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A Microfluidic Toolbox for Nucleic Acid Based Diagnostic Tests
VideoAs many biodetection assays, especially nucleic-acid based tests, require a more or less complex sample preparation protocol, microfluidics is seen as one of the key enabling technologies to realize the integration of these sample prep protocols with the detection scheme on a single device.
Watch NowMultiplexed Infectious Disease Testing - Sound Point-of-Care Diagnostics
VideoWe have developed a new technology which enables us to shape acoustic fields and tailor their interaction with fluids.
Watch NowHandling Slower Reactions in Flow
VideoRobert Ashe, AM Technology, speaking at Flow Chemistry India 2015
Watch NowMicrofluidics Market Outlook: What are the Next Sweet Spot Applications?
VideoBenjamin Roussel, Activity Leader, MedTech gives an overview of the microfluidics market outlook including up and coming applications.
Watch NowUnibody Lab-on-a-Chip Fast Prototyping
VideoThe development of disposable devices for optical chemical detection with cell phones, entail challenging demands to configure autonomous systems.
Watch NowRecent Developments in Droplet Based Microfluidic Technologies
VideoThis article reports on the microfluidics market, identifies technological bottlenecks, and showcases a few successful and fast growing applications.
Watch NowPhotocontrolled Polymerizations in Flow: Next Generation Material Synthesis
VideoThomas Junkers, Hasselt University, speaking at Flow Chemistry India 2015
Watch NowGetting Microfluidics to Work as a Product – Intricacies from Cost to Function
VideoThe talk will cover aspects of systems engineering and show examples of solutions with proven functionality in regards to production-related issues.
Watch NowTranslation of Omic Data into Personalised Oncology Tools The Challenge and the Reward
VideoThis presentation will cover how bottlenecks in the validation of candidate tumour progression-related biomarkers can be overcome.
Watch NowAll in One: Advanced Technologies for Complex Low Cost Microfluidic Devices
VideoThe presentation shows that advanced process methods leads to low cost microfluidic devices made from glass, quartz and silicon.
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