Cell-imaging - Globe Thesis

Keyword [Cell-imaging] Result: 101 - 120 \| Page: 6 of 10
101.	Plasmonic Based Electrochemical Approach And The Applications To Bioanalysis
102.	Development Of Novel Fluorescent Sensors Based On Functional Nucleic Acids And Aggregation-induce Emission Fluorophores
103.	Studies Of Novel Biosensing Technology Based On Rolling Circle Amplification And Nanomaterials
104.	Synthesis And Application Of Fluorescent Probes Based On Carbazole And Triphenylamine
105.	Study On Cellular Application Of Water-Soluble Conjugated Polymer Nanocomposites
106.	Fluoride Fluorescent Probes Based On Si-O Bond Cleavage
107.	Highly Selective Analysis Based On Aggregation-induced Emission
108.	Fluorescent Probes For Mercury Ion And Nitrite Ion Based On Benzanthrone
109.	Design And Synthesis Of Phosphorescent Iridium(â…¢) Complexes Probes And Their Biological Applications
110.	Size Controlled Synthesis Of Nitrogen Doped Carbon Quantum Dots And Its Applicatios
111.	Miniemulsioin-based Synthesis Of AIE Polymeric Nanoparticles And Their Luminescent Properties
112.	Aconitic Acid Derived Fluorescent Carbon Nanomaterials:synthesis And Analytical Application
113.	Based On The Preparation And Characterization Of Artificial Nanozymes And Their Application In Biological Detection And Degradation Of Environmental Pollutants
114.	Synthesies Of Near-infrared Quantum Dots And Their Bioapplication
115.	Synthesis,Aggregation-induced Emission Enhancement And BSA Probe Of A New 9,10- Diarylanthracene Derivative
116.	Synthesis Of Dendric Naphthalimide Fluorescent Dyes With Aggregation-induced Emission Properties And Their Application In Fluorescent Probes
117.	The Design, Synthesis And Sensing Properties Of Fluorescent Probes Based On Terbium Complexes And The Derivatives Of Iminocoumarin
118.	Folate Receptor Targeted Fluorescent Carbon Dots : Its Application In Tumor Cells Imaging
119.	The Preparation Of Carbon Dots And Its Applications In Environmental And Biological Analysis
120.	Preparation, Structure-activity Relationship And Biological Application Of Triphenylamine Derivatives Fluorescent Probe
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