Marine Biodiscovery

 

"Marine Biodiscovery"

Research Measure:    Discovery Research Measure

Funding Type:            Beaufort Marine Research Awards

Funding Year:            2007

Project Duration:       7 Years

Project Type:              Capacity Building

Total Grant-Aid:          €7.23m

Research Groups:       

  • Research Institute & Microbiology Dept., University College Cork
  • School of Biological Sciences, Queen's University Belfast
  • Martin Ryan Institute, National University of Ireland, Galway
Project Summary

The overall aim of the Marine Biodiscovery Project is to sample and assess marine biological diversity within the Irish Exclusive Economic Zones with a view to extracting, identifying and developing natural products for application in areas such as drug discovery, functional food ingredients and materials of commercial application in the fields of bio-medical and nutritional science and devices.  A key element of the work programme is the creation of a national interdisciplinary network of researchers working on the taxonomy, systematics and genetics of selected marine organisms and the development of analytical, culture, extraction techniques and screening processes for biochemical compounds with potential commercial application.

The work also includes the development of an operational data management system that will facilitate data processing and archival of information at all levels.  The programme will make a major contribution to develop national capacity in marine biodiscovery through strengthening and linking a network of laboratories and collaborative teams based at NUIG, UCC and QUB.  It will also support existing research work and capacity being developed in these areas as well as collaboration with other national and international partners.

Key Objectives:
  • Create a  strong interdisciplinary research capacity in NUIG, UCC and QUB in the utilisation of marine biodiversity, through application of novel high-throughput techniques in the development of drugs, therapies and nano-bio materials;
  • Develop core research expertise and capacity in the sampling, taxonomy, processing and preservation of marine organisms for biodiscovery research;
  • Develop applied research capabilities for the isolation and identification of novel marine bioactive chemical compounds (e.g. adhesives, biofilms and sensors) for use in medical device industry and in chemogenomics and bioinformatics;
  • Develop an integrated management system for data collection, tracking and archival of biochemical and microbiological products/compounds extracted from marine organisms;
  • Support opportunities for further national and international scientific collaboration and attract additional research funding through partnerships with other agencies, institutions and industry; and
  • Promote Ireland as a leader and respected international partner in marine biodiscovery research using applied biochemical and microbiological processes to develop high value marine nutritional, biomedical and bioactive products.

Further details on Work Package (PDF, 177KB) details are available along with additional project information.

In this section:

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Marine Economic & Social Research
SALSEA-Merge
Novel Passive Sampling Devices for the Monitoring of Priority Pollutants
Novel Anti-fouling Stategies based on Materials Doped with Nanoparticles for use in New Monitoring Technologies
Smart Catchment Demonstration: Long-term deployment of sensor monitroing system (DEPLOY)
Juvenile Fish Habitat Requirements in Changing Coastal Ecosystems
Alien Invasive Species in Irish Water Bodies
SADOSE
Nutrient and Ecosystem Dynamics in Irelands Only Marine Nature Reserve
Anthropogenic Impacts on Marine Biodiversity
Air-Sea Exchange Processes (EASI-AQCIS)
Marine Mammals & Megafauna in Irish Waters
Biological Effects for the Assessment of Pollution in Irish Waters
Climate and Catchment Environment
Assessing the Impact of Waste Water Treatment Plant Effluent on Norovirus Contamination in Shellfisheries
Assessment of Exposure to Metallic Nanoparticles on Marine and Freshwater Model Organisms at Cellular and Genetic Level
SIMBIOSYS - Sectoral Impacts on Biodiversity and Ecosystem Services
Biodiversity and Ecological Requirements of Meiofauna and a Typology for Irish Transitional Waters
Can Geoinforamtics be used to Predict the Coastal Response to 21st Century Climate Change
Marine Functional Foods Research Initiative
Fish Population Genetics
Gill Pathologies
AquaPlan
Impact of Climate Change on Fish Stocks
Application of Signal Detection Methods to the Fisheries Management System
Ecosystem Approach to Fisheries Management
Isolation and Synthesis of Bioactive Natural Products from Marine Sources
Exploiting marine biodiversity to develop drugs for normalising neural communication in disease
Anti-Inflammatory potential of Marine Extracts
Flavouring and Taste Components in Irish Seaweeds
Marine Sensors & Communications
CoralFISH
SmartCoast
Miniatuised Multi-Channel Cytometry System
Development of Viable Hatchery and Ongrowing Methodologies for Seaweed Species
Data Management for Marine Geological & Geophysical Datasets
MATSIS Project
STRAND 111
METRIC
AquaReg
Long-Term Dynamics of Herring Populations
The Life History, Ecology and Dynamics of the Black Scabbard
Rebuilding Depleted Fish Stocks in the Waters Around Ireland
EcoSystem Approach to Fisheries Management
Modelling the Ecology, Population Dynamics, Assessment & Managment of Nephrops
EEL-PLAN
Impacts of Increased Atmospheric CO2 on Ocean Chemistry and Ecosystems
Making the European Fisheries Ecosystem Operational
Deepfishman
Prevent-Escape
CORES
EquiMAR
EELIAD
MIDTAL
PROPS
SKEMA
Water-based Tourism and Leisure Product Audit 2006
Azaspiracids
Discard Mitigation Plans
Marine Tourism Research Activities
Methodology for the Quantitative Assessment of Ireland's Inshore Kelp Resource
Cod Broodstock & Breeding Programme
Optimisation of Mooring Systems for Wave Energy Arrays
Tacit Knowledge
Acoustic Based Cetacean Detection
Information Management & Archive Solutions
Azipilot
Marine Monitoring System