News

BS in Food Management

Bifröst University, among other things in collaboration with Matís, intends to meet the demands of the business community throughout the country, which is increasingly interested in increasing innovation and development in the field of food production. Bifröst University will offer studies in food management from the autumn of 2014.

Emphasis is placed on the entire value chain from primary production to sale to the final consumer. The study is 180 ECTS and ends with a BS degree in Business Administration with an emphasis on food management and it will be possible to pursue it in distance learning and on-site study or a combination of the two.

In addition, specialization will be offered in the form of term projects (12 ECTS) and a final thesis (14 ECTS). The study will be in collaboration with the Agricultural University of Iceland and the teaching will be in collaboration with Matís.

Undergraduate business studies at Bifröst University are comprehensive business studies designed to prepare students for positions of responsibility, leadership and management in business and society. The program consists of general business disciplines such as finance, accounting, management and marketing. Students can spend one semester on an exchange program at a foreign partner university.

Specialization is provided in the following courses:

  • Nutrition - 6 ECTS
  • Food microbiology - 6 ECTS
  • Food processing - 6 ECTS
  • Food legislation and quality issues - 6 ECTS
  • Information technology in the food industry - 6 ECTS
  • Production Technology - 6 ECTS
  • Transport technology and logistics - 6 ECTS

For further information, please contact Sigurður Ragnarsson, Head of the School of Business at Birfröst University Sveinn Margeirsson, CEO of Matís. In addition, there is even more interesting information on Bifröst University's website, www.bifrost.is

News based on a news item about the program that was published on the Bifröst University website on 6 June.

News

Nordtic - Arctic bioeconomy

On June 25, a conference will be held at Hotel Selfoss where the Nordic Bioeconomy and the Arctic Bioeconomy will be discussed.

The bioeconomy

The term bioeconomy has been used to cover all life resources, their interplay and context and their impact on economic, environmental and social factors. Bioeconomic research thus transcends industries and seeks to maximize the benefits of resources without compromising them. An important part of Matís' operations is to strengthen and increase value creation in the bioeconomy, among other things through projects aimed at increasing biomass production and by fostering innovation, working to improve utilization and sustainability in production processes and thereby more efficient productive resources. Matís' staff therefore welcomes the Nordic emphasis on the bioeconomy and work closely with the Icelandic government on the implementation of three-year presidency projects in this area, which began this year when Iceland took over the Presidency of the Nordic Council of Ministers.

On this occasion, a conference will be held in Iceland on June 25, where these issues will be discussed from various perspectives.

On the website of the Guest Reception / Yourhost you can sign up for the conference.

Innovation in the Nordic and Arctic bioeconomy

Innovation in the Nordic and Arctic Bioeconomy

  • 09:15 Coffee and registration
  • 10:00 Opening the conference | Sigurður Ingi Jóhannsson, Minister of Fisheries and Agriculture
  • 10:15 No standard = no market | Dr. dr. Andreas Hensel, President at BfR                 
  • 11:00 Product development in the Arctic Bioeconomy | Sigrún Elsa Smáradóttir, Research group  
               leader, Matís                        
  • 11:30 Industry success stories:
               Janus Vang, Director, iNOVA and Leif Sörensen, Chef. Faroe Islands
               Kim Lyberth, Inuili school, Greenland
               Ingunn Jónsdóttir, Regional Manager Matís and Valdís Magnúsdóttir, farmer and local food   
               producer Iceland   
  • 12:00 Lunch | Special taste of innovation
  • 13:30 Branding of Nordic food | Emil Bruun Blauert, CEO, Executive Advisor and Developer, WNEAT
  • 13:50 Microfeed: Turning wood into food | Clas Engström, Managing Director, SP Processum          
  • 14:10 Nutrition for the future - Possibilities of the Nordic areas? | Bryndís Eva Birgisdóttir, Associate
               professor, University of Iceland
  • 14:30 Coffee break             
  • 14:50 Food waste: Problem or growth opportunity? | Nils Kristian Afseth, Research Scientist, PhD,
               Nofima      
  • 15:10 Investing in algae - Ingredients for future food production | Olavur Gregersen, Managing
               Director, Syntesa Partners & Associates               
  • 15:30 Assessing and mitigating risk in the Nordic Bioeconomy | Guðmundur Halldórsson, Research
               Coordinator, Soil Conservation Service of Iceland
  • 15:45 Reflection panel | Nordic and Arctic bioeconomy in local & global perspective:
               Julian Roberts - COMSEC
               Prof. Dr. Eberhard Haunhorst, President of Lower Saxony State Office for Consumer   
               Protection and Food Safety
               Alda Agnes Gylfadóttir, Managing director, Einhamar Seafood
               Steinar Bergseth, Coordinator MBTera
               Ásmundur Guðjónsson, Senior Adviser, Ministry of Fisheries Faroe Islands
  • 16:30 End of conference

Conference facilitator:

Guðrún Hafsteinsdóttir, Chairman of the Federation of Iceland Industries

More about the Arctic bioeconomy

One of the projects that Matís has led the way is the Nordic project Arctic Bioeconomy, and Sigrún Elsa Smáradóttir, Director of Business Development, is the project manager of the project. The project is for two years and includes mapping of life resources in the Arctic, assessment of their yield, and comparison and analysis between regions. The focus is on Greenland, Iceland and the Faroe Islands, but almost on living resources in the northern part of Norway, Sweden and Finland. "The project pays special attention to food production with regard to food security, in addition to which the innovation capacity of the areas and individual industries will be assessed. This is done so that it is possible to assess opportunities and threats and subsequently launch projects that strengthen the areas in this field, "says Sigrún Elsa, but the project is expected to be completed in November 2014.

"There are many living resources in the Arctic and they are important for the countries' economies, both directly and indirectly. Here in Iceland, the fisheries sector is one of the main basic industries and data on the state of the fisheries sector are in very good shape, but data relating to other resources, such as land use, are inferior. It is important to compile an overview of resources and their results so that the results can be assessed and how the areas can be strengthened. By increasing the value of products, stimulating and strengthening the bioeconomy and its capacity, we increase economic success, "says Sigrún Elsa, adding that the living resources of this area are changing due to global warming. "It is necessary to monitor these changes closely. It is important to take advantage of the potential that opens up for food production in this area due to changed living conditions and environmental impact. The unfortunate fact is that while opportunities in this field in the Arctic may increase, they will shrink elsewhere at the same time as the world's population growth continues ".

FP7, Horizon 2020, Industrial Leadership, Sicentific Excellence, Grand ChallangesSigrún Elsa Smáradóttir

The project aims to strengthen the countries' active participation in international co-operation projects, including at the Nordic level. "When it comes to research programs and support for innovation, it is clear that great emphasis will be placed on the bioeconomy, both in a Nordic and European context," says Sigrún Elsa.

For example, the Nordic Committee for Agricultural and Food Research (NKJ) has developed a strategy for the "Nordic Bioeconomy Initiative". This strategy pays special attention to the sustainability of natural resources and the use of biomass in a similar way as other nations at European level have done. The committee consists of three Icelanders, Torfi Jóhannesson, an expert at the Ministry of Industry and Innovation, Sveinn Margeirsson, CEO of Matís and Sigurður Björnsson, division manager at Rannís. The strategy should, first and foremost, improve and facilitate Nordic co-operation projects aimed at research into the bioeconomy and promote further policy-making in this area. Thus, the intention is to promote sustainable resource utilization in basic production and derivative industries.

"The intention is to strengthen the co-operation of processing industries, such as food production or feed and fertilizer production, with basic industries, such as fisheries and agriculture, and work towards comprehensive solutions that transcend industries and maximize the benefits of utilizing the resources without compromising them. . Sustainable production and utilization of biomass contributes to the economic and social strengthening of the areas adjacent to the resources, increased food production and thus increased food security. It also looks at environmentally friendly production of energy sources from biomass to replace fossil fuels, but then it is important that ways are found so that such production does not come at the expense of food production. High competition for raw materials, on the one hand for food production and on the other hand for energy production, can have serious consequences for food prices and the ability of people in the world to feed themselves, "says Sigrún Elsa.

Icelandic presidency project

The Nordic countries take turns chairing the Nordic Council of Ministers and leading the activities for one year at a time. This year, it will be up to Icelanders to chair the Council, and at the same time a three-year presidency program will be launched in the field of bioeconomy that will bring direct economic benefits to the Nordic countries. The implementation of chairmanship projects in the field of the bioeconomy is now being completed, but Matís has been an active participant in that implementation under the leadership of Sveinn Margeirsson, Matís' CEO.

"The presidency projects will call for increased collaboration between industry and research and educational institutions in practical value-added projects. The focus will be on how to promote knowledge creation and development in sustainable resource utilization and biomass production in the Nordic countries, and to transfer existing knowledge and technological solutions between regions, "says Sigrún Elsa.

In connection with the chairmanship project, a panel committee, the Nordic Bioeconomy panel, will be formed, which will advise the Nordic Research Fund when it comes to research calls in the field of bioeconomy. In addition, the committee's role must be to promote the position of the Nordic countries abroad when it comes to the bioeconomy, thus facilitating the countries' access to international research grants.

"The fact that Iceland plays a leading role in such co - operation, takes the lead in an ambitious presidency plan in the field of the bioeconomy and plays a leading role in related research in the Arctic, directs the eyes of others to the country as an interesting partner in bioeconomy projects. Broad multinational co-operation in this field, both in research and development, is an important basis for strengthening the bioeconomy and thus economic progress in Iceland, "concludes Sigrún Elsa.

For further information Sigrún Elsa. You can also watch Matís' video the big challenges á Matís video page.

News

Will insects feed the world?

There has been a lot of talk about the fact that the population of the earth will be up to 9 billion by 2050. In order to feed this increased number of people, it is estimated that current food production will have to double, which is difficult to predict due to pressure on natural resources.

Land areas are scarce, overfishing in the oceans is common and climate change and associated complications such as water scarcity can have serious consequences for world food production. We need to find new ways to get nutrition.

Insects have been a part of humankind's nutritional source for centuries. Today, insects are estimated to be part of the diet of two billion people, while there is widespread hatred for their consumption, and even existence, in some societies. Although the majority of edible insects are hunted in their homeland, large-scale innovation in breeding has been gaining ground. It is uncertain how many westerners will react to this development, but it is clear that it must start somewhere, because insects can also be used as a source of nutrition for the cultivation of more traditional proteins such as fish, but Matís began research on Black in 2012 the military fly, Hermetia illucens (See here: http://www.matis.is/matis/frettir/nr/3738) for the purpose of developing high quality flour that would be used in feed for fish.

Matís was a participant in the international conference Insects to feed the World, which took place in the Netherlands on 14-17. May 2014, where he presented his research on the Black Soldier Flight. One of the aims of the study, which is related to the project From green pastures to fish stomachs, was to examine the effect of different organic waste on the nutritional content of the larvae. Among other things, tomatoes, apples and leftover food from Matís' kitchen were tested. The results showed that it is possible to have a great influence on the nutritional content of the larvae with different foods as well as the larva is extremely powerful in the decomposition of waste and it converts the food into high quality protein and fat.

There were many interesting things to learn at the conference and it was very surprising how much progress there has been in this sector, especially in Europe and the United States. However, Europeans are subject to the restriction that EU regulations prohibit the production of insects as food or feed. However, these rules are under review. In the United States, insects can be produced in this way if the larvae's food is considered fit for human consumption. This has created a large market for, for example, vegetables that have to be thrown away due to packaging defects. Two large companies in the west coast presented their activities at the conference, which produce large quantities of flour for fish feed. The production is very environmentally friendly compared to, for example, pork or beef production and requires much less water and land. Part of the fat content of the larvae is extracted and sold to the cosmetics industry, and finally the larvae are sold as high quality fertilizer. There will therefore be considerable potential for insect breeding in the future.

Birgir Örn Smárason at the conference.

Further information is provided by Birgir Örn Smárason, PhD student at Matís.

News

Initial meeting of the Icelandic part of MareFrame

The inaugural meeting of the Icelandic part of the European project MareFrame will take place on Tuesday 10 June, with the aim of developing a multi-stock fisheries management system within Europe with an emphasis on ecological, sustainable, social and economic management. In addition to co-operation with fishermen, fishing companies and processing as well as other stakeholders involved in fisheries management.

Matís, the University of Iceland and the Marine Research Institute are working together on the Icelandic part of the project, but in addition a number of foreign companies, universities and institutions are participating. The project has received a grant of EUR 6 million and is one of the highest grant projects awarded in Europe. 

The European Union's fisheries policy needs to be reviewed, but three out of four EU fish stocks are overfished today, of which 47% are in the Atlantic and 80% are in the Mediterranean.

The MareFrame project is based on what has been done well in Icelandic fisheries management, including the use of the multi-stock model "Gadget" which was developed by Icelandic participants in the project and is widely used abroad. At the same time, there is more co-operation with those involved in fishing and processing in the fisheries sector as well as other stakeholders in the development of fisheries management systems, which is a key factor in the implementation of the fisheries management system.

In this connection, MareFrame will develop, among other things, a visual interface, computer games and computer-assisted learning techniques to present results and management methods, which are the result of Icelandic research.

The MareFrame project involves a total of 28 institutions, companies and universities in 10 European countries (Denmark, Sweden, Finland, Poland, the United Kingdom, Spain, Italy, Romania, Norway and Iceland) as well as South Africa, Australia and New Zealand. 

Dr. Anna Kristín Daníelsdóttir, division manager at Matís, is the project manager and dr. Gunnar Stefánsson, professor at the Faculty of Science at the University of Iceland, is the scientific project manager.

The meeting starts with lunch at 12 at Vínlandsleið 12 and the agenda of the meeting will be as follows:

12:30 Lunch Welcome and Goals for the meeting Gunnar Stefánsson, HI

12:45 Overview of the MareFrame project Anna Kristín Daníelsdóttir, Matis Objectives, methodology, expected outputs, website etc.

13:00 Main steps in the case study Guðmundur Þórðarson, Hafró Research, deliverables, milestones and estimated calendar / time frame

13:15 Co-creation Sveinn Agnarsson, HI

  • What is co-creation, why and of what? differences with traditional participatory approach, how and when (approx.)
  • CSs leaders are going to engage with participants, formal and informal communication channels, flow of information, etc.

13:30 
Coffee break

14:00 
Intro Jónas R. Viðarsson, Matís

14:15 Group work

  • Ecosystem Approach to Fisheries Management: The EAF application for their day to day work, projects implemented in the region and research priorities in a policy and social perspective.
  • Management priorities: Priorities identified in the DoW and debate. Are there additional priorities or different ranking needed to be con sidered for the Icelandic case study, and should they be included in the case study? For the priorities agreed as relevant for the case study, dentification of the decision capacity (who will be the actors involved, at which level, etc.).
  • Identification of management issues requiring decision support:(relates to ecological, socioeconomic and governance aspects).

        - conflicting interests among stakeholders implying multi-criteria
        - decision making problem.
        - multi-annual management plans
        - lack of clear management objectives, recovery plan etc.
        - uncertainty and lack of (scientific) knowledge
        - threatened or vulnerable species impacted by the fisheries.
        - policy, science and stakeholders interactions.

  • Policies and objectives in place (as relevant for the addressed issue):

       - CFP relevant for issue? MSY and Bpa Blim, Flim, Fpa defined for relevant species?
       - MSFD relevant to issue? How to transform the high level descriptors 1, 3, 4 and 6 into indicators and reference levels?
       - Ecological, environmental social, economic policies relevant to issue addressed (nationally, regionally, and locally?)

  • Management regulations and measures in place (as relevant for the addressed issue): Management rules enforced (HCR, TACs, effort limits, closed areas / seasons (MPAs), technical regulations, landing obligations; other regulations which can affect fisheries and ecosystem). Marine Strategy Framework Directive, particular descriptors 1, 3, 4 and 6. Assessment: methods, institutions; key assessment uncertainties, key uncertainties impacting yield forecast.
  • Decision environment: Identification of the governance setting (as relevant for the management priorities): Covered CFP? MSFD? Decision-making by Council / Parliament or other European institutions; nations involved, regional bodies for cooperation on resource management or environmental issues, relevant international conventions in place, division of responsibility and decision-making process regarding fisheries management and environmental issues.

15:00 Presentations of group work & discussions, Group leaders

15:45 Summary and AOB

News

Master's lectures from "Enriched Seafood"

Two master's students at the Faculty of Food and Nutrition at the University of Iceland in collaboration with Matís and the Nutrition Research Laboratory, Valgerður Lilja Jónsdóttir and Harpa Hrund Hinriksdóttir, will present their final projects tomorrow at the University of Iceland (Háskólatorg Ht 101: 6 June 14: 00-16: 00). The projects are part of a Nordic project on food enrichment. 

For the past four years, Matís and the company Grímur kokkur have worked together on projects to enrich seafood dishes with organic substances such as algae powder, hydrolyzate and fish oils. The purpose was to utilize antioxidant activity, increase protein content and omega-3 fatty acids. The project was funded by the AVS Fund from 2010 to 2012.

Subsequently, a two-year Nordic project funded by Nordic Innovation was launched, which also focused on the production of food additives. The companies Marinox which produces algae powder, Norður with protein hydrolysates and the Norwegian company BioActiveFoods with tasteless omega-3 powder participated in the project together with the research company VTT in Finland and a Finnish company that produces seafood.

The Nordic project has carried out product development for enriched seafood in collaboration with Grím kokk and an intervention study was carried out to investigate the bioavailability of n-3 fatty acids added to prepared dishes. High hopes are pinned on the results of this project, where innovation and food companies worked together. in connection with universities and knowledge companies. 

Two master's students at the Faculty of Food and Nutrition at the University of Iceland in collaboration with Matís and the Laboratory of Nutrition, Valgerður Lilja Jónsdóttir and Harpa Hrund Hinriksdóttir will present their final projects that were done as part of the Nordic project tomorrow at the University of Iceland (Háskólatorg Ht 101: 6 June 14 : 00-16: 00)

Matís will continue research in this area in the EU project Enrichmar.

Peer-reviewed articles

Predicting the concentration of verotoxin-producing Escherichia coli during processing and storage of fermented raw-meat sausages

A model to predict the population density of verotoxigenic Escherichia coli (VTEC) was developed throughout the elaboration and storage of fermented raw-meat sausages (FRMS). Probabilistic and kinetic measurement data sets collected from publicly available resources were completed with new measurements when required and used to quantify the dependence of VTEC growth and inactivation on the temperature, pH, water activity (aw), and concentration of lactic acid. Predictions were compared with observations in VTEC-contaminated FRMS manufactured in a pilot plant. Slight differences in the reduction of VTEC were predicted according to the fermentation temperature, 24 or 34 ° C, with greater inactivation at the highest temperature. The greatest reduction was observed during storage at high temperatures. A population decrease greater than 6 decimal logarithmic units was observed after 66 days of storage at 25 ° C, while a reduction of only ca. 1 logarithmic unit was detected at 12 ° C. The performance of our model and other modeling approaches was evaluated throughout the processing of dry and semidry FRMS. The greatest inactivation of VTEC was predicted in dry FRMS with long drying periods, while the smallest reduction was predicted in semidry FMRS with short drying periods. The model is implemented in a computing tool, E. coli SafeFerment (EcSF), freely available from http://www.ifr.ac.uk/safety/EcoliSafeFerment. EcSF integrates growth, probability of growth, and thermal and nonthermal inactivation models to predict the VTEC concentration throughout FRMS manufacturing and storage under constant or fluctuating environmental conditions.

Link to article

Peer-reviewed articles

Inorganic arsenic in seafood: Does the extraction method matter?

Nine different extraction methods were evaluated for three seafood samples to test whether the concentration of inorganic arsenic (iAs) determined in seafood is dependent on the extraction method. Certified reference materials (CRM) DOLT-4 (Dogfish Liver) and TORT-2 (Lobster Hepatopancreas), and a commercial herring fish meal were evaluated. All experimental work described here was carried out by the same operator using the same instrumentation, thus eliminating possible differences in results caused by laboratory related factors. Low concentrations of iAs were found in CRM DOLT-4 (0.012 ± 0.003 mg kg−1) and the herring fish meal sample (0.007 ± 0.002 mg kg−1) for all extraction methods. When comparing the concentration of iAs in CRM TORT-2 found in this study and in the literature dilute acids, HNO3 and HCl, showed the highest extracted iAs wheras dilute NaOH (in 50% ethanol) showed significantly lower extracted iAs. However, most other extraction solvents were not statistically different from one another.

Link to article

Peer-reviewed articles

Hydride generation ICP-MS as a simple method for determination of inorganic arsenic in rice for routine biomonitoring

The inorganic arsenic (iAs) concentration was measured in 44 rice product samples, covering a wide range, using both hydride generation (HG) ICP-MS and HPLC-ICP-MS. Linear regression showed good linearity (R2 of 0.99) with a slope close to 1 (0.969 ± 0.015) and similar sensitivity showing that HPLC can be robustly replaced by a simple HG system, shortening the measurement time and resulting in easier data treatment as no manual integration of peaks is necessary. With upcoming regulations on the iAs concentration in rice in the EU, it is important that regulators do not prescribe only one standard method since it excludes new instrumental developments.

Link to article

Peer-reviewed articles

Speciation without chromatography using selective hydride generation: inorganic arsenic in rice and samples of marine origin

Because of the toxicity of inorganic arsenic (iAs), only iAs needs to be monitored in food and feedstuff. This demands the development of easy and quick analytical methods to screen large number of samples. This work focuses on hydride generation (HG) coupled with an ICPMS as an arsenic detector where the HG is added as a selective step to determine iAs in the gaseous phase while organically bound As remains in the solution. iAs forms volatile arsine species with high efficiency when treated with NaBH4 at acidic conditions, whereas most other organoarsenic compounds do not form any or only less volatile arsines. Additionally, using high concentrations of HCl further reduces the production of the less volatile arsines and iAs is almost exclusively formed, therefore enabling to measure iAs without a prior step of species separation using chromatography. Here, we coupled a commercially available HG system to an ICPMS and optimized for determination of iAs in rice and samples of marine origin using different acid concentrations, wet and dry plasma conditions, and different reaction gas modes. Comparing this method to conventional HPLC – ICPMS, no statistical difference in iAs concentration was found and comparable limits of detections were achieved using less than half the instrument time.

Link to article

Peer-reviewed articles

The effect of the 'Gait keeper' mutation in the DMRT3 gene on gaiting ability in Icelandic horses

A nonsense mutation in DMRT3 ('Gait keeper' mutation) has a predominant effect on gaiting ability in horses, being permissive for the ability to perform lateral gaits and having a favorable effect on speed capacity in trot. The DMRT3 mutant allele (A) has been found in high frequency in gaited breeds and breeds bred for harness racing, while other horse breeds were homozygous for the wild-type allele (C). The aim of this study was to further evaluate the effect of the DMRT3 nonsense mutation on the gait quality and speed capacity in the multigaited Icelandic horse and demonstrate how the frequencies of the A- and C- alleles have changed in the Icelandic horse population in recent decades. It was confirmed that homozygosity for the DMRT3 nonsense mutation relates to the ability to pace. It further had a favorable effect on scores in breeding field tests for the lateral gait tölt, demonstrated by better beat quality, speed capacity and suppleness. Horses with the CA genotype had on the other hand significantly higher scores for walk, trot, canter and gallop, and they performed better beat and suspension in trot and gallop. These results indicate that the AA genotype reinforces the coordination of ipsilateral legs, with the subsequent negative effect on the synchronized movement of diagonal legs compared with the CA genotype. The frequency of the A-allele has increased in recent decades with a corresponding decrease in the frequency of the C-allele. The estimated frequency of the A-allele in the Icelandic horse population in 2012 was 0.94. Selective breeding for lateral gaits in the Icelandic horse population has apparently altered the frequency of DMRT3 genotypes with a predicted loss of the C-allele in relatively few years. The results have practical implications for breeding and training of Icelandic horses and other gaited horse breeds.

Link to article

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