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Keyword [Tumor markers]
Result: 81 - 99 | Page: 5 of 5
81.
Signal Amplification Strategy Based On Controlled Radical Polymerization For Sensitive Detection Of Tumor Markers
82.
Early Detection Of Tumor Markers Based On Single Nanoparticles Collision Electrochemistry
83.
Electrochemical Immunosensor Based On Functionalized Phenolic Resin Microporous Carbon Spheres For Dection Of Tumor Markers
84.
Fluorescent Biosensors Based On Functional Nucleic Acids For Tumor Cell Imaging And Therapy
85.
Nanoscale Organic Framework Materials For Cancer Diagnosis And Therapy
86.
Application Of Functionalized Transition Metal MOFs In Electrochemical Immunosensors
87.
Application Of Core-shell Nanomaterial-mediated Signal Amplification Strategies In Biosensors
88.
Study On Chemiluminescence Detection Of Tumor Markers Based On Aptamer Technology
89.
Construction Of SERS-LFA Test Strips And Its Application In Tumor Marker Detection
90.
Construction And Application Of A Novel Rapid And Highly Sensitive Detection Method For Tumor Markers Based On DNA Nanostructures
91.
Construction Of ZIF-8 Nanoprobes And Their Use For Imaging Of Tumor Markers MiRNA
92.
Detection Of Tumor Markers By Microchip Electrophoresis Based On Nucleic Acid Isothermal Amplification
93.
Construction And Application Of Liquid Suspension Biochip Based On Polylactic Acid-maleic Anhydride Fluorescently-encoded Microspheres
94.
DNA Functionalized Nanomaterials For SERS Detection Of Tumor Markers And Single Cell Analysis
95.
Study On Detection Of Tumor Markers By ECL Biosensor Based On Novel Nanocomposite
96.
Photoelectrochemical Biosensor Of Hepatocellular Carcinoma Markers Based On Aromatic Ionic Liquids Functionalized Metal Organic Frameworks
97.
Fluorescent Biosensor For Detection Of Tumor Markers Based On Conjugated DNA Nanostructures
98.
Study On The Application Of Copper Selenide Nanoparticles In Tumor Markers Detection And Cancer Cell Killing
99.
Construction And Application Of MOFs-Derived Porous Carbon-Based Materials For Electrochemical Immunosensors
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