There is a high demand in personal healthcare improvement in societies all around the world but any innovation in this field must address two main issues: it must be affordable for most of the population and it must be portable to fulfill the need of point of care analysis. The Lab-on-a-chip approach is quite suitable as it allows the use of microfluidic devices to perform bioanalysis in an automated way outside a standard biological lab. The main objective of IC+ is to demonstrate that a lab-on-achip interfaced with a cell-phone could be a revolutionary device for in-field bioassays and personalized healthcare, taking advantage of the widespread diffusion and computational capabilities of current portable electronic devices.
IMAGING CITOMETRY IN PLASTIC ULTRA-MOBILE SYSTEMS
Gianluca Trotta;Rebeca Martinez Vazquez;Vito Basile;Melania Paturzo;Pietro Ferraro;Antonio Ancona;Irene Fassi;Roberto Osellame
2016
Abstract
There is a high demand in personal healthcare improvement in societies all around the world but any innovation in this field must address two main issues: it must be affordable for most of the population and it must be portable to fulfill the need of point of care analysis. The Lab-on-a-chip approach is quite suitable as it allows the use of microfluidic devices to perform bioanalysis in an automated way outside a standard biological lab. The main objective of IC+ is to demonstrate that a lab-on-achip interfaced with a cell-phone could be a revolutionary device for in-field bioassays and personalized healthcare, taking advantage of the widespread diffusion and computational capabilities of current portable electronic devices.| File | Dimensione | Formato | |
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