We present the development of a droplet-based device for real-time continuous lactate measurement, highlighting how protocols from long-established homogeneous enzymatic assays require careful re-optimisation before their migration into miniaturised droplet-based microfluidics
A miniaturised sensor for continuous lactate measurement in saliva was developed and tested. The sen...
We present the integration of enzyme-based lactate and glucose biosensors into hanging-drop networks...
A prototype miniaturized Total Chemical Analysis System (μTAS) has been developed and applied to on-...
We present the development of a droplet-based device for real-time continuous lactate measurement, h...
Cancer cells release high levels of lactate that has been correlated to increased metastasis and tum...
Droplet microfluidics is ideally suited to continuous biochemical analysis, requiring low sample vol...
Cancer cells release high levels of lactate that has been correlated to increased metastasis and tum...
A simple portable continuous L-lactate monitoring system combining elegant ultrafiltration sample co...
Continuous monitoring of biomarkers such as metabolites and hormones can be extremely useful in unde...
AbstractWe present the integration of enzyme-based lactate biosensors into a microfluidic network of...
Knowing how biomarker levels vary within biological fluids over time can produce valuable insight in...
Lactate measurement is important in the fields of sports and medicine. Lactate accumulation can seri...
The microdialysis technique and a flow-through cell assembled with a lactate amperometric sensor hav...
The ability to detect multiple analytes in a small sample volume has significance for numerous areas...
Microfluidics has become attractive in the recent decade due to its ability to offer low-cost, robus...
A miniaturised sensor for continuous lactate measurement in saliva was developed and tested. The sen...
We present the integration of enzyme-based lactate and glucose biosensors into hanging-drop networks...
A prototype miniaturized Total Chemical Analysis System (μTAS) has been developed and applied to on-...
We present the development of a droplet-based device for real-time continuous lactate measurement, h...
Cancer cells release high levels of lactate that has been correlated to increased metastasis and tum...
Droplet microfluidics is ideally suited to continuous biochemical analysis, requiring low sample vol...
Cancer cells release high levels of lactate that has been correlated to increased metastasis and tum...
A simple portable continuous L-lactate monitoring system combining elegant ultrafiltration sample co...
Continuous monitoring of biomarkers such as metabolites and hormones can be extremely useful in unde...
AbstractWe present the integration of enzyme-based lactate biosensors into a microfluidic network of...
Knowing how biomarker levels vary within biological fluids over time can produce valuable insight in...
Lactate measurement is important in the fields of sports and medicine. Lactate accumulation can seri...
The microdialysis technique and a flow-through cell assembled with a lactate amperometric sensor hav...
The ability to detect multiple analytes in a small sample volume has significance for numerous areas...
Microfluidics has become attractive in the recent decade due to its ability to offer low-cost, robus...
A miniaturised sensor for continuous lactate measurement in saliva was developed and tested. The sen...
We present the integration of enzyme-based lactate and glucose biosensors into hanging-drop networks...
A prototype miniaturized Total Chemical Analysis System (μTAS) has been developed and applied to on-...