized Carbon Nanotubes Modified Electrodes For Superoxide Anion Radical Detection From Living Cells
40.
The Construction Of The Novel Sensing Platform Based On Porous Graphene Composites And The Detection For Releasing Of Hydrogen Peroxide From Living Cells
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