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Engineering Nanocellulose Biointerfaces Toward Bioactivity and Strength
Maija Vuoriluoto
Not published at VTT
Aalto University
Research output
:
Thesis
›
Dissertation
›
Collection of Articles
Overview
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Dive into the research topics of 'Engineering Nanocellulose Biointerfaces Toward Bioactivity and Strength'. Together they form a unique fingerprint.
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Agricultural and Biological Sciences
Antibodies
25%
Architecture
50%
Behavior
25%
Biosensor
25%
Cellulose
50%
Cellulosic Materials
25%
Couplings
50%
Crystals
50%
Engineering
100%
Ethylene
25%
Fouling
25%
Hemoglobin
100%
Human Serum Albumin
25%
Humans
50%
Materials
100%
Monitoring
50%
Polymers
50%
Quartz
50%
Surface Plasmon Resonance
50%
Surfaces
75%
Testing
25%
Water
50%
Chemistry
Adsorption
21%
Adsorption Behavior
4%
Analytical Method
4%
Anionic Group
4%
Antifouling
4%
Application
4%
Bioactivity
100%
Biosensor
4%
Block Copolymer
8%
Cellulose
8%
Cellulosic Material
4%
Chemical Passivation
13%
Copolymer
17%
Crosslinking
4%
Density
4%
Electron Affinity
4%
Electrostatic Interaction
4%
Ether
4%
Ethyl
4%
Ethylene Glycol
4%
Filament
13%
Fluorescence
4%
Functionalization
4%
Hemoglobin
17%
Interference
4%
Methacrylate
8%
Molecule
4%
Nanomaterial
4%
Neutralization
4%
Oxidation Reaction
4%
Polymer
8%
Potential
4%
Procedure
4%
Random Copolymer
8%
Strength
100%
Structure
4%
Surface
13%
Surface Plasmon Resonance
8%
TEMPO
43%
Water Type
8%
Pharmacology, Toxicology and Pharmaceutical Science
2 Methoxyethanol
4%
Adsorption
26%
Antibody
4%
Bioactivation
4%
Carbon Nanofiber
100%
Cellulose
8%
Copolymer
30%
Hemoglobin
17%
Human Serum Albumin
4%
Methacrylate
4%
Nanocellulose
100%
Nanomaterial
4%
Poly[2 (Dimethylamino)ethyl Methacrylate]
4%
Polymer
8%
Silicon Dioxide
8%
Surface Plasmon Resonance
8%
Water
8%
Material Science
Analytical Method
4%
Antibody
4%
Bioactive Material
4%
Block Copolymer
4%
Copolymer
26%
Crystal
8%
Density
4%
Fluorescence
4%
Hemoglobin
17%
Material
8%
Materials Property
4%
Mechanical Strength
100%
Nanocrystalline Material
4%
Nanostructured Material
4%
Oxidation Reaction
4%
Polymer Adsorption
4%
Polymer Architecture
4%
Surface
13%
Surface Plasmons
8%
Ultrathin Films
4%