News

One of Matís' projects draws attention to the European Commission

Matís plays a leading role in a large-scale multinational project that has attracted attention within the European Commission, and the project, called Amylomics, has been chosen as one of the projects that stand out from all the numbers that the Commission sponsors each year (Success story).

The Amylomics project will utilize the diverse biota of geothermal areas in Iceland to develop heat-resistant enzymes for use in the starch and sugar industries. Heat and acid resistance are essential properties in such industrial processes, but these properties can be found in the enzymes of organisms in hot springs.

The biotechnology project Amylomics is the idea of Matís' experts and Iceland will largely be its platform. The diversity of geothermal areas in Iceland is unique and Matís has extensive expertise in their ecosystem. The project is based on developing technology to utilize this special Icelandic genetic source, producing enzymes with certain and important properties and exploring possibilities for utilizing the enzymes in various areas of the chemical and food industry.

Among the participants in Amylomics is the French company Rocket Frères , which is one of the largest in Europe in the production of starch and derivatives, with an annual turnover of about 7 billion euros. Roquette Frères will be testing enzymes that will be developed in the project for testing and innovation in its production.

Dr. Guðmundur Óli Hreggviðsson, Matís's professional manager, is Amylomics' project manager, and he provides all further information.

Information about the project can also be found on the website European Commission

News

Quality factors in the processing and processing of belt kelp

Belt algae can be found in many parts of the country (Saccharina latissima) in considerable quantities but probably nowhere is there as much of it as in Breiðafjörður. There have been ideas about the possible utilization of belt kelp, so research was undertaken on the things that need to be kept in mind in order to get the best possible product from the raw material.

The seaweed's harvest season is in May and June, but then it is free of hay for the most part. The seaweed was found to have different chemical content according to its age, young seaweed contained less protein and salt than year-old seaweed collected at the same time, but iodine levels were higher in younger seaweed. Considerable differences were found in appearance, taste and texture after the treatment the seaweed received.

Proper harvest time and handling can therefore have a decisive effect on the quality of the raw material and the products made from it.

The project was funded by the AVS fund and worked in collaboration with Matís and Íslenskr bláskeljar in Stykkishólmur. A report on the project can be found at Matís website, provides further information Þóra Valsdóttir at Matís.

News

Discussions about the bioeconomy have intensified recently

To improve coherence and synergy in biotechnology issues and pave the way for further innovation, the European Union established the European Bioeconomic Council, European Bioeconomy Panel. Matís' director of research, Herður G. Kristinsson, was invited to sit on the council, but it is a great honor, not only for Matís but also for the Icelandic scientific community.

The European Bioeconomy Council is a forum for discussion of the bioeconomy as a whole - from primary production to consumer markets - taking into account the complex interplay of social and economic factors and the changes they can bring about.

When we talk about the bioeconomy, we mean the food industry, feed production, forestry, fisheries, agriculture, aquaculture and the biochemical industry. European countries are making great efforts to increase co-operation between those who produce, manage and utilize organic resources or engage in other activities based on them. This refers to sectors such as food production, fisheries, agriculture, forestry, aquaculture and other related sectors. The Bioeconomics Council consists of 30 experts, all of whom are experts in their field within bioeconomics.

Hörður G. Kristinsson, director of research, says that since the establishment of the Bioeconomy Council, discussions about the bioeconomy have increased significantly. "The bioeconomy touches on many areas and the Bioeconomy Council is therefore an important tool for supporting communication between issues. Europe 2020 is the European Union's 10 - year strategy, which aims to promote sustainable economic growth within the Union. One of the focus areas of the strategy is sustainable growth, climate change, green energy, better energy utilization and increased market competitiveness. The European Bioeconomic Council was established to work on issues belonging to this category. Here at Matís, we still focus on talking about both green and blue growth ", says Hörður. "Blue growth refers to the sea and fresh water and is important for Iceland and our neighbors who share the resources of the Atlantic with us, but there are great opportunities for sustainable utilization and added value. Cooperation between green and blue growth is also important as there is often a strong link between land and sea riches. Those who work in these fields can learn a lot from each other and present new ideas from one field to another. The European Bioeconomy Council will facilitate this technology transfer and information sharing between sectors. "

Europeans need to rethink

"Europe is facing numerous challenges at the moment, population growth, rising age and age-related diseases, climate-related issues, the depletion of natural resources and growing environmental pressures. Europeans therefore need to rethink how they treat nature and radically change their approach to production, consumption, processing, storage, recycling and disposal of organic resources. Our goal is to maintain a healthy and sustainable bioeconomy in Europe and thus have a positive impact on the continent's population. Such challenges can, however, be inspiring and give rise to new ideas and discoveries. The bioeconomy will support industrial development in rural areas and lead to population growth. It will also make Europeans think about the need to improve the management of renewable resources and make them more aware of how they are increasingly impacting the bioeconomy and how it is opening up new markets for sustainable food and biotechnology products. It is also necessary for people in the primary processing industries to look at what they can do to make the production sustainable and environmentally friendly. " says Hörður. "When proposals are made for new foods and new ingredients and producers point out the need for sustainability, it is not only important to think about environmental protection but also food safety and safe food."

Hörður says that the European bioeconomy also encourages the establishment of bioeconomy councils in individual countries and regions. "The importance of better and increased sustainability around biological resources has never been more important than now and requires increased participation of the research community, companies and governments. There is a need for increased innovation and added value to make full use of limited resources. Cooperation between countries is the key to achieving goals and meeting increased requirements for organic production. Many countries share the same resources, so it is important to establish consistent policies and procedures. For example, the Nordic countries are working on the establishment of a bioeconomy council that sets a coordinated policy for the biological resources of the Arctic. It is also very important for us to work closely with other countries, for example our neighbors to the west, the United States and Canada, but we share many resources with them and face similar challenges".

Diverse resources

"One of the biggest tasks of the European Bioeconomy Council is to form a Bioeconomy Observatory, whose goal will be to map and monitor the progress and impact of the European bioeconomy and to work on a long-term strategy that benefits the development of the bioeconomy. We have also done a lot of work on definitions and mapping and put forward proposals regarding the biomass available in Europe. This work is very important for the sustainable and profitable use of biological resources. Our biological resources are diverse and touch many aspects of food, feed, energy and pharmaceutical and agricultural production. In this assessment, we have had to take into account various economic, social and environmental factors, and this has made the work quite complicated. Our goal is to present to the European Union priority proposals on the supply and use of biomass," says Hörður.

The European Bioeconomy Council has presented a policy and action plan based on this Framework Program for Research and Technological Development (FP7) and EU Framework Program for Research and Innovation (Horizon 2020).

News

The Icelandic version of Matís 2014 annual report has been published

The main theme of this year's report is largely related to the bioeconomy, but this year was the year of Iceland's presidency of the Nordic Council of Ministers, followed by a three-year presidency program on the bioeconomy.

Matís has worked closely with the Icelandic government on the implementation of the plan, as the bioeconomy is the basis for most of the company's research and innovation projects. The main task of the Presidency this year was to innovate in the Nordic bioeconomy in order to strengthen regional economic growth.

Matís will lead innovation and product development projects that will be carried out in the field of bioeconomy under the presidency program. Sigrún Elsa Smáradóttir, Head of Business Development, is the project manager.

Matís Annual Report 2014

These are projects that focus on innovation and increased sustainability in food production, increased production of biomass, including for biomass plants, and the utilization of new technology, including biotechnology, to increase value in the utilization of organic resources. Matís has already achieved good results in increasing the value of underutilized resources and looking for ways to improve the utilization of the resources that are already being utilized by conducting active research and innovation as well as supporting entrepreneurs. The innovation projects within the presidency program are thus a natural continuation of that work, they connect Icelandic and Nordic knowledge with the aim of identifying opportunities, reducing waste and increasing value in the bioeconomy.

For further information Steinar B. Aðalbjörnsson, marketing director of Matís.

News

The future of Icelandic scientists is bright

Cooperation with educational institutions and vocational training for students is one of the important aspects of Matís' operations. In doing so, Matís is not only making it easier for students and recent graduates to gain opportunities for further knowledge acquisition, but Matís is following up on its emphasis on research and innovation in the field of food for the benefit of the economy, public health and food safety.

A fun interview with Ásta Heiðrún E. Pétursdóttir was recently published in JASS News in Scotland. Ásta is a post-doc at Matís but was studying for a doctorate at the University of Aberdeen.

In the interview, Ásta says, among other things, that when she made the decision to go to Scotland to study, she thought that the two countries, Iceland and Scotland, were not so different now - rain, wind, mountains and sheep!

The full interview can be read on the web JAAS News.

News

Iceland has a unique position when it comes to bacterial infections in food

In 1999, after Holskefla Campylobacter-infections in Iceland, control of chickens was increased. Today, samples are taken from the groups of all farmed chickens on the way to slaughter 2-5 days before the planned slaughter. If the bacterium is detected, all the chicken from the relevant group is frozen after slaughter.

The reason for choosing this route was based on research conducted by the predecessors of the laboratories that merged in Matís and showed that freezing reduced the bacterium by up to 99%. This greatly reduced the risk associated with the treatment of chickens and the cross-contamination of the bacterium in other foods.  

As frozen poultry products are sold at much lower prices than fresh ones, the freezing requirement led poultry farmers to tighten all preventive measures, which thus very quickly reduced the pollution of farming groups. These measures, in addition to educating the public on the proper handling of raw chicken products, have meant that today the annual number of diagnosed cases of national origin in humans is only a fraction of what was diagnosed in 1999 and the number of farming groups diagnosed with the bacterium is also only a small fraction. of what was before the freezing requirement was introduced in 2000.

Through these measures, Iceland has created a unique position when it comes to scarcity Campylobacter-infections, but no other country has managed to reduce the number of cases of infection in the same way and in such a short time as happened in Iceland. This success has attracted a great deal of attention, and other countries, including Norway, have been working on setting up a similar system of intervention measures.

For further information Franklin Georgsson, Head of Measurement and Communication at Matís.

News

Matís 2014 annual report has been published

Matís' annual report for the operating year 2014 has now been published. The annual report is in English but the report will be available in Icelandic in the coming weeks.

The main theme of this year's report is largely related to the bioeconomy, but this year was the year of Iceland's presidency of the Nordic Council of Ministers, followed by a three-year presidency program on the bioeconomy. Matís has worked closely with the Icelandic government on the implementation of the plan, as the bioeconomy is the basis for most of the company's research and innovation projects. The main task of the Presidency this year was to innovate in the Nordic bioeconomy in order to strengthen regional economic growth.

Matís will lead innovation and product development projects that will be carried out in the field of bioeconomy under the presidency program. Sigrún Elsa Smáradóttir, Head of Business Development, is the project manager.

These are projects that focus on innovation and increased sustainability in food production, increased production of biomass, including for biomass plants, and the utilization of new technology, including biotechnology, to increase value in the utilization of organic resources. Matís has already achieved good results in increasing the value of underutilized resources and looking for ways to improve the utilization of the resources that are already being utilized by conducting active research and innovation as well as supporting entrepreneurs. The innovation projects within the presidency program are thus a natural continuation of that work, they connect Icelandic and Nordic knowledge with the aim of identifying opportunities, reducing waste and increasing value in the bioeconomy.

Matís Annual Report 2014

For further information Steinar B. Aðalbjörnsson, marketing director of Matís.

Reports

Coastal fisheries in the North Atlantic / Small boat fishing in the North Atlantic

Published:

01/01/2015

Authors:

Jónas R. Viðarsson, Gunnar Þórðarson, Edgar Henriksen, Audun Iversen, Durita Djurhuus, Tønnes Berthelsen, Heather Manuel, Tom Brown, David Decker

Supported by:

NORA (510-080), Nordic Council (AG-fisk 80-2013), Canadian Center for Fisheries Innovation (CCFI)

Contact

Jónas Rúnar Viðarsson

Director of Business and Development

jonas@matis.is

Coastal fisheries in the North Atlantic / Small boat fishing in the North Atlantic

Coastal fisheries are an important part of the North Atlantic marine sector and a vital part of a successful regional development in the area. This report provides an overview of the coastal sectors in the Faroe Islands, Greenland, Iceland, Norway and Newfoundland & Labrador, summarizing the key issues that affect the sectors in each country and the contribution of the fleets towards their national economy and the micro- & macro societies. The report addresses how fisheries management in each country affects the coastal sectors, but there are strategies in place in all of the countries that favor the coastal fleet in one way or another. The report also provides an overview of the fleet structure, catch volumes, catch values, fishing gear, regional distribution of landings, employment and operational environment in the sectors of each country. In 2013 the N-Atlantic coastal fleet consisted of 17 thousand vessels and provided full time employment for 18 thousand fishermen. In addition there are a considerable number of fishermen that have coastal fisheries as a secondary source of income or as a hobby and. The sector also produces a large number of jobs in processing and supporting industries. It can therefore be estimated that the N-Atlantic coastal fleet provides livelihood for at least 50 thousand families, which are primarily located in small fishing villages were the communities rely heavily on the sector for survival. Total landings of the N-Atlantic coastal sector in 2013 amounted to 680 thousand MT, valued at 815 million EUR. The report though clearly shows that the N-Atlantic coastal sector is highly fragmented, not only between countries but also within individual countries. The vessels range from being very modest old-style dinghies that fish few hundred kilos a year to industrialized state-of-art fishing vessels that catch up to two thousand tonnes of fish a year, which can be valued at over 4 million EUR. The N-Atlantic coastal sector is an important part of the Nordic marine sector and will continue to be so. The fleet has though been going through big changes in recent years, where the number of vessels and fishermen have been decreasing significantly. Big part of the fleet is struggling to make ends meet and recruitment of young fishermen is very limited. A relatively small part of the sector is though running profitable businesses and providing high paying jobs. This is the part of the fleet that accounts for majority of the catches and has invested in new vessels, gear, technology and quotas. It seems unavoidable that this optimization will continue with the coastal fleet consisting of fewer, better equipped and more profitable vessels.

Small boat fishing and related industries are an important part of the fishing industry and other ocean-related activities in the North Atlantic. The industry is also very important for rural development in the area. This report seeks to provide an overview of the small boat fleet in the Faroe Islands, Greenland, Iceland, Norway and Newfoundland & Labrador (NL), which summarizes the main factors that affect the industry in each country, the development of the fleet in recent years and how the industry affects the national economy and local communities. The report discusses in particular how fisheries management and various other government measures affect the small boat sector. However, in the countries covered by the report, the authorities seek to support small boating with various laws and regulations that favor small boats in one way or another. The report also provides an overview of size and composition, catch and catch value, fishing gear, geographical distribution, job creation and operating conditions of the small boat fleets in the aforementioned countries. In 2013, the small boat fleet in the North Atlantic * consisted of about 17 thousand boats and 18 thousand full-time fishermen. In addition, there were a significant number of people who worked part-time or part-time as sailors. The small boat fleet also created a large number of jobs on land in the processing of catch and in various supporting industries. It is estimated that at least 50,000 families in the North Atlantic * make their living from fishing, processing and servicing the small boat fleet. Most of these jobs are in maritime communities that rely heavily on the small boat fleet. The total catch of the small boat fleet in the North Atlantic * in 2013 was 680 thousand tonnes and the catch value was about 815 million Euros (about 130 billion ISK at current prices), but Iceland's share in these figures was about 13% of catch volume and 16% of catch value. However, this report shows that the small boat fleet in the North Atlantic is very diverse, both between countries and within countries, i.e. Boats can range from old-fashioned chillers that catch just a few pounds a year to state-of-the-art speedboats that catch up to 2,000 tons a year. The small boat fleet in the North Atlantic plays an important role in the fisheries sector in the area and will continue to do so. However, the fleet has changed considerably in recent years, as the number of boats and fishermen has decreased significantly. A large part of the fleet is operating at a loss and recruitment to the small boat fleet is limited. The relatively small proportion of the fleet, on the other hand, is run with good profits and creates well-paid jobs. This part of the fleet is behind the majority of the catch and is also the part that has invested in new boats, fishing gear, technology and fishing permits. It seems inevitable that this rationalization will continue within the small boat fleet in the North Atlantic, i.e. to reduce the number of ships, but the remaining ones are larger, better equipped and return more profit to the owners and crew.

View report

News

Registration of more than 400 thousand horses

Matís is closely involved with many agriculture breeding projects, helping farmers to improve their stocks; Matís performs the genetic analysis of the Icelandic horse for the WorldFengur database. WorldFengur is the official FEIF register of the Icelandic horse breed.

The database was established in year 2000, and consists of unique DNA identification of each horse, pedigree information, and information on breeders, owners, offspring's records, photos, results on breeding evaluations on the Icelandic stock and results from assessments. Currently there are more than 400,000 horses registered in WorldFengur from across Europe and the USA. The backbone of the database is the unique identification number (FEIF ID-number) of each horse, paired with its genotype, this allows a record and pedigree for all Icelandic horses, allowing their sale, entrance into shows, and for better breeding programs.

In addition Matís is the only Icelandic provider of the test for the DMRT3 mutation. This mutation indicates whether or not a horse has the ability to perform both pace and tölt (Icelandic) which is a form of slow trot. Most Icelandic horses with two copies of the A variant (AA) can perform both gaits, while horses with one copy (CA) can only perform tölt. This means that we can now genetically test a horse's potential ability to perform these gaits. This testing can be done when the horse is very young (ie before training is started). It can also be carried out on the stallion and broodmare to determine if they are a good combination to breed.

Sheep farmers have also benefited from Matís researches, as Matís offers testing for the 'þokugen' gene, which increases fertility in ewes, allowing farmers to increase the productivity of their flocks. Matís is as well enabling a practical test for sheep breeders to detect Scrapie. Scrapie is a fatal degenerative disease that affects the central nervous system in sheep and can be passed from sheep to sheep. Positive diagnosis of Scrapie can result in a flock being quarantined and animals destroyed. Fortunately, sheep can have genetic resistance to Scrapie that can be detected with a simple and inexpensive DNA test. By offering DNA testing to farmers, breeders can select for, and breed resistant animals. Buyers can also be assured that they are buying resistant sheep.

For additional information, please contact Anna K. Daníelsdóttir, director at Matís.

News

Matís switchboard for the Christmas holiday

Matís staff wishes its customers and all Icelanders a Merry Christmas and a prosperous new year

Matís switchboard will be closed on 24 and 31 December. The direct telephone number for the microbiology department is 422-5116 or 858-5116.

Information on other employees' telephone numbers can be found on our website, www.matis.is.

EN