Infusing minute amounts of valuable liquids such as samples to microfluidic chips by using common pumping schemes such as syringe pumps often result in an excessive dead-volume. We present a simple yet effective sample loading interface, which helps by pumping the sample to the chip by using the hydraulic pressure generated by the syringe pump. Results show that sample volumes as low as 25 mu l can be delivered at flow rates ranging between 10-30 mu l min(-1). Maximum dead volume ratio was observed to be 3% when infusing 200 mu l of sample at 10 mu l min(-1)
We present a facile microfluidic droplet-on-demand (DOD) system in which a pulsed pressure generated...
This thesis contributes to the development of Lab-on-a-Chip systems that enables reliable, rapid med...
microfluidic sample-sequencing unit was developed as a part of a high-throughput catalyst screening ...
A critical component of microfluidic technology is the fluid pumping mechanism. Syringe and pressure...
A critical component of microfluidic technology is the fluid pumping mechanism. Syringe and pressure...
Surface energy in small droplets can be used to drive samples through microchannels. When a sample f...
We describe a world-to-chip interface for automated, on-demand loading of ~1µL droplets from a large...
Microfluidics is still a fast growing field and an interesting market, which increasingly demands so...
The success of lab-on-a-chip systems may depend on a low-cost device that incorporates on-chip stora...
International audienceDelivery and sampling nanoliter volumes of liquid can benefit new invasive sur...
This work presents a disposable chip for metering and transferring an exactly defined liquid volume ...
Delivery and sampling nanolitre volumes of liquid can benefit new invasive surgical procedures. Howe...
This paper reports a novel method of controlling liquid motion on a centrifugal microfluidic platfor...
Microfluidic is the science technology in studying behaviour of fluids through micro-channels [1]. I...
Capillary pumping is an attractive means of liquid actuation because it is a passive mechanism, i.e....
We present a facile microfluidic droplet-on-demand (DOD) system in which a pulsed pressure generated...
This thesis contributes to the development of Lab-on-a-Chip systems that enables reliable, rapid med...
microfluidic sample-sequencing unit was developed as a part of a high-throughput catalyst screening ...
A critical component of microfluidic technology is the fluid pumping mechanism. Syringe and pressure...
A critical component of microfluidic technology is the fluid pumping mechanism. Syringe and pressure...
Surface energy in small droplets can be used to drive samples through microchannels. When a sample f...
We describe a world-to-chip interface for automated, on-demand loading of ~1µL droplets from a large...
Microfluidics is still a fast growing field and an interesting market, which increasingly demands so...
The success of lab-on-a-chip systems may depend on a low-cost device that incorporates on-chip stora...
International audienceDelivery and sampling nanoliter volumes of liquid can benefit new invasive sur...
This work presents a disposable chip for metering and transferring an exactly defined liquid volume ...
Delivery and sampling nanolitre volumes of liquid can benefit new invasive surgical procedures. Howe...
This paper reports a novel method of controlling liquid motion on a centrifugal microfluidic platfor...
Microfluidic is the science technology in studying behaviour of fluids through micro-channels [1]. I...
Capillary pumping is an attractive means of liquid actuation because it is a passive mechanism, i.e....
We present a facile microfluidic droplet-on-demand (DOD) system in which a pulsed pressure generated...
This thesis contributes to the development of Lab-on-a-Chip systems that enables reliable, rapid med...
microfluidic sample-sequencing unit was developed as a part of a high-throughput catalyst screening ...