Gathering Projects

• Functional genomics, proteomics and microtechnology at the service of the CRC diagnosis-prognosis (BIOLAN).
• Application of low magnetic field system for the detection of Escherichia coli = 157:H.
• Development of an "in vitro" control mechanism for the progression of colorectal cancer based on anti-direction of proteins Id-1 and Id-2.
• Diagnosis-prognosis of colorectal cancer using techniques of functional genomics and microtechnologies.
• Development of micro and nano technologies with the application in biosensors for the early detection of cancer (BIOMYN).
• Advanced technologies in early detection of colorectal cancer based on micro and nanotechnologies (TADIP).
• Identification of prognosis and resistance determinants for chemotherapy in colorectal cancer using the integral application of functional genomics and bioinformatics (IKERGEN)
• Strategic investigation and technological development in cellular signalling processes and bioinformatic integration of proteomics and metabolomics (PROMISES, within the BIOGUNE Strategic Project 2006).
• Proteomic recognition of biochips of high density and resolution (NILSIS).
• Application of a PCR in real time to detect and quantify campylobacter species in foods (ONLINEMET).

European Projects

• Optimization and prevalidation of an “in Vitro” test strategy for predicting human acute toxicity (ACUTE-TOX).
• Depelopment of a innovate inmuno-PCR assay for the detection and quantification of ochratoxin and aflatoxin in complex matrices (milk, cofee) (MYCOPLEX).
• Pyrenees Food Safety Thematic Network (RETSA).
• Mass produced optical diagnostic labcards based on micro and nano SU8 layers (OPTOLABCARD).
• Smart integrated biodiagnostic systems for healthcare (SmartHEALTH).
• Towards the harmonisation of analytical methods for monitoring quality and safety in the food chain (MONIQA).