Add to ORKGHerein we demonstrate remarkable control of flow within fluidic channels using photo-actuated hydrogel valves. By polymerizing the valves in situ it has been possible to create highly- reproducible valves. Through the use of an LED platform and a PID algorithm we have generated extremely accurate flow control and created prototype devices to document their potential application within the microfluidics field
Reversible light-responsive hydrogel valves with response characteristics compatible for microfluidi...
Versatility in valve actuation within micro-fluidic devices is very desirable since precise flow con...
We present the fabrication, characterization and performance as a micro-valve of four novel material...
Herein we demonstrate remarkable control of flow within fluidic channels using photo-actuated hydrog...
Herein we demonstrate remarkable control of flow within fluidic channels using photo-actuated hydrog...
A novel approach that allows control of flow in microfluidic channels with unsurpassed performance u...
A method for microfluidic flow control based upon polymer hydrogel valves with rapid and reversible ...
We present the fabrication, characterisation and performance of four novel ionic liquid polymer gels...
In recent years, a popular way of photo-modulating flow control in microfluidic channels has been th...
Hydrogels are a class of polymeric materials, which swell upon hydration. Hydrogels have been used i...
This paper presents the synthesis, characterization and micro-valve actuation in a micro-fluidic dev...
The integration of stimuli-responsive materials into microfluidic system provides external control o...
Stimuli-responsive hydrogels such as poly(N-isopropylacrylamdie) (PNIPAAm) are excellent materials f...
Reversible light-responsive hydrogel valves with response characteristics compatible for microfluidi...
Versatility in valve actuation within micro-fluidic devices is very desirable since precise flow con...
We present the fabrication, characterization and performance as a micro-valve of four novel material...
Herein we demonstrate remarkable control of flow within fluidic channels using photo-actuated hydrog...
Herein we demonstrate remarkable control of flow within fluidic channels using photo-actuated hydrog...
A novel approach that allows control of flow in microfluidic channels with unsurpassed performance u...
A method for microfluidic flow control based upon polymer hydrogel valves with rapid and reversible ...
We present the fabrication, characterisation and performance of four novel ionic liquid polymer gels...
In recent years, a popular way of photo-modulating flow control in microfluidic channels has been th...
Hydrogels are a class of polymeric materials, which swell upon hydration. Hydrogels have been used i...
This paper presents the synthesis, characterization and micro-valve actuation in a micro-fluidic dev...
The integration of stimuli-responsive materials into microfluidic system provides external control o...
Stimuli-responsive hydrogels such as poly(N-isopropylacrylamdie) (PNIPAAm) are excellent materials f...
Reversible light-responsive hydrogel valves with response characteristics compatible for microfluidi...
Versatility in valve actuation within micro-fluidic devices is very desirable since precise flow con...
We present the fabrication, characterization and performance as a micro-valve of four novel material...