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Keyword [β Amyloid]
Result: 1 - 20 | Page: 1 of 2
1.
Molecular Dynamic Simulations On The Adsorption And Aggregation Of β-amyloid On Lipid Bilayers
2.
Erythrocyte Membrane-encapsulated Celecoxib Improves The Cognitive Decline Of Alzheimer’s Disease By Concurrently Inducing Neurogenesis And Reducing Apoptosis In APP/PS1 Transgenic Mice
3.
Interactions Of Several Nanoscale Substances With Mitochondria And The Mechanism Study
4.
Protective Effects Of Theanine On Brain Neurons In SAMP8 Mice
5.
Study On The Mechanism Of Anti-AD Model Inflammation And Apoptosis Of Forsythiaside
6.
Development Of Fluorescent Probes Based On D-π-A Backbone And Their Applications In Imaging β-amyloid And Viscosity
7.
Design And Synthesis Of Leading Compounds About Double Target Alzheimer’s Disease And The Study On Biological Activity
8.
Design,Synthesis And Biological Activity Of 1-azabenzanthrone-1,2,3,4-tetrahydroisoquinoline Hybrids
9.
Optical Detection And Depolymerization Of β-amyloid Oligomers In Alzheimer’s Disease
10.
Electrochemical Detection Of β-Amyloid Based On Signal Amplification Strategy Of Microelectrode
11.
Study On The Detection β- Amyloid System By Electrochemiluminescence
12.
Quantitative Research And Application Of Alzheimer’s Disease Biomarkers Based On Mass Spectrometry
13.
The Structure Ensembles Of Intrinsically Disordered Proteins Studied By Molecular Dynamics Simulations
14.
The Degradation And Interaction Of Amyloid Aggregates
15.
Design,Synthesis And Imaging Of Hydrophilic Aggregation-induced Emission Probes With D-π-A Diarylethene Framework
16.
Natural Macromolecule Fluorescence-responsive Nanomaterials That Simultaneously Diagnose And Inhibit β-Amyloid Protein Aggregation
17.
Design,Synthesis And Performance Study Of Fluorescent Probes Based On Ruthenium/iridium Complexes
18.
Preparation Of A Drug Carrier Based On Brain Microvascular Endothelial Cell-derived Exosomes And Its Therapeutic Effect On AD Mice
19.
The Novel Fluorescent Probes For β-Amyloid Protein And Brain Imaging In Mice
20.
Research And Application Of Novel Electrochemiluminescence Biosensing System Based On Nanoscale Interfaces
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