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Keyword [Fluorescence sensor]
Result: 181 - 200 | Page: 10 of 10
181. Fluorometric Microplate-based Dimethoate Assay Using CdSe/ZnS Quantum Dots Coated With A Molecularly Imprinted Polymer
182. Synthesis Of Metal-organic Framework Encapsulated Dye And Enzyme Composites For Sensing
183. Research On The Preparation And Performance Of Carbon Dot-metal Organic Framework Composite
184. Synthesis And Application Of Functionalized Copper Nanocluster Composites
185. Research On New Multifunctional Fluorescent Sensors Based On A Potassium Ion Probe
186. Study On Accurate Detection Of Heavy Metals In Food And Medicine By Multiple Quantum Dots Fluorescence Sensor
187. Structure And Properties Of Luminous Metal-Organic Frameworks Based On Tetracarboxylic Acid Ligand
188. Research On Detection Of Noxious Substance Based On Molybdenum Disulfide Quantum Dots Fluorescence Sensor
189. Study Of Acrylamide Detection In Heat-procseed Food Based On Carbon Quantum Dots-fluorescence Sensor
190. Synthesis Of Organic And Mesoporous Materials-based Fluorescence Sensor And Their Detection Of Water Content
191. Construct And Application Of Carbon Quantum Dots-sulfadiazine Imprinted Fluorescence Sensor
192. The Preparation Of Anisotropic Doped Carbon-based Fluorescent Probe And Its Application In Detection
193. Construction Of Graphene Quantum Dots Molecularly Imprinted Fluorescence Sensor And Its Recognition And Detection Of Oxytetracycline In Milk Samples
194. Construction And Application Of Highly Selective Fluorescent Sensors Of Sulfur Dioxide Derivatives
195. Synthesis And Properties Of Hg2+Fluorescence Sensor Based On Diarylethylene-Rhodamine B
196. Synthesis And Properties Of Rhodamine-based Fluorescence Sensor For Detecting Hg2+
197. Study On The Design,Synthesis Of Metal Ion Probes Based On Fluorescence Response And Their Applications
198. Study Of DNA Fluorescent Probes Based On Collaborative Hybridization
199. Study On Preparation And Properties Of Doped Carbon Quantum Dots Based On Lignin And Ammonium Ferric Citrate
200. Construction And Performance Of Highly Sensitive Pb2+ Bio-machine Based On GR-5 Dnazyme And Isothermal Amplification
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