|
The Centre of Applied Marine Biotechnology acknowledges the research
funding for both current and past projects within the marine biotechnology
programme.
Characterisation of 
Fatty Acids in Salmon Waste |
Forbairt |
€44,500 |
€44,500 |
| Development of an effective pesticide
from Crustacean Processing Waste |
Marine Institute |
€65,000 |
€65,000 |
| Environmental Survey of Mulroy Bay |
Bord Iascaigh Mhara |
€16,000 |
€16,000 |
| The Production and Pilot Scale Testing
of a Biopesticide based on Crustacean Processing Waste. |
Marine Institute |
€64,000 |
€64,000 |
| Amnesic Shellfish Poisoning in Scallops |
Marine Institute |
€6,400 |
€6,400 |
| Investigations into a reliable supply
of scallop, Pecten maximus for the inshore fishery
and aquaculture industries |
Marine Institute |
€209,280 |
€10,000 |
| Factors affecting the concentration of
domoic acid in shellfish |
Higher Education Authority |
€34,000 |
€34,000 |
| A Comparison of Molecular Probe and Morphological
Methods for the Identification of Bivalve Larvae |
Higher Education Authority |
€317,235 |
€317,235 |
| The effects of electrode density of states
on heterogeneous electron transfer dynamics |
IRCSET |
€38,100 |
€38,100 |
| Reduction of fungicide input in Irish
cereal farming: biological control of fungal pathogens of
cereals. |
DAFRD |
€180,000 |
€55,000 |
| Analytical techniques for the measurement
of domoic acid, the causative agent of ASP |
LYIT seed funding |
€22,500 |
€22,500 |
| Resource and risk assessment of mussel
seed in the Irish Sea |
Marine Institute |
€340,362 |
€15,000 |
| Analytical techniques for the measurement
of domoic acid, the causative agent of ASP |
Higher Education Authority |
€34,000 |
€34,000 |
| Modified atmospheric packaging for the
mussels (Mytilus edulis and Mytilus galloprovincialis) |
EU INTERREG III
Aqua Reg
|
€241,962 |
€65,000 |
| Machine vision for the identification
of shellfish larvae. |
Higher Education Authority |
€34,000 |
€34,000 |
| Centre of Applied Marine Biotechnology |
Enterprise Ireland |
€737,500 |
€737,500 |
| Development of an immobilised molecular
beacon DNA biosensor using electrochemical detection of hybridisation |
Enterprise Ireland |
€72,100 |
€72,100 |
| Identification of bivalve larvae using
fluorescence in-situ hybridisation |
IRCSET |
€57,150 |
€57,150 |
| DNA Microchip for the identification of marine bivalve larvae |
Science Foundation Ireland (Tyndall NAP) |
€40,000 |
€40,000 |
| Molecular-based dietary analysis of marine bivalve larvae |
Higher Education Authority |
€298,365 |
€298,365 |
| Extension to ARE Project to 2009 |
Enterprise Ireland |
€513,240 |
€513,240 |
| Research Equipment Grant to facilitate provision of laboratory scale mini-fermentation system |
HEA Research Equipment Grant |
€31,000 |
€31,000 |
| Improving the attachment efficiency and stability of DNA probes on gold electrodes |
Science Foundation Ireland (Tyndall NAP) |
€40,000 |
€40,000 |
| Identification of marine antimicrobials as effective solutions to biofouling |
Higher Education Authority |
€399,793 |
€399,793 |
| The speciation of Mytilus broodstock used for hatchery production of seed in support of European export market |
Enterprise Ireland |
€5,000 |
€5,000 |
Past projects are denoted by grey shading. |
Funding