Add to ORKGHigh variability in properties of thiol-enes makes them ideal material for microfluidic reactors. Surface functionalization can be carried using functional groups already present in the material and can be easily patterned thanks to UV-initiation. As the character of porogenic solvent, thiol-ene concentration, use of detergents, speed of stirring, etc., have influence on formation and properties of the resulting monolith, optimization of the procedure for its intended application is necessary
For the identification of novel compounds, the development of effective laboratory procedures in syn...
Microfluidic devices have been noticed potential platforms for bioanalytical research. The small siz...
Patterning of micro- and nanoscale topologies and surface properties of polymer devices is of partic...
Thiol-ene and thiol-yne reactions are explored as efficient pathways towards rapid production of div...
A novel, rapid and simple method for the preparation of emulsion-templated monoliths in microfluidic...
Enzymatic microreactor was fabricated from thiol-ene polymer. Glycoprotein samples were deglycosylat...
A novel thiol-ene "click" strategy for the preparation of monolithic trypsin microreactor was propos...
Thiazolium salt pre-catalysts have been immobilized on silica and monolithic polystyrene and their a...
There is a need for streamlining certain laboratory techniques in synthetic chemistry for the discov...
We introduce rapid replica molding of ordered, high-aspect-ratio, thiol-ene micropillar arrays for i...
In this thesis work a novel material platform for microfluidics applications has been developed usin...
Within healthcare there is a market pull for biomedical devices that can rapidly perform laboratory ...
The performance of monolithic silica microreactors activated with sulphonic acid groups and a packed...
Recently, biocatalysis has become an interesting alternative for conventional industrial processes. ...
In situ tertiary amine-catalyzed thiol-acrylate chemistry was employed to produce hydrophilic microf...
For the identification of novel compounds, the development of effective laboratory procedures in syn...
Microfluidic devices have been noticed potential platforms for bioanalytical research. The small siz...
Patterning of micro- and nanoscale topologies and surface properties of polymer devices is of partic...
Thiol-ene and thiol-yne reactions are explored as efficient pathways towards rapid production of div...
A novel, rapid and simple method for the preparation of emulsion-templated monoliths in microfluidic...
Enzymatic microreactor was fabricated from thiol-ene polymer. Glycoprotein samples were deglycosylat...
A novel thiol-ene "click" strategy for the preparation of monolithic trypsin microreactor was propos...
Thiazolium salt pre-catalysts have been immobilized on silica and monolithic polystyrene and their a...
There is a need for streamlining certain laboratory techniques in synthetic chemistry for the discov...
We introduce rapid replica molding of ordered, high-aspect-ratio, thiol-ene micropillar arrays for i...
In this thesis work a novel material platform for microfluidics applications has been developed usin...
Within healthcare there is a market pull for biomedical devices that can rapidly perform laboratory ...
The performance of monolithic silica microreactors activated with sulphonic acid groups and a packed...
Recently, biocatalysis has become an interesting alternative for conventional industrial processes. ...
In situ tertiary amine-catalyzed thiol-acrylate chemistry was employed to produce hydrophilic microf...
For the identification of novel compounds, the development of effective laboratory procedures in syn...
Microfluidic devices have been noticed potential platforms for bioanalytical research. The small siz...
Patterning of micro- and nanoscale topologies and surface properties of polymer devices is of partic...