Proteins are widely used in formulation in the pharmaceutical field and play a major role in biological functions. It is well known that protein adsorption on solid surface is always observed for a long-term storage, which will result in a reduced dose of active compound or a loss of biological activity. In some cases, only short time of contact are sufficient to drastically modify the protein conformation: for instance, insulin losses 52% of its biological activity after 5 minutes contacting with glass surface, as well as a loss of 30% of cetrorelix is observed after 2 hours. Among all parameters, the time frame of the denaturation process is strongly related to the protein stability and surface properties. The understanding of protein ads...
We suggest means to model and simulate the adsorption of simple proteins at model interfaces. We sug...
The physicochemical properties of protein layers at the solid–liquid interface are essential in many...
Thesis (Ph.D.)--University of Washington, 2012Adsorbed proteins on surfaces are important in many ap...
Proteins are widely used in formulation in the pharmaceutical field and play a major role in biologi...
Understanding protein adsorption is of vital importance in many fields of medicine and industry that...
In this work we studied protein adsorption on chemically well-controlled surfaces. The focus is put ...
In this work we studied protein adsorption on chemically well-controlled surfaces. The focus is put ...
The formation of protein coatings at the solid-liquid interface via protein adsorption is broadly re...
Protein adsorption on solid surfaces is a ubiquitous process central to a vast array of applications...
Introduction Adsorption of proteins on biomaterials and biomedical devices is a major field of inte...
Protein adsorption on solid surfaces is a widespread phenomenon of large biological and biotechnolog...
This thesis describes the advancement of the Bio-molecular Adsorption Database (BAD) to more accurat...
Stainless steel (SS) is the material of choice in a number of process industries ranging from food a...
Protein adsorption at solid-liquid interfaces is important in a variety of biomedical applications. ...
Proteins are being used as therapeutic active components by the pharmaceutical industry. However, pr...
We suggest means to model and simulate the adsorption of simple proteins at model interfaces. We sug...
The physicochemical properties of protein layers at the solid–liquid interface are essential in many...
Thesis (Ph.D.)--University of Washington, 2012Adsorbed proteins on surfaces are important in many ap...
Proteins are widely used in formulation in the pharmaceutical field and play a major role in biologi...
Understanding protein adsorption is of vital importance in many fields of medicine and industry that...
In this work we studied protein adsorption on chemically well-controlled surfaces. The focus is put ...
In this work we studied protein adsorption on chemically well-controlled surfaces. The focus is put ...
The formation of protein coatings at the solid-liquid interface via protein adsorption is broadly re...
Protein adsorption on solid surfaces is a ubiquitous process central to a vast array of applications...
Introduction Adsorption of proteins on biomaterials and biomedical devices is a major field of inte...
Protein adsorption on solid surfaces is a widespread phenomenon of large biological and biotechnolog...
This thesis describes the advancement of the Bio-molecular Adsorption Database (BAD) to more accurat...
Stainless steel (SS) is the material of choice in a number of process industries ranging from food a...
Protein adsorption at solid-liquid interfaces is important in a variety of biomedical applications. ...
Proteins are being used as therapeutic active components by the pharmaceutical industry. However, pr...
We suggest means to model and simulate the adsorption of simple proteins at model interfaces. We sug...
The physicochemical properties of protein layers at the solid–liquid interface are essential in many...
Thesis (Ph.D.)--University of Washington, 2012Adsorbed proteins on surfaces are important in many ap...