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Micropatterned hydrogel surfaces for controlled cell adhesion
P. Krsko
, K. Vartanian
, H. Geller
,
M. Libera
Department of Chemical Engineering and Materials Science
Stevens Institute of Technology
National Institutes of Health
Research output
:
Contribution to journal
›
Conference article
›
peer-review
1
Scopus citations
Overview
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Chemistry
Surface
100%
Dose
100%
Adhesion
100%
Poly(ethylene Glycol)
100%
Hydrogel
100%
Protein
50%
Gel
50%
Polymer
25%
Water Type
25%
Application
25%
Number
25%
Environment
25%
Concentration
25%
Amount
25%
Electron Particle
25%
Scanning Electron Microscopy
25%
Adsorption
25%
Irradiation
25%
Optical Microscopy
25%
Biomaterial
25%
Earth and Planetary Sciences
Dosage
100%
Adhesion
100%
Show
75%
Swelling
75%
Protein
50%
Adsorption
25%
Utilization
25%
Context
25%
Research
25%
Condition
25%
Position (Location)
25%
Scanning
25%
Water
25%
Approach
25%
Environment
25%
Electron
25%
Amount
25%
Growth
25%
Significance
25%
Polyethylene
25%
Physics
Adhesion
100%
Protein
66%
Gels
66%
Electron Beams
66%
Position (Location)
33%
Significance
33%
Utilization
33%
Water
33%
Polyethylene
33%
Growth
33%
Electrons
33%
Environment
33%
Microscopy
33%
Adsorption
33%
Electron Microscope
33%
Cross-Link (Molecular Structure)
33%
Biochemistry, Genetics and Molecular Biology
Surface Property
100%
Cell Adhesion
100%
Macrophage
75%
Protein
50%
Electron Beam
50%
Dose
50%
Adsorption
25%
Adhesion
25%
Microscopy
25%
Polymerization
25%
Radiation
25%
Scanning Electron Microscopy
25%
Cross-Link
25%
Laminin
25%
Electron
25%
Neuroscience
Cell Adhesion
100%
Protein
50%
Electron Beam
50%
Spinal Cord Injury
25%
Laminin
25%
Neurite Outgrowth
25%
Fibronectin
25%
Scanning Electron Microscope
25%