Font Size:
a
A
A
Keyword [bio-imaging]
Result: 21 - 40 | Page: 2 of 5
21.
Preparation And Application Of Fluorescent Probes For Bio-Imaging
22.
Features And Bio-imaging Applications Of Optical Micro-nano Structures Under Evanescent Wave Excitation
23.
Photophysical Properties Tuning Strategies Of Phosphorescent Transition-Metal Complexes And Their Application Study
24.
Design. Synthesis And Properties Of Fluorescent Probes Based On Benzothiazole And Terpyridine
25.
Construction Of Stimuli-responsive Polymer Micro-System For The Potential Application In Detection
26.
Development Of Novel Fluorescence/Phosphorescence Molecule Probes And Their Biological Applications
27.
A Novel Of Near-infrared Long Afterglow Nanoparticles Were Synthesized And The Application In In Vivo Imaging
28.
Stimuli-responsive Polymer Nanospheres With Fluorescent Properties For Bioimaging
29.
Study On Mitochondria-targeted Two-photon Fluorescent Probes For The Detection Of SO
2
/ClO
-
30.
Synthesis, Optical Properties And Biological Application Of Aniline Derivatives With Two-photon Absorption
31.
Design, Preparationand Properties Of New-Wavelength NIR Long Phosphorescent Phosphors
32.
Design, Preparation And Properties Of Phosphorescent Materials With Dual Model NIR Long Persistent Phosphorescence
33.
Synthesis And Blood Compatibility Evaluation Of Fluorescent Carbon Dots
34.
The Control Of Hydrophilicity And Hydrophobicity Of Carbon Dots Via A One-pot Approach
35.
Study On Luminescent Functional Nanomaterials And Applications In Bio-imaging
36.
Synthesis Of Graphene-like Fluorescent Quantum Dots And Their Analytical Application
37.
Design And Synthesis Of Tetraphenylethene Derivatives:Application In Bio-detection And Bio-imaging
38.
Synthesis,Imaging And Tumor Therapy Effect Of Several Kinds Of Functional Nano-materials
39.
Mechanistic Study And Imaging Of Biomolecule-instructed Self-assembly Of Supramolecular Hydrogels
40.
Fluorescence Properties,Regulation Approach And Synthesis Mechanisms Of Self-assmbled Quantum Dots In Organisms
<<First
<Prev
Next>
Last>>
Jump to
