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Keyword [Nanoprobes]
Result: 181 - 200 | Page: 10 of 10
181. Fluorescence Sensing Based On Small-size Conjugated Polymer Nanoprobes Containing Pyridyl Groups
182. Surfactant And Polymeric Micelle-based Fluorescent Nanoprobes For CO Detection
183. High Sensitivity Detection Of Lymph Node Metastasis With Nearinfrared Upconversion Luminescent Nanoprobes
184. Metal/covalent Organic Framework Based Nucleic Acid Nanoprobes For Detection And Imaging Of MRNA In Cancer Cells
185. Thermally Activated Delayed Fluorescence Emitters With Longer Emission Wavelength: Design,Synthesis And Biological Applications
186. Nanoprobes Based On The Nanostructure Of Nucleic Acids And Their Application In Live-Cell Detection
187. Preparation Of 3-hydroxyflavone-based Fluorescent Nanoprobes And Their Applications In Bacterial Detection And Therapeutics
188. Preparation And Application Of The Dual-Modal Nanoprobes For Cancer Theranostics
189. Development And Application Of Near-Infrared Persistent Luminescence Nanoprobes For Biosensing And Imaging
190. Construction Of Two-photon Fluorescent Nanoprobes And Their Application In Biological Analysis
191. Research On The Application Of MOFs-based Nanoprobes In Alkaline Phosphatase Detection And Tumor Therapy
192. Design,Synthesis And Application Of Porphyrin-based Ratiometric Polymer Fluorescent Nanoprobes
193. Study Of Nanoprobes Used For The Capture Of Drug-resistant Cells In Acute Myeloid Leukemia
194. Electrochemiluminescence Analysis Of Exosomes Derived By Breast Cancer Cells And Their Surface Proteins
195. Basic Research Of Multifunctional Superparamagnetic Fe3O4 Nanoprobes For Targeted Therapy
196. Dual-stimuli Responsive Fluorescent Nanoprobes For Hypoxia Imaging In Tumor
197. Construction Of Novel Tumor Microenvironment-responsive Nanoprobes And Their Imaging Detection And Therapeutic Applications
198. Construction And Application Of Functionalized Hypoxia-Responsive Nucleic Acid Nanoprobes
199. Light-controlled Deoxyribozyme Nanoprobes For MiRNA Inhibition In Breast Cancer Cells
200. Construction Of Highly Sensitive Nanoprobes Based On MOFs For The Detection Of Environmental Pollutants
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