Add to ORKGPóster presentado a la 17th International Sol-Gel Conference. Madrid, 2013.In this work a novel camera phone system for fluorescence-based sol-gel-derived pH sensing is presented. The sol-gel based pH material, a microfluidic chip and a camera phone have been combined to obtain a fluorescence-based sensing system for fast and easy pH measurements.This work was supported by a UPNA Research Gran
Cell phones and smart phones can be reconfigured as biomedical sensor devices but this requires spec...
Abstract Application of optically superior, tunable fluorescent nanotechnologies have long been demo...
Cell phones and smart phones can be reconfigured as biomedical sensor devices but this requires spec...
Póster presentado a la 17th International Sol-Gel Conference. Madrid, 2013.In this work a novel came...
© 2001-2012 IEEE. A novel portable fluorometer combining the attributes of a smartphone with an easy...
A portable sensor has been developed for in situ measurements of pH within aqueous environments.The ...
The design, development and performance evaluation of a fluorescence-based pH sensor for on-line mea...
The design, development and performance evaluation of a fluorescence-based pH sensor for on-line mea...
Development and characterization of fluorescent pH sensors based on porous silica and hydrogel suppo...
We describe the fabrication and testing of an optical pH sensor based on fluorescence lifetime measu...
Modern flexible circuit systems can include sensing elements. In this paper, possible implementation...
This paper describes a fiber-optic pH sensor based upon sol-gel encapsulation of a self-referencing ...
Here, a miniaturized wireless sensing vaginal ring for the in situ continuous monitoring of vaginal ...
14th National Biomedical Engineering Meeting -- MAY 20-22, 2009 -- Izmir, TURKEYWOS: 000274345400057...
Field-portable instruments for ubiquitous detection and analysis of biological, environmental and ag...
Cell phones and smart phones can be reconfigured as biomedical sensor devices but this requires spec...
Abstract Application of optically superior, tunable fluorescent nanotechnologies have long been demo...
Cell phones and smart phones can be reconfigured as biomedical sensor devices but this requires spec...
Póster presentado a la 17th International Sol-Gel Conference. Madrid, 2013.In this work a novel came...
© 2001-2012 IEEE. A novel portable fluorometer combining the attributes of a smartphone with an easy...
A portable sensor has been developed for in situ measurements of pH within aqueous environments.The ...
The design, development and performance evaluation of a fluorescence-based pH sensor for on-line mea...
The design, development and performance evaluation of a fluorescence-based pH sensor for on-line mea...
Development and characterization of fluorescent pH sensors based on porous silica and hydrogel suppo...
We describe the fabrication and testing of an optical pH sensor based on fluorescence lifetime measu...
Modern flexible circuit systems can include sensing elements. In this paper, possible implementation...
This paper describes a fiber-optic pH sensor based upon sol-gel encapsulation of a self-referencing ...
Here, a miniaturized wireless sensing vaginal ring for the in situ continuous monitoring of vaginal ...
14th National Biomedical Engineering Meeting -- MAY 20-22, 2009 -- Izmir, TURKEYWOS: 000274345400057...
Field-portable instruments for ubiquitous detection and analysis of biological, environmental and ag...
Cell phones and smart phones can be reconfigured as biomedical sensor devices but this requires spec...
Abstract Application of optically superior, tunable fluorescent nanotechnologies have long been demo...
Cell phones and smart phones can be reconfigured as biomedical sensor devices but this requires spec...