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Keyword [Biological molecules]
Result: 41 - 60 | Page: 3 of 5
41. Study On Electrochemical Biosensing Properties Of Porous Carbon Nanomaterials
42. Investigation On Adsorption Properties Of Biological Molecules On Mica Surface Using The Surface Forces Apparatus
43. The Spectral Analysis Of Biological Molecules Based On Gold Nanoparticles And Fluorescent Dyes
44. Biological Molecules And HIV Gene Electrochemical Sensor Based On Graphene Composite
45. Electrocatalysis Of Small Molecules Based On Nanocomposites Modified Electrode
46. Synthesis Of Iron Family Metal Oxide Nanocomposite For Electrochemical Sensor
47. Preparation Of Small Biological Molecules Nanocomposites Modified Electrodes For Electrochemical Sensing Applications
48. Design And Synthesis Of Small Biological Molecules Fluorescent Probes Based On Rhodamine Analogues And Its Bioimaging Application
49. Fluorescent Probes For Biological Molecules,Ions And Its Application In Living Cell Imaging
50. Study On The Interaction Between Polybrominated Diphenyl Ethers And Their Derivatives With Biological Molecules
51. Research On Microfluidic Chip Based On Nanogold Signal Amplification Mode
52. Molecular Dynamics Simulations On The Interaction Between Carbon-based Nanomaterials And Biological Molecules
53. Naopore-based Sensing Of Particles And Biological Molecules
54. Porous Carbon Nanocomposite Materials:Preparation And Electrocatalysis Application
55. Fabrication Of Polycationic Gene Vectors With Abundant Hydroxyl Groups Based Onsmall Biological Molecules
56. Design And Synthesis Of Water-stable Metal-Organic Frameworks And Heavy Metal Ions/Tryptophan Sensing
57. Construction Of MOF Derived Transition Metal-carbon Matrix Composites And The Electrochemistry Studies On The Determination Of Small Biomolecules
58. Synthesis Of Alkyne Copper Cluster Compounds And Detection Of Small Biological Molecules
59. Construction And Properties Of MOF-based Non-enzymatic Electrochemical Sensor For Detection Of Small Biological Molecules
60. Novel Fluorescent Biosensing Methods Based On Self-Assembled Copper Nanoclusters
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