Home Stakeholders Research & Innovation Stakeholders EMBRC-ERIC – European Marine Biological Resource Centre

EMBRC-ERIC – European Marine Biological Resource Centre

The European Marine Biological Resource Centre (EMBRC-ERIC) is a global reference Research Infrastructure responding to the societal Grand Challenges through advanced marine biology and ecology research

The EMBRC-ERIC is a pan-European Research Infrastructure for marine biology and ecology research. With its services, it aims to answer fundamental questions regarding the health of oceanic ecosystems in a changing environment, enable new technologies to further our investigation capabilities, support life-science breakthrough discoveries with the use of marine biological models, and continue long-term marine monitoring efforts. EMBRC-ERIC is a driver in the development of blue biotechnologies, supporting both fundamental and applied research activities for sustainable solutions in the food, health and environmental sectors.

EMBRC Services

EMBRC-ERIC offers a range of high-level services to support basic and applied marine biology and ecology research. The services are provided by the EMBRC-ERIC Operators in EMBRC-ERIC member countries.

  • Biological Resources

The provision of marine biological resources for research purposes is a fundamental service of EMBRC-ERIC, including:

  • Biobanks
  • Culture collections
  • Marine model organisms
  • Sampling upon request

Organisms are generally made available at the EMBRC-ERIC nodes but some organisms, laboratory cultures, cell lines, tissues, tissue cultures and DNA can be provided remotely (by courier), subject to Material Transfer Agreements stipulating terms and conditions of use, including guidelines for proper disposal and environmental protection. Provision of some organisms may be restricted by seasonal occurrence or abundance.

EMBRC-ERIC guarantees conformity with national and international regulations concerning collection, maintenance/cultivation and shipping of biological resources. Ethical standards and nature conservation requirements limit the availability and/or types of research on certain species such as mammals, turtles and those on the IUCN Red List of Threatened Species. Strict adherence to ethical standards and 3R policies (Reduce, Reuse, Recycle) will be ensured. Ethical issues will be overseen by the EMBRC-ERIC Ethical board.

Examples of culture collections include: Culture Collection of Algae and Protozoa (CCAP), the Roscoff Culture Collection (RCC), the Plymouth Culture Collection of Marine Microalgae, and the MOLA collection of bacterial strains

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  • Ecosystem Access

EMBRC-ERIC provides access to a range of marine ecosystems, including kelp forests, coral reefs, intertidal rocky shores, lagoons, mudflats, deep-sea environments as well as planktonic and pelagic communities. Special sites and extreme environments are also provided including: (1) volcanic cold seeps, proxies for the future high CO2/low pH oceans, (2) polluted low-oxygen sites, for environmental impact studies, and (3) artificial habitats such as renewable energy test sites for research on bio-fouling, etc.

Access to ecosystems is provided through the following platforms:

  • Coastal research vessels
  • Scientific diving facilities
  • Submersibles (ROV/AUV)
  • In-situ sampling facilities and monitoring equipment
  • Field stations
  • Other ecosystem access platforms

Specialised services are also available for tracking large marine organisms, such as mammals and turtles in their natural habitat, through satellite tag and sensor design.

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  • Experimental Facilities

EMBRC-ERIC provides access to state of the art experimental facilities, to users from all sectors, for either precompetitive studies or commercial applications, and for education and training activities. Aquaria and culture facilities for both micro- and macroorganisms are the heart of the EMBRC-ERIC marine research capacity. A substantial range of facilities for maintenance, culture and experimental work on polar, cold, cool temperate, warm temperate and sub-tropical species is available. The facilities include bioreactors, mesocosms greenhouses, and licensed marine vertebrate holding tanks. Facilities are equipped for the manipulation of environmental conditions (e.g., temperature, pH, and light). Water purification systems keep avoid invasive species and genetically modified organisms (GMOs) from contaminating the external natural environment during the experiments. Technical support for these facilities is provided.

The facilities include:

  • Aquaria and mesocosms
  • Wet laboratories
  • Dry laboratories
  • Climate rooms
  • Filed experiments

The services offered can be delegated to the EMBRC-ERIC staff or co-produced between the user and the EMBRC-ERIC staff, or produced independently by the user, depending on the nature (open/competitive) of the research.

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  • Technology Platforms

EMBRC-ERIC provides access to the latest technologies for the conduction of both fundamental and applied research by users from Research, Education and the Industry sectors. Important instruments for the modern investigation of marine biology, EMBRC-ERIC users will have access to standard molecular laboratories and high throughput molecular analysis tools through genomics, proteomics and metabolomics platforms, including sample manipulation robots, next-generation sequencers, laser scanners, and specialist equipment for mass spectrometry, flow cytometry, and magnetic resonance. Bio-imaging platforms comprise equipment for scanning and transmission electron microscopy, confocal laser scanning microscopy and state-of-the-art image analysis. The platforms also include the required sample preparation facilities, e.g. for thin sectioning and staining. A list of the various EMBRC-ERIC Technology platforms include:

  • Aquaculture
  • Biological analysis
  • Imaging
  • Molecular biology and ‘omics
  • Remote sensing and telemetry
  • Structural and chemical analysis
  • Other technology platforms

Access is on-site, on demand. The services offered can be: delegated to the EMBRC-ERIC staff; or: co-produced between the user and the EMBRC-ERIC staff; or: produced independently by the user, depending on the nature (open/competitive) of the research. Technical support is always available , as well as training sessions.

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  • Training and Education

Access to training and education programmes

Education and Training service offer is a major remit for EMBRC-ERIC, already well positioned in this domain, with numerous examples of important activity:

The Marine Training Network – A web-based platform developed by EMBRC-ERIC to offer an overview of current Marine and Maritime education, whilst being a supporting framework to foster new training initiatives with exchange of best practice including a set of tools for assistance and insights in Marine and Maritime ocused trainings”. In other words, the Marine Training Platform had as objective to become the one-stop-shop for trainees in search of European Marine and Maritime training initiatives, for trainers in search of assistance for organizing European Marine and Maritime training initiatives, for stakeholders in search of insights into European Marine and Maritime training initiatives.

The IMBRSea Masters Programme – The International Master in Marine Biological Resources (IMBRSea), is a joint Master programme organized by eight leading European universities in the field of marine sciences; Ghent University (BE), University of Pierre and Marie Curie (FR), University of the Algarve (PT), University of Oviedo (ES), Galway-Mayo Institute of Technology (IE), University of the Basque Country (ES), Polytechnic University of Marche (IT), and University of Bergen (NO), supported by 14 EMBRC-ERIC operators.

  • E-infrastructure, Data and Services

In the context of recognised and increasing dearth of expertise relating to bioinformatics analysis and biological interpretation of ‘omics data among European institutions as well of dispersed resources and increasing need of standardization, EMBRC-ERIC supports the development of coordinated data handling tools and expertise. EMBRC-ERIC promotes e-infrastructure interoperability and standardisation in order to deal with large volumes of different types of data generated by marine research and enhance collaboration between marine scientists and bioinformaticians /IT specialists. The EMBRC-ERIC e-infrastructure processes, curates and stores large datasets of sequences, metadata, historical time series and literature resources. The EMBRC-ERIC E-Infrastructure provides access to:

  • Data
  • Data analysis tools and softwares
  • Computing and storage infrastructure
  • Bioinformatics and Data Management services

The access is granted virtually, or on site, through the EMBRC-ERIC portal. Software and bioinformatics technical support is available remotely.

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  • Supporting Facilities

EMBRC-ERIC offers a large range of supporting facilities, which are either in-house or within walking distance from the EMBRC-ERIC partners. The supporting facilities comprise:

  • Conference and meeting facilities
  • Training facilities
  • In-house lodging
  • In-house catering
  • Others

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  • Expert Advice

EMBRC-ERIC provides expert advice to all users, including  researchers, investors, industry, policy makers and NGOs, as well as investors and business angels, typically on:

  • Feasibility studies
  • Experiment design
  • Environmental impact studies
  • Biological sample identification
  • Other expert advice

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