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Keyword [DNAzyme]
Result: 21 - 40 | Page: 2 of 8
21. The Design And Application Of Fluorescent Nanoprobes Based On Functional Nucleic Acid And Luminescent Nanomaterials
22. A Novel Synthesis Method Of G-quadruplexes And Its Application In Biosensing
23. The Activity Regulation Of Functional Nucleic Acid8-17DNAzyme
24. Study On The Fluorescence Biosensor Based On Graphene Oxide And Lead Sulphide Nanoparticles
25. Development Of A Test Strip Platform For On-site And Ultrasensitive Detection Of Heavy Metal Ions
26. The Detection Of Pb2+ Based On The Mesoporous Silica As Controlled-released System And The Study Of Photoelectrochemical Properties On The Mesoporous Titania Thin Film
27. Study On The Colorimetric Detection For Mercury Ion Based On Nuclease And G-quadruplex DNAzyme
28. Electrochemical Biosensors For Detection Of Uranium Based On The Specific DNAzymes
29. Studies On Novel Label-free Nucleic Acids Biosensing Strategies Based On Enzyme Signal Amplification
30. Research On Microfluidic Bioassay Based On G-quadruplex DNAzyme-enhanced Chemiluminescence
31. New Strategies Of Signal Amplification Based-on DNAzyme And HCR
32. Colorimetric Detection Of Proteins And Nucleic Acids Based On DNAzyme Amplification
33. Colormetric Sensing Research Based On Gold Nanoparticles And Dnazyme
34. Study On Highly Sensitive Optical Biosensors Based On Peroxidase Mimics And Nucleases
35. Two Strategies Of Study On The Preparation And Application Of Electrochemical Active-inactive Switch Molecular Beacon And Electrochemical Catalytic Active-inactive Switch Molecular Beacon
36. Highly Selective And Sensitive Electrochemical Biosensor For The Detection Of Small Biological Molecules Based On DNAzymes
37. Enlarge Strategy G- Quadruplex DNAzyme-based Electrochemical Biosensor Signal
38. Construction Of Trace Copper(Ⅱ) Ion Detection Strategies And Lateral Flow Biosensor For Histone Methylation Detection
39. Study On Novel Biosensors For Heavy Metal Mercury, Lead Ion Detection
40. Detection And Analysis Of Iron And Copper Ion In The Serum Based On Ag@SiO2 NPs And DNAzyme Probe
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