MindGAP FET-Open project | H2020 European Commission
MindGAP FET-Open project | H2020 European Commission
Linnaeus University Partner leader
Develops biomimetic materials employing informatics resources, to plan the best architecture and apply these for sensing purposes. Also leading WP4b.
VTT Partner Leader
Produces technology for integrated optical and electronic components into microfluidics set-ups, which may be adjusted to mass production printing techniques.
IPO-Porto Partner Leader
Expert in epigenetics and Cancer Biology and Head of IPO-Porto Hospital, is involved herein in clinical assays and cancer disease monitoring and management.
Oulu University Partner Leader
Expert in stem cell based kidney development and disease modelling, participating herein in line with previous expertize in exosomes and cell-to-cell communication.
WP1,2 Leader/Coimbra University
Develops innovative biomimetic materials that are assembled in the form of photonic structures, targeting optical and/or visual detection of biomolecules.
WP3 Leader/Oulu University
Involved in all experiments related with extracellular vesicles of neuronal original, mostly centred in exosomes, for being involved in cell-cell communication.
WP4a Leader/ Coimbra University
Expertise in electrochemical biosensors composed by complementary miRNA sequences, for specific miRNA detection. WP4b is lead by Linnaeus University.
WP5 Leader/ VTT
Expertise in development of integrated biosensors, micro/nano manufacturing techniques and microfluidics theory.
WP6 Leader/ IPO-Porto
Expertize in epigenome of tumour cells and identification of epigenetic cancer biomarkers, being involved herein the cancer disease biochemical monitoring.
IPO-Porto/Portugal | Coordinator of the clinical study on mindfulness meditation
Psychologist and psychotherapist in IPO-Porto, involved herein in emotional-focused therapy and meditation.
Coimbra University/Finland
Development of photonic MIP-based biosensors for protein biomarkers
VTT/Finland
Development of nucleic acid amplification methods on microfluidic chips.
IPO-Porto/Portugal
Involved in liquid biopsies’ processing and evaluation of biochemical markers, as well as extracellular vesicles isolation experiments.
IPO-Porto/Portugal
Involved in liquid biopsies’ processing and management, as well as clinical data collection.
Coimbra University/Portugal
Development of receptor surfaces of optical nature targeting extracellular vesicles proteins.
VTT/Finland
Design and building of heating system for microfluidic chips.
Coimbra University/Portugal
Development of electrochemical biosensors for targeting exosomes.
Oulu University/Finland
Involved in all experiments related with extracellular vesicles of neuronal original, including separation and characterization.
Linnaeus University/Sweden
Molecular modelling and surface fabrication
VTT/Finland
Development of nucleic acid amplification methods on microfluidic chips.
VTT/Finland
Chemical modification of printed electrode structures towards the electrochemical detection of biomarkers.
Linnaeus University/Sweden
Molecular modelling and surface fabrication
VTT/Finland
Development of nucleic acid amplification methods on microfluidic chips.
Coimbra University/Portugal
Development of optical biosensors for specific microRNA and other exosomes-related biomolecules, using biocompatible materials.
IPO-Porto/Portugal
Involved in all experiments related to liquid biopsies processing, extracellular vesicles isolation and biochemical monitoring.
Linnaeus University/Sweden
Surface chemistry development and characterization, as well as QCM studies.
ISEP/Portugal
Develops biosensors for specific proteins by MIP technology
Coimbra University/Portugal
Involved in the development of optical biosensors for targeting exosomes.
Coimbra University/Portugal
Involved in the development of electrochemical biosensors for targeting exosomes.
Coimbra University/Portugal
Developed optical biosensors based on plastic antibodies for extracellular vesicles detection.
Coimbra University/Portugal
Developed biosensors for specific miRNA sequences, making use of electrochemical detection.
Coimbra University/Portugal
Developed fluorescent proteoliposomes for sensig applications.
IPO-Porto/Portugal
Contribution in the clinical trial, including data collection, management, and analysis.
IPO-Porto/Portugal
Involved in the clinical trials, including tasks related to recruitment and psychological assessment, database compilation and analysis.
Linnaeus University/Sweden
Research on molecular modelling and surface characterization.
WP5 Leader/ VTT
Expertise in development of integrated biosensors and their high-volume manufacturing
Oulu University/Finland
Contribution in single cell omics and extracellular vesicles.
Oulu University Finland
Contribution in single cell omics and extracellular vesicles
ISEP/Portugal
Involved in the development of biosensors for specific proteins, employing electrochemical detection.
Coimbra University/Portugal
Developed electrochemical biosensors with MIPs
ISEP/Portugal
Developed electrochemical biosensors with MIPs.
IPO-Porto/Portugal
Contribution in the clinical trial, including data collection, management, and analysis.
Coimbra University/Portugal
Contribution to MIP development with autonomous features
Coimbra University/Portugal
Develops electrochemical biosensors based on plastic antibodies for extracellular vesicles detection.
Oulu University/Finland
Contribution to the validation of EV biomarkers.
VTT/Finland
Development of electrochemical assays for miRNA testing and their integration in microfluidic chips.
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