Add to ORKGThe Biofunctional coatings from star polyethylene glycol (PEG) were studied and compared to linear PEG. The ability of thin polymer films from star shaped isocyanate terminated prepolymer films to prevent protein adsorption was analyzed. It was found that the significant steric hindrance is required to prevent unspecific protein adsorption. It was also found that the star PEG layers can be chemically modified with biologically active compounds to achieve specific protein recognition or cell adhesion
The effect of surface charge on the protein resistance of adsorbed layers of poly(ethylene imine)-[g...
Many homogeneous assays are complicated by the adsorption of probe molecules by the surface of react...
This study presents the easy and fast patterning of low molecular weight molecules that act as bindi...
Grafting of poly(ethylene glycol) (PEG) is a common strategy for reducing nonspecific interactions o...
Control over biointerfacial interactions on material surfaces is of significant interest in many bio...
In this study a novel approach for the coating and functionalization of substrates for cell culture ...
Biofouling that involves protein adsorption, cell and bacteria adhesion, and biofilm formation betwe...
Biofouling that involves protein adsorption, cell and bacteria adhesion, and biofilm formation betwe...
There has been much recent interest in the use of poly(ethylene glycol)s (PEGs) for a variety of bio...
This article reviews surface grafting of star-shaped PEO. The use of star-shaped polymers is compare...
There are numerous applications of nanostructured, functional thin films, but this work focused on b...
The nonspecific interaction of proteins with surfaces in contact with biofluids leads to adverse pro...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Chemical Engineering, 2004.Includes...
Copyright © 2013 Pradeep Kumaralla et al. is is an open access article distributed under the Creativ...
Polyethylene glycol (PEG) grafting has a great potential to create nonfouling and nonthrombogenic su...
The effect of surface charge on the protein resistance of adsorbed layers of poly(ethylene imine)-[g...
Many homogeneous assays are complicated by the adsorption of probe molecules by the surface of react...
This study presents the easy and fast patterning of low molecular weight molecules that act as bindi...
Grafting of poly(ethylene glycol) (PEG) is a common strategy for reducing nonspecific interactions o...
Control over biointerfacial interactions on material surfaces is of significant interest in many bio...
In this study a novel approach for the coating and functionalization of substrates for cell culture ...
Biofouling that involves protein adsorption, cell and bacteria adhesion, and biofilm formation betwe...
Biofouling that involves protein adsorption, cell and bacteria adhesion, and biofilm formation betwe...
There has been much recent interest in the use of poly(ethylene glycol)s (PEGs) for a variety of bio...
This article reviews surface grafting of star-shaped PEO. The use of star-shaped polymers is compare...
There are numerous applications of nanostructured, functional thin films, but this work focused on b...
The nonspecific interaction of proteins with surfaces in contact with biofluids leads to adverse pro...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Chemical Engineering, 2004.Includes...
Copyright © 2013 Pradeep Kumaralla et al. is is an open access article distributed under the Creativ...
Polyethylene glycol (PEG) grafting has a great potential to create nonfouling and nonthrombogenic su...
The effect of surface charge on the protein resistance of adsorbed layers of poly(ethylene imine)-[g...
Many homogeneous assays are complicated by the adsorption of probe molecules by the surface of react...
This study presents the easy and fast patterning of low molecular weight molecules that act as bindi...