The surface-grafted poly(hydroxylethyl methacrylate)(PHEMA)molecules were demonstrated to show a brush state regardless of their molecular length(molecular weight).Adsorption of proteins from 10%fetal bovine serum(FBS...
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The surface-grafted poly(hydroxylethyl methacrylate)(PHEMA)molecules were demonstrated to show a brush state regardless of their molecular length(molecular weight).Adsorption of proteins from 10%fetal bovine serum(FBS),fibronectin(Fn)and bovine serum albumin(BSA)was quantified by ellipsometry,revealing that the amounts of FBS and Fn decreased monotonously along with the increase of PHEMA thickness,whereas not detectable for BSA when the PHEMA thickness was larger than 6 *** immunoassay found that the adsorption of Fn from 10%FBS had no significant difference regardless of the PHEMA ***,ELISA results showed that the Arg-Gly-Asp(RGD)activity of adsorbed Fn decreased with the increase of PHEMA *** comparison of cellular behaviors of vascular smooth muscle cells(VSMCs)being cultured in vitro in the normal serum-containing medium and the Fn-depleted serum-containing medium,the significant role of Fn on modulating the adhesion and migration of VSMCs was *** account all the results,the Fn adsorption model and its role on linking the biomaterials surface to the VSMCs behaviors are proposed.
The processes of tissue regeneration and remodeling depend strongly on the cell migration and ***,the processes have not been clearly clarified so ***,the cell migration is a very significant process in many physiolog...
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The processes of tissue regeneration and remodeling depend strongly on the cell migration and ***,the processes have not been clearly clarified so ***,the cell migration is a very significant process in many physiological and pathological events such as embryonic development,morphogenesis,angiogenesis,wound healing,immune response,and tumor ***,it
Carbonyl sulfide(COS)is one of common C1 compounds(CO2,COS and CS2)with asymmetric heterocumulene *** coupling of these C1 building blocks with epoxides to afford polymers is an attractive topic in environmental scien...
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Carbonyl sulfide(COS)is one of common C1 compounds(CO2,COS and CS2)with asymmetric heterocumulene *** coupling of these C1 building blocks with epoxides to afford polymers is an attractive topic in environmental science and polymer chemistry,because they are pollutants to environment and the resultant polymers are potential candidates for making
The processes of tissue regeneration and remodeling depend strongly on the cell migration and ***,the processes have not been clearly clarified so ***,the cell migration
The processes of tissue regeneration and remodeling depend strongly on the cell migration and ***,the processes have not been clearly clarified so ***,the cell migration
Carbonyl sulfide(COS)is one of common C1 compounds(CO2,COS and CS2)with asymmetric heterocumulene *** coupling of these C1 building blocks with epoxides to afford polymers is an attractiv
Carbonyl sulfide(COS)is one of common C1 compounds(CO2,COS and CS2)with asymmetric heterocumulene *** coupling of these C1 building blocks with epoxides to afford polymers is an attractiv
Graphene,an atomic layer of graphite,has exceptional mechanical,electrical,and thermal properties,intriguing interests of both scientific research and industrial applications[1].Many efforts,especially on electronics ...
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Graphene,an atomic layer of graphite,has exceptional mechanical,electrical,and thermal properties,intriguing interests of both scientific research and industrial applications[1].Many efforts,especially on electronics have been made to apply such a fascinating material[2].Due to the challenge of opening the band gap of graphene,it is hard to access practical semi-conducting electronics in the near ***,graphene can be widely applied in
Graphene,an atomic layer of graphite,has exceptional mechanical,electrical,and thermal properties,intriguing interests of both scientific research and industrial applications[1].Many efforts,especi
Graphene,an atomic layer of graphite,has exceptional mechanical,electrical,and thermal properties,intriguing interests of both scientific research and industrial applications[1].Many efforts,especi
Introduction:By using a proposed"two phase"model considering viscoelasticities from the bulky polymer phase and the"filler phase"composed of particles coated with bound polymer layer,we found that ...
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Introduction:By using a proposed"two phase"model considering viscoelasticities from the bulky polymer phase and the"filler phase"composed of particles coated with bound polymer layer,we found that linear dynamic rheology of a series of nanoparticle filled polymer melts follows a polymer mediated filler jamming towards glass formation accounting for origin of the fluid‐to‐solid transition upon *** validate the propose model,nanosilica coated with crosslinked polystyrene(PS)shell(SCCSN)was used to prepare PS nanocomposites to investigate
Single-crystalline p-n junctions with contacting two single-crystals of organic semiconductors are expected to show superior charge transport property as well as exciton generation/dissociation ***,the single-crystall...
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Single-crystalline p-n junctions with contacting two single-crystals of organic semiconductors are expected to show superior charge transport property as well as exciton generation/dissociation ***,the single-crystalline p-n junctions are difficult to ***,crystallization generally requires relatively clean environments and crystallization of"p"and"n"two components together tends to interrupt each ***,we describe how to grow,from solutions,organic singlecrystalline p-n junctions in a single step from a mixed solution of p-type and n-type
Single-crystalline p-n junctions with contacting two single-crystals of organic semiconductors are expected to show superior charge transport property as well as exciton generation/dissociation abi
Single-crystalline p-n junctions with contacting two single-crystals of organic semiconductors are expected to show superior charge transport property as well as exciton generation/dissociation abi
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