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Nanostructured polymeric surfaces for biological interfaces
Emil Rosqvist
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Corresponding author for this work
Laboratory of Molecular Science and Engineering
Research output
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Types of Thesis
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Doctoral Thesis
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Collection of Articles
Overview
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Dive into the research topics of 'Nanostructured polymeric surfaces for biological interfaces'. Together they form a unique fingerprint.
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Biochemistry, Genetics and Molecular Biology
Surface Property
100%
Character
23%
Fibroblast
19%
Biofilm
9%
Adhesion
4%
Morphology
4%
Drug Screening
4%
Cell-Cell Interaction
4%
Cancer Cell
4%
Polymerization
4%
Phenotype
4%
Mammalian Cell
4%
Rigidity
4%
Staphylococcus Aureus
4%
Cell Viability
4%
Proteome
4%
Dynamics
4%
Software
4%
Energy
4%
Reading
4%
Virulence
4%
Material Science
Surface
66%
Cell
42%
Material
28%
Fibroblast
19%
Surface Property
14%
Biofilms
9%
Polymer
4%
Surface Topography
4%
Morphology
4%
Adhesion
4%
Topography
4%
Paper
4%
Latex
4%
Novel Material
4%
Interface (Material)
4%
Chemistry
Surface
66%
Assay
14%
Structure
9%
Application
9%
Polymer
9%
Plate Like Crystal
9%
Mammalian Cell
4%
Polysaccharide
4%
Interfacial Energy
4%
Physico-Chemical Property
4%
Surface Chemistry
4%
Procedure
4%
Analytical Method
4%
Wetting
4%
Amount
4%
Roughness
4%
Spreading
4%
Physics
Viability
33%
Surface Properties
14%
Utilization
9%
Responses
9%
Independent Variables
9%
Latex
4%
Wetting
4%
Adhesion
4%
Surface Roughness
4%
Surface Energy
4%
Nanoscale
4%
Amplitudes
4%
Staphylococcus
4%
Phenotype
4%
Knowledge
4%
Drugs
4%
Increasing
4%
Matrix
4%
Differences
4%
Reliability
4%
Spreading
4%
Variations
4%