|
|
| |
Detection of hazardous compounds includes the development of sensors and biosensors to quantify or identify compounds in solution. These sensors are based on enzymes, antibodies or living microorganisms.
In addition, the development of technologies, equipment, tools and artifacts for blood stream analysis and medical training.
|
|
 |
|
| |
 Virus detection biomicrosystems
|
Development of a biomicrosystem that allows more than 90 simultaneous analysis for the detection of the HPV (Human papilloma virus) in-situ. The biomicrosystem is portable, inexpensive and simple to use and read.
|
Biosensors for the detection of hazardous compounds in water
|
Development of different biosensors, based on enzymes, living and confined microorganisms and MOx (Metal Oxide) technology for the detection and quantification of hazardous compounds, such as phenols and heavy metals, in liquid samples.
|
Optical recognition system for microfluidic analysis and blood stream studies
|
Development of an optical recognition system with microfluidics manipulation for real-time analysis of blood samples, drug delivery inside artificial arteries and 3D reconstruction of microfluidics, fluid analysis and particle tracking. It also includes the development of artificial transparent arteries for medical studies.
|
