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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 Fe
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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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