Keyphrases
Polyphosphazene
100%
Hemocompatibility
100%
Biomaterials
100%
Microbial Infection
66%
Biological Response
66%
Bacterial Adhesion
50%
Platelet Adhesion
50%
Surface Texture
50%
Thrombosis
50%
Biofilm Formation
33%
Blood-contacting Medical Devices
33%
Health Costs
16%
Thrombosis Risk
16%
Elastomer
16%
Specific Intent
16%
Surface Properties
16%
Molecular Mechanism
16%
Adsorption Activation
16%
Cost Savings
16%
Protein Activation
16%
Adhesion Formation
16%
Textured Film
16%
Pathogenic Bacteria
16%
Chemical Functionality
16%
Biocompatibility
16%
Material Fabrication
16%
Prevention of Biofilm Formation
16%
Novel Biomaterials
16%
Biological Properties
16%
Surface Modification
16%
Bacterial Biofilm
16%
Modification Approaches
16%
Physical Modification
16%
In Vitro Test
16%
Phosphazene
16%
Ordered Arrays
16%
Working State
16%
Surface Topography
16%
Outcome Costs
16%
Biostable
16%
Surface Analysis
16%
Material Mechanical Properties
16%
Plasma Proteins
16%
Polyurethane Biomaterials
16%
Fluorinated
16%
Successful Completion
16%
Pillar Array
16%
Patient Health
16%
Plasma Coagulation
16%
Plasma Protein Adsorption
16%
Patient Care
16%
Patient Outcomes
16%
Clinical Application
16%
Self-crosslinking
16%
Engineering
Hemocompatibility
100%
Polyphosphazenes
100%
Microbial
66%
Biological Response
66%
Biofilm Formation
50%
Platelet
50%
Textured Surface
33%
Surface Topography
16%
Improve Hemocompatibility
16%
Elastomer
16%
Texturing
16%
Adhesion Formation
16%
Phosphazene
16%
Protein Adsorption
16%
Plasma Coagulation
16%
Polyurethane Biomaterials
16%
Material Science
Biomaterial
100%
Biofilms
37%
Medical Device
25%
Polyurethane
12%
Elastomer
12%
Scanning Electron Microscopy
12%
Film
12%
Surface Property
12%
Surface Modification
12%
Surface Analysis
12%