Add to ORKGThe ability to locally modify the inside of microfluidic channels with functional groups that allow coupling of biologically-relevant molecules is of ever-rising relevance. We report the first example of visible-light induced hydrosilylation on hydrogen-terminated silanized glass (H-?-Glass) and cyclic olefin copolymer (H-?-SiCOC). Enhanced reactivity was achieved via an additional radical-stabilizing component, which resulted in the formation of a H-terminated hybrid surface. Exposed glass and COC surfaces, and the inside of microchannels were modified with a covalently attached organic monolayer using visible light. Detailed characterization thereof was conducted by measurements of G-ATR, XPS, SEM and microscopy.</p
International audienceThis work describes how selective patterning of hydrophobic and hydrophilic ar...
International audienceThis work describes how selective patterning of hydrophobic and hydrophilic ar...
The functionalization of optically transparent substrates is of importance, for example, in the fiel...
The ability to locally modify the inside of microfluidic channels with functional groups that allow ...
The ability to locally functionalize the surface of glass allows for myriad biomedical and chemical ...
The ability to locally functionalize the surface of glass allows for myriad biomedical and chemical ...
<p>The ability to locally functionalize the surface of glass allows for myriad biomedical and chemic...
The ability to locally functionalize the surface of glass allows for myriad biomedical and chemical ...
The ability to locally functionalize the surface of glass allows for myriad biomedical and chemical ...
The ability to locally modify the inside of microfluidic channels with bioactive molecules is of eve...
The ability to locally functionalize the surface of glass and polymers allows for myriad biomedical ...
The ability to locally functionalize the surface of glass and polymers allows for myriad biomedical ...
The ability to locally modify the inside of microfluidic channels with bioactive molecules is of eve...
Plastics, such as cyclic olefin copolymer (COC), are becoming an increasingly popular material for m...
Plastics, such as cyclic olefin copolymer (COC), are becoming an increasingly popular material for m...
International audienceThis work describes how selective patterning of hydrophobic and hydrophilic ar...
International audienceThis work describes how selective patterning of hydrophobic and hydrophilic ar...
The functionalization of optically transparent substrates is of importance, for example, in the fiel...
The ability to locally modify the inside of microfluidic channels with functional groups that allow ...
The ability to locally functionalize the surface of glass allows for myriad biomedical and chemical ...
The ability to locally functionalize the surface of glass allows for myriad biomedical and chemical ...
<p>The ability to locally functionalize the surface of glass allows for myriad biomedical and chemic...
The ability to locally functionalize the surface of glass allows for myriad biomedical and chemical ...
The ability to locally functionalize the surface of glass allows for myriad biomedical and chemical ...
The ability to locally modify the inside of microfluidic channels with bioactive molecules is of eve...
The ability to locally functionalize the surface of glass and polymers allows for myriad biomedical ...
The ability to locally functionalize the surface of glass and polymers allows for myriad biomedical ...
The ability to locally modify the inside of microfluidic channels with bioactive molecules is of eve...
Plastics, such as cyclic olefin copolymer (COC), are becoming an increasingly popular material for m...
Plastics, such as cyclic olefin copolymer (COC), are becoming an increasingly popular material for m...
International audienceThis work describes how selective patterning of hydrophobic and hydrophilic ar...
International audienceThis work describes how selective patterning of hydrophobic and hydrophilic ar...
The functionalization of optically transparent substrates is of importance, for example, in the fiel...