Keyphrases
Atomic Force Microscopy
100%
Biomaterials
84%
Bacterial Adhesion
69%
Fibrinogen
64%
Plasma Coagulation
56%
Biofilm Formation
47%
FXIIa
46%
Submicron
46%
Contact Activation
45%
Surface Texture
45%
Biomaterial Surface
44%
Platelet Adhesion
44%
Polyurethane-urea
41%
Blood Plasma
37%
Von Willebrand Factor
33%
Polyurethane Biomaterials
31%
Platelets
31%
Adhesion Formation
31%
Protein Adsorption
30%
Bacterial Biofilm
29%
Autoactivation
28%
Blood Factors
26%
Microbial Infection
26%
Thrombosis
25%
Surface Topography
23%
Nitric Oxide
23%
Surface Chemistry
23%
Staphylococcus Epidermidis (S. epidermidis)
22%
Biocompatibility
21%
Buffer Solution
20%
Nanotopography
19%
Nitric Oxide Release
19%
Blood Coagulation
19%
Adhesion
18%
Biomaterial Interface
18%
Surface Material
17%
Hydrophobic Surface
17%
Surface Wettability
17%
Polyurethane
16%
Integrin
16%
Thrombus
16%
Platelet Integrin
16%
Aqueous Conditions
15%
Coagulation
15%
Liquid-vapor Interface
15%
Functional Activity
15%
Intrinsic Pathway
15%
Cell Adhesion
15%
Thrombus Formation
15%
Osteoblastic Cells
14%
Engineering
Platelet
66%
Atomic Force Microscopy
49%
Biofilm Formation
34%
Hydrophobic
33%
Adhesion Formation
31%
Nanoscale
31%
Biomaterial Surface
31%
Contact Activation
25%
Plasma Coagulation
24%
Microbial
22%
Textured Surface
20%
Poly-Urethane Urea
20%
Nanotopography
17%
Texturing
16%
Molecular Weight
15%
Material Surface
14%
Polyurethane Biomaterials
14%
Surface Topography
13%
Hemocompatibility
13%
Adsorbed Protein
11%
Polyurethan
10%
Protein Adsorption
10%
Nitric Oxide Release
10%
Cell Response
10%
Polyphosphazenes
10%
Atomic Force Microscope
9%
Adsorption
9%
Neat Buffer
9%
Epidermidis
8%
Activator
8%
Surface Activation
8%
Phosphazene
7%
Surface Model
7%
Surface Wettability
7%
Self-Assembled Monolayers
6%
Molecular Level
6%
Ray Photoelectron Spectroscopy
6%
Contact Area
6%
Adsorbed Molecule
6%
Implanted Biomaterials
6%
High Resolution
6%
Dimensional Structure
6%
Adsorbed Fibrinogen
5%
Modified Surface
5%
Smooth Surface
5%
Shear Rate
5%
Atmospheric Pressure
5%
Active Surface
5%