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Keyword [Sensitive Detection]
Result: 21 - 40 | Page: 2 of 9
21. Selective And Sensitive Detection Of MiRNA-21 Based On Gold-nanorod Functionalized Polydiacetylene Microtube Waveguide
22. Highly Sensitive Detection For Thrombin Using Graphene Oxide-DNA Based Sensors
23. Surface Functionalization Of Electrospun Fibers For Sensitive Detection Of Mercury Ions
24. Highly Sensitive Detection Of Phosphopeptides With Functional Nanomaterials Enhanced Mass Spectrometry
25. Study On Electrochemical Immunosesor Based On Functional Nanomaterials For Sensitive Detection Of Staphylococcus Aureus
26. Sensitive Detection Of Aromatic Vapor Through PDMS-C3H7S-assisted SERS Amplification
27. The Application Of (Analogic) Graphene-Self-Doped Polyaniline Composites On Detection And Adsorption In Common Pollutants
28. Preparation Of Fluorescent Nanoclusters And Study On Heavy Metal Ions Detection
29. Study On Novel Analytical Method For Sensitive Detection Of Phenylethanolamine A Based On Metal Organic Frame Combined With Molecularly Imprinted Polymers
30. High Sensitive Detection Of Melamine Based On Molecular Imprinting And Fluorescence Probe
31. Development Of Technique For Rapid And Sensitive Detection Of Acenaphthylene In Water Based On Enhanced ELISA
32. Fluorescent Nanosensors: Fast,Selective And Sensitive Detection Of Hydrogen Peroxide In Living Cells And In Vivo
33. Electrochemical Sensor Based On Nanometer Materials For Highly Sensitive Detection Of Hg2+ And Cu2+
34. Highly Sensitive Detection Of Perfluorinated Compounds In Environmental Water Samples Based On Resonance Light Scattering And Fluorescence Technology
35. Phosphodiesterase Type 5 Inhibitors Of High Performance Liquid Chromatography Of High Sensitive Detection Stusy In Health Care Products
36. Electrochemical Performance Of Carbon Nanotubes@Mesoporous Carbon Three-dimensional Composites And Sensitive Detection Of Bisphenol A
37. Sensitive Detection Of Melamine Based On Surface Enhanced Raman Spectroscopy And Electrochemical Sensor Modified By Novel Nanomaterials
38. Rod-SERS-nanotags For Highly Sensitive Detection Of Bacteria On The Surface Of Plasmonic Supercrystal
39. Research On Sensitive Detection Of Disease-related Target Molecules Based On Strand-replacement Signal Amplification Technology
40. A New Method For Sensitive Detection Of Telomerase Activity Without PCR Amplification
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