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Projects

Outstanding Equipment

Real Time PCR
Real Time PCR
Lateral flow
Lateral flow
Surface Resonance Plasmon (SPR)
Surface Resonance Plasmon (SPR)
Microscopio epifluorescencia
Microscopio epifluorescencia
R&D in metabolomics, structural biology and validation of targets with therapeutic activity and exploitation of results obtained at the Centre. BIOGUNE 2011
The overall mission of the project is to identify chronic liver disease markers (metabolic metabolites or profiles) that constitute useful tools in clinical practice and in the development of new drugs. The specific objectives of the project are to evaluate conditions of sample storage, transport and handling for simpler, cheaper diagnosis. In addition, these same markers are sought in samples taken in a less invasive manner with a view to obtaining the most suitable methods for patients.
2011-2013
ETORTEK Project
Funded by the Basque Government Department of Industry, Trade and Tourism
Subject: Diagnosis.
Leader: CIC-bioGUNE
Development of a detergency product based on microbial biosurfactants. ECOBIO
The principle objective of this project is to obtain new microbial biosurfactants for the formulation of new biosurfactants. Biosurfactants of microbial origin are used as industrials detergents for the agrifood industry, among others.
2011-2013
GAITEK Project
Subject: Agrifood industry
Leader: Guserbiot
Multifunctional surfaces with high benefits obtained by combining surface treatment techniques. SURFACE
Improvement of detection systems by means of discovering and defining analytical targets in microorganisms conferring specificity and sensitivity, and the obtaining of ligands for their detection.
2011-2012
EMAITEK Project
Funded by the Basque Government. Department of Industry, Trade and Tourism
Subject: Biodetection
Leader: GAIKER
Development and tailoring of a molecular system to detect norovirus in foodstuffs by means of real-time RT-PCR. NORDETEK
Development of a fast, sensitive, specific and low-cost diagnosis based on molecular techniques to detect norovirus in the food quality control laboratory. The project will help to guarantee food safety, favouring the reduction and prevention of foodborne outbreaks caused by these pathogens, with the subsequent benefit for society.
2011-2012
GAITEK Project
Subject: Food control
Leader: Itsas Natura
Portable microfluidic based device for in situ detection of viable legionella. PINVIALEG.
Development of a portable device for the effective fast and easily interpreted detection of viable legionella cells (sensitivity requirements as per current legislation) during the analysis of water for human consumption. The equipment, microfluidic-based, will permit in situ analysis and concise identification, based on molecular techniques, thereby improving quality and safety for European citizens.
2011-2012
European Project VII Framework Programme
Funded by the European Commission
Subject: Environmental biodetection
Leader: Ondoan S.Coop.
microfluidicdx
Development of quantitative immunochromatographic systems based on fluorescence and techniques for immobilising biological molecules. TOPTEST
The project is focused on two main targets: development of high-sensitivity quantitative immunochromatographic systems based on fluorescence and development, optimisation and characterisation of effective techniques for immobilising biological molecules on sensor surfaces.
2011-2012
Emaitek Project
Funded by the Basque Government
Subject: Biodetection
Leader: GAIKER
New biomarker detection technologies. BIODETECT
The objective of this project is to develop electrochemical biosensors for health application. GAIKER’s activity focuses on immobilising antibodies on the electrochemical sensor surface.
2010-2012
ETORGAI Project
Funded by the Basque Government
Subject: Health biodetection
Leader: Biolan
Competitive plastic sensors for products and processes in different sectors. NOVOSENS
Development of an electrochemical biosensor for detecting an organophosphate pesticide in water, as a low-cost and alternative solution to presently existing analysis techniques. GAIKER’s activity focuses on evaluating strategies to immobilise enzymes on the sensor surface of the biosensor.
2010-2012
ETORGAI Project
Funded by the Basque Government
Subject: Environmental biodetection
Leader: RIBATE
Strategic investigation and technological development in molecular image and biofunctional nanoparticles for marking cells and sensors. BIOMAGUNE
Detection of pathogenic microorganisms for food control by developing aptamers to combat the Shiga-like toxin of Escherichia coli.
2009-2011
ETORTEK Project
Funded by the Basque Government
Subject: Biofunctionalisation of nanoparticles for application to biosensors
Leader: CIC Biomagune
Development of biological recognition elements with an integrated signal for biodetection systems. Aptamers. APTADREAMS
To develop biological recognition elements with an integrated signal for biodetection and biodiagnostic systems.
2009-2010
ETORTEK Project
Funded by the Basque Government
Subject: design and immobilisation of biorecognition elements.
Leader: CIC BiomaGUNE
Laboratory Skin Patches and SmartCards based on foils and compatible with a smartphone. LABONFOIL
The goal is to develop cheap lab-on-a-chip devices without compromising the response time, sensitivity or ease-of-use. The user will obtain the results using a smartphone. The project will be validated using various applications: environment, agrifood sector and health.
2008-2012
7FP European Project
Subject: miniaturised detection systems. Biosensor
Leader: Ikerlan.
Labonfoil
Development of biosensors for the detection of pathogens based on molecular and immunochemical techniques. PATSENS
To develop sensitive mobile biosensors for detecting specific pathogens based on different methodologies.
2008-2011
Exceptional Strategic Project
Funded by the European Union, the European Regional Development Fund and the Ministry of Science and Innovation
Subject: miniaturised detection systems. Biosensor.
Leader: GAIKER-IK4
Portable automated test for fast detection and surveillance of influenza. PORTFASTLU
The aim of this project is to develop and validate a fast diagnostic test for influenza (flu) virus. This test will enable fast and specific infection detection using a portable and compact analytical instrument.
2008-2010
7FP European Project
Subject: miniaturised detection systems. Biosensor.
Leader: Genewave SAS (FR).
Portflastlu
To develop a device for the diagnosis of eye inflammation
A project involving the development of antibodies to detect inflammation markers in tears. A monospecific monoclonal antibody has been developed.
2007-2010
Private funding from client
Subject: design and immobilisation of biorecognition elements
Mass produced optical diagnostic labcards based on micro and nano SU8 layers. OPTOLABCARD
This project has resulted in the development of a fast, highly sensitive and cheap diagnostic device (lab-on-a-card type) which brings together technological advances in optoelectronics, microfluidics and biology and is able to detect the presence of pathogenic microorganisms (Salmonella spp. and Campylobacter spp.) in biological samples (clinical samples and chickens, respectively) in situ within 25 minutes.
2005-2008
6FP European Project
Funded by European Commission
Subject: miniaturised detection systems. Biosensor
Leader: IK4-Ikerlan
optolabcard

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