In This Issue

July 1, 2011


• Partners Cooperate on Food Security Issues 
• Jose Graziano da Silva of Brazil Elected FAO Director-General 
• Annan Warns Hunger Could Become Permanent Disaster 

• Scientists: Stem Rust Resistant Wheat Could Be Unveiled Soon 
• Ghana Biosafety Bill Passed into Law 

• U.S. Subcommittee Highlights Importance of Agribiotech to Feed the Growing Population 
• Soybean Event MON87701 Safe for Livestock Feed, Says CFIA 
• Improving Food Safety of Potato Varieties 
• USDA Announces Decision to Deregulate Genetically Engineered Corn Seed 
• Uruguay's CGR approved Five Maize Biotech Events 
• Canola Biodiesel Reaches Milestone 

Asia and the Pacific
• India Paying High Cost by Not Adopting GM Crops 
• China Ratifies 7 GM Crops 
• Congress on Genetic Engineering, Food Security, and Sustainable Development Concluded in Iran. 
• China Discusses Importance of Biotechnology 
• Workshop on Socio-Cultural Consideration, Biosafety, Biotechnology and Decision-making in Indonesia 
• Scientific Research Essential for Agriculture in Vietnam 
• Biotech Netmapping Workshop for Policymakers in Indonesia Concluded 
• The Asia-Pacific Region Needs "New Agriculture" 

• EU Adopts Regulation Harmonizing Controls for Non-authorized GM Material in Feed 
• Global Plant Database Set to Promote Biodiversity Research and Earth-System Sciences 

• Mutations in Phytoene Synthase 1 Gene Alters Carotenoid Production 
• Scientists Reveal the Effects of Bt Crops on Spiders 
• Expression Green Fluorescent Protein and Cry1Ac in Transgenic Brassica spp. 

Beyond Crop Biotech
• Regulation Blocking Genetically-engineered Food Animal Development, Report Finds 
• Genome of Leaf-cutting Ants Reveal Clues on their Farming Behavior 

• 2012 World Potato Congress, Edinburgh, Scotland 

Document Reminders
• FAO Book on "Biotechnologies for Agricultural Development" 
• FAO Biosafety Resource Book 




The European Commission (EC), the Food and Agriculture Organization (FAO), the International Fund for Agricultural Development (IFAD) and the World Food Programme (WFP) have signed in Rome a new Strategic Framework of Cooperation. The framework, according to a FAO press release, "hopes to increase the capacity of the international community to deliver effective, coordinated, timely and sustainable support to food security and nutrition."

The joint effort seeks higher collective impact on the world's food security. The comparative advantages and core mandates of each of the four partners will be defined to set the agenda for strengthened coordination and collaboration.

View the FAO media release at

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José Graziano da Silva of Brazil is the newly-elected Director-General of the United Nations Food and Agriculture Organization. He was Brazil's Extraordinary Minister of Food Security and Fight Against Hunger, who was responsible for the design and implementation of the country's highly-successful "Zero Hunger" Program. The five year program helped 24 million people out of poverty and reduced malnourishment by 25 percent.

Graziano da Silva has served as FAO Assistant Director-General and Regional Representative for Latin America and the Caribbean since 2006. He is FAO's eighth Director General and will succeed Senegal's Jacques Diouf on 1 January 2012, for a three year term.

See the news release at

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Kofi Annan is this year's Food and Agriculture Organization's (FAO) McDougall Distinguished Lecturer on agriculture and hunger alleviation. In his speech at the opening of the 37th session of the FAO Conference, Annan warned that the current food security crisis, with almost one billion people hungry, could turn into a permanent disaster and endanger millions of lives as well as international cooperation. He added that "along with tackling the linked problem of climate change, delivering global food and nutrition security is the challenge of our time."

Annan called for the FAO to take the lead in increasing the transparency of global food stocks by compiling more accurate and accessible information on the quantity and quality of these stocks, which would help dampen speculation and market volatility. He also called for more research and development into the benefits and impacts on food security of crop-based biofuels, and for more focus on smallholder farmers and women.

Details on this news can be seen at

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Scientists from different research institutions announced that they are close to producing super rice varieties of wheat that can resist a new strain of wheat rust (Ug99) and produce more yields. The researchers involved in this study are from Kenya Agricultural Research Institute, International Maize and Wheat Improvement Centre, Ethiopian Institute of Agricultural Research and the U.S. Department of Agriculture. According to them, the new varieties have resistance to all three wheat rusts: stem rust, yellow rust, and leaf rust.

"The new resistant varieties will come in handy as they posses important characteristics including improved yield performance, drought tolerance as well as regional suitability,"said Peter Najau, head of Durable Rust Resistance Project and wheat breeder Arther Kenya Agriculture Research Institute.

"We are facing the prospect of a biological firestorm, but it's also clear that the research community has responded to the threat at top speed, and hence the new superior varieties," said Ronnie Coffman, head of the Durable Rust Resistance in Wheat project at Cornell University. "But the job of science is not over. Declining support for public agricultural research got us into this problem with Ug99. Unless that changes, the problem is likely to arise again in a few years. We are dealing with a constantly-evolving pathogen, and we need to stay at least one step ahead at all times," he added.


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The Ghana Biosafety Bill was unanimously passed into law by the Parliament on June 21, 2011, two weeks after Nigeria, another West African country, passed its own biosafety bill into law on June 1. The bill was passed during the third reading of the Bill that now awaits Presidential assent, after which, the regulations for its full implementation will be developed.

The Bill was first submitted to the Ministry of Environment and Science (MES) for submission to the Cabinet in 2004. However, successive changes in Ministers and dissolution of the MES in 2006 led to a delay in its processing. The Bill was taken up by the Ministry of Environment, Science and Technology with the installation of the new government in 2009 and resubmitted to the Parliament by the Cabinet in 2011.

News of passage of the Bill was greeted with excitement by members of the National Biosafety Committee (NBC) and a cross section of stakeholders. Ajayi Boroffice, a member of the newly inaugurated seventh senate, said that the bill would have a positive impact on the economy.

Ghana's NBC is currently processing application for Bt cowpea confined field trials. Application for field trials of nutrient enhanced sweet potato is expected to be submitted soon.

For more information on the passage of the Biosafety Bill and biotechnology developments in Ghana please contact the Secretary of the NBC, Mr. Eric Okorie at or Prof. Walter S. Alhassan at the Forum for Agriculture Research in Africa (FARA) at

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U. S. Rep. Timothy V. Johnson, Chairman of the House Agriculture Committee's Subcommittee on Rural Development, Research, Biotechnology, and Foreign Agriculture conducted a public hearing to review and discuss the opportunities and benefits of agricultural biotechnology for farmers, the environment, food and energy security, and competition in the global marketplace.

"Global population growth creates a pressing humanitarian challenge. We can either meet this demand by utilizing marginal lands and lands with fragile soils and poor water resources, or we can make the smart choice of increasing the production capacity of the plants and animals themselves. Innovation in agricultural science and technology is the key," said Johnson.

"The role of biotechnology in aquaculture represents one of the key tools that could enable humanity to expand protein production in sustainable way. The United States needs to follow its own lead in agriculture and provide regulatory support to sustainable aquaculture," said Harvard University professor Calestous Juma.

Read more statements of the panel members at

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Insect resistant soybean event MON 87701 was determined by the Canadian Food Inspection Agency (CFIA) to be of minimal risk to the environment from incidental release. The Animal Feed Division of the CFIA had earlier determined that this event does not present livestock feed safety concerns when compared to currently commercialized soybean varieties. These approvals are critical steps in the potential commercialization of plants with novel traits. Evaluation of food safety by Health Canada, have been addressed separately.

For more on this article, see

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Scientists at the Inner Mongolian University, University of Wisconsin-Madison and the USDA-ARS were able to reduce the activity of a single protein that allowed for low-temperature storage of potato tubers without an accumulation of sugars. In regular potatoes, these sugars undergo chemical reactions during cooking, giving rise to dark-colored chips and fries due to the presence of unhealthy acrylamide.

Results of the study published in journal Crop Science showed that the modified potato has improved low temperature storage, thus spoilage-related potato waste can also be reduced. Initial greenhouse and field evaluations show that the method does not have negative effects on plant growth and yield.

For more details, see the news at

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The USDA in its Federal Register recently issued a non-regulated status to Pioneer Hi-Bred International's GM corn event DP32138-2. The line has been genetically engineered to produce male-sterile/female inbred plants to generate non-transgenic hybrid corn. The decision is based on evaluation data and on the comments received from the public in response to public solicitations on the environmental assessment and plant pest risk assessment. Documents on the written determination and findings of no significant impact are now available to the public.

See for complete details

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On 22nd June, Uruguay´s regulatory body, Comisión de Gestión del Riesgo (CGR) approved the cultivation of five genetically modified (GM) maize biotech events: MON810 x NK603 and NK603 from Monsanto, GA21 and BT11x GA21 from Syngenta and TC1507 from Pioneer Hi-Bred/Dow AgroSciences. This approval ends the 18 months moratorium in Uruguay that will enable for the very first time the use of stacked biotech maize hybrids by farmers in Uruguay.

These GM events allow a reduction on insecticide use and the deployment of no tillage corn techniques which protects soil from erosion and reduces the CO2 footprint from agriculture. It also reflects the strong current support on biotechnology in Uruguay.

There are now five GM events that can be grown in the country, as corn MON810 and GA21 were already approved as well as Round Up Ready soybeans.

For details, see the approvals in Spanish at,1,144,O,S,0,MNU;E;2;2;12;5;MNU

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In a press release, Environment Minister Peter Kent and Agriculture Minister Gerry Ritz  recently announced that the 2 percent renewable content requirement in diesel fuel and heating oil is coming-into-force by July 1, 2011 in Canada.

"The renewable fuels standard is an important component in the 'Canola Growing Great 2015' industry strategy of reaching 15 million tonnes of sustainable canola demand and production," said Canola Council of Canada (CCC) president JoAnne Buth. "Today's announcement will create a consistent domestic market for canola seed of about one million tonnes annually."

Since most of the canola-based biodiesel is produced from Canadian canola and processed into biodiesel in the United States, and then transported back to Canada, biodiesel plants in Canada now becomes a necessity. "This will enable Canada to produce its own biodiesel and keep the jobs in Canada," said Buth.

For details, see the news release at

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Asia and the Pacific

"India, a pioneer among developing countries in agricultural practices, is paying a high cost by not going in for bioengineering crops in a big way," said Dr. Clive James, founder and chair of the International Service for the Acquisition of Agri-biotech Applications (ISAAA) at a plenary session on "Demystifying crop biotechnology: Issues and concepts for the mass media" held in Hyderabad, India on June 27, 2011. The session was part of the 20th Asian Media Information and Communication Center (AMIC) 20th Annual Conference which was attended by participants from Asia, U.S., and Europe.

In the same session, Dr. William Dar, director general of the International Crops Research Institute for the Semi-Arid Tropics (ICRISAT), added that "It is time to apply new products being developed and this is possible only with political will." Both experts believe that crop biotechnology is a powerful tool to address the food demand of a rising global population. In just 15 years, after commercialization, accumulated biotech crops exceed 1 billion hectares in 2010 benefiting over 15 million farmers worldwide of  whom 90 percent are small and resource poor farmers. "Two principal requirements for continued success are needed: political will, and access to new and improved biotech crops," James added.

The book "Communication Challenges and Convergence in Crop Biotechnology" published by ISAAA and SEARCA, was launched during the session. It highlights the experiences of many countries in their knowledge sharing initiatives to facilitate a favorable environment for the growth of crop biotechnology. To get a copy of the book, visit

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China has issued biological safety certificates to seven GM crops including cotton and papaya. Aside from GM cotton, other GM crops have been planted in small-scales in China such as delayed-ripening tomatoes, phytase corn, pest-resistant rice, and disease-resistant peppers.

China's national agricultural GM biosafety evaluation authority ratified imports of genetically modified cotton, soybean, corn, and rape. China only allows imported cotton to be used for planting, and the other three imports can only be used as materials for processing. Most GM imports of China come from the U. S., Canada, Brazil, and Argentina.

Read the original article at

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The Third Biosafety and Genetic Engineering Congress was successfully concluded in Islamic Azad University, Tehran, Iran on June 13 – 18, 2011. More than 200 scientists, faculty and students, policy makers, members of the parliament, non-government organizations, and scientists from 6 countries (Philippines, Pakistan, Malaysia, Turkey, Switzerland, and Canada) participated in the congress.

Dr. Klaus Amman, a noted Swiss botanist and biotechnologist, and member of the Steering Committee of Public Research and Regulation Initiative (PRRI) gave the keynote message on "Regulatory Misconception of Transgenesis". He discussed the misconception that GM and non-GM crops are extremely different which was  picked up by policy makers and regulators. Amman thus called for a change in GE regulation from one that is being driven by 'extreme precaution principles' to  being driven by 'science-based' principles.

Plenary Talks and workshops were conducted on genetic engineering and food security, genetic engineering and environmental safety, risk assessment, management, standards and national/international regulations, socio-economic impact of applications and use of GMOs, and public awareness and participation for biosafety. The congress is jointly organized by the Biosafety Society of Iran, the Islamid Azad University, and the Iran Biotechnology Information Center.

Iran is the first country to commercialize biotech rice in 2004, and has very active crop and animal biotechnology researches, with the first cloned goat named Hana born in 2009 in the Royan Institute of Iran.

For more on the Congress, contact Naghmeh Abiri of IrBIC at

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"Biotechnology is one of the most promising and dynamic areas of science and technology. Every step forward for biotechnology will have a far-reaching influence on human health, economy, and social development. The Chinese Government is willing to join hands with other countries to promote biotechnology and bio-industry." This was forwarded by the State Councilor of China, Liu Yandong during the opening ceremony of the 2011 International Conference for Bioeconomy (BioEco). The event sponsored by the Ministry of Science and Technology, P.R. China and Tianjin Municipal People's Government was held in Tianjin, China on June 26-28, 2011.

Liu also stated that biotechnology should be well-applied in agriculture, life and health, disaster prevention and climate change mitigation, environmental protection and other fields. Mr. Percy Misika, FAO Resident Representative in China, appreciated the active promotion of biotechnology by the Chinese government. He noted that biotechnology is playing an important role in meeting the increasing demand for food and energy. With the theme ''Develop Bioeconomy, Improve People's Livelihood'',  the conference attracted more than 150 speakers and 1200 participants from all over the world.

See conference details at or contact Prof. Hongxiang Zhang from the China Biotechnology Information Center at

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The Workshop on 'Socio-Cultural Consideration, Biosafety, Biotechnolocy and Decision-Making in Indonesia" was recently concluded in Jakarta in June 2011. The workshop was aimed to build common understanding about assessment of socio-economic considerations (SEC) and providing options for ensuring a science-based and predictable approach to decision-making.

In his welcome remarks, Dr. Agus Pakpahan, chairman of Biosafety Commission of Genetically Engineered Product expressed his appreciation in holding the workshop and highlighted the active role of Indonesia in international affairs. He said that Indonesia has laws, government regulations and organizational laws to process and inspect entry and utilization of GMO products.

Dr. Bahagiawati discussed the current status of biotechnology research and cost of compliance with biosafety regulation in Indonesia, while Dr. Jose Falck-Zepeda discussed a comparative analysis of the assessment of socio-economic considerations and decision making in Brazil, Argentina, China, India, USA and the EU as well as considerations and options for regulatory design.

The workshop which was attended by some 50 participants was organized by the Program for Biosafety Systems and Indonesia Commission of Genetically Engineered Product.

For information on biotechnology in Indonesia, contact Dewi Suryani at

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Deputy Prime Minister Nguyen Thien Nhan stressed the need to promote scientific research in a bid to ensure sustainable development for the agricultural sector. The Deputy PM was speaking at a meeting with leaders of the Ministry of Agriculture and Rural Development (MARD) on June 17, where he described agriculture as one of Vietnam's strengths and a sector greatly contributing to the country's exports.

"Apart from such factors as soil and human resources, new varieties and advanced technologies were of significance to the development of agriculture," he said. With its own inherent advantages, Vietnam needs to become a power in agriculture while ensuring the sector's sustainable development in the next ten years, he added. The State was ready to pour money into scientific agricultural research to help raise productivity and quality. He then urged relevant ministries, agencies and localities to give priority to scientific research and apply their outcomes in agricultural production.

In reply, MARD Minister Cao Duc Phat said that the research, application and transfer of science and technology were urgently required to ensure the sector's effective and sustainable development. MARD Deputy Minister Bui Ba Bong made a report on results of technological research and transfer during the 2006-2010 period, which, he said actively contributed to agricultural production and rural development.

For more on this news, see

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"Developing a biotechnology outreach strategy for Indonesia" is the theme of Netmapping Worskshop which was concluded on 14-15 June 2011 in Jakarta.

Dr. Judith Chambers, Director of the Program for Biosafety Systems (PBS) underscored the fact that developing countries grew 48% of global biotech crops and has faster growth rates than industrial countries. Products of biotechnology are widely accepted and they show benefit with minimal risks for two decades of use. Dr. Chambers also mentioned that PBS is a partner to empower countries to build and implement functional and efficient regulatory systems by providing an integrated package of assistance.

Donna Ramaeker Zahn of IFPRI led the workshop on strategic directions for the design and implementation of innovative biotechnology acceptance approach for Indonesian policy makers, while Dr. Tantono Subagyo of CropLife Indonesia actively facilitated the event.

The event was organized by PBS and Indonesian Biotechnology Consortium and participated by 30 people from government institutions and policy makers in Indonesia.

For information on biotechnology in Indonesia, contact Dewi Suryani at

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The Asia-Pacific region, which is the home of some of the world's most populous countries, is still suffering from food insecurity despite various efforts to reduce poverty. According to Nanyang Technological University scientists Margarita Escaler and Paul Teng, a "new agriculture" that is based on biotechnology and bioscience entrepreneurship is needed in the region. Though there is well-developed R&D capacity, the lack of knowledge and experience in commercialization is hindering the process. Once the "lab to market" path turns stable, it can make "a significant contribution in improving agricultural productivity, ensuring agricultural surpluses in the countryside, raising incomes for farmers and protecting the environment."

Read the complete article at

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The European Commission announced a regulation on the implementation of the zero tolerance policy on non-authorized GM material in feed. The regulation sets out a technical zero at the level of 0.1%, which is the lowest level of GM material that will be allowed by the EU Reference Laboratory for validation. This regulation only refers to GM feed materials. The regulation was set to have a uniform approach in controlling GM imports in all Member States and as legal guideline for livestock feed importers which are mainly coming from Argentina, Brazil, and the U.S.

Read the original article at For more details on the regulation, visit

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TRY, the world's largest database on plants' functional properties, or traits has been recently published. The project is hosted at the Max Planck Institute for Biogeochemistry in Jena, Germany and led by Jens Kattge who with a team of scientists from 106 institutions conducted four years of intensive development. The database holds three million traits for 69,000 out of the approximately 300,000 plant species.

"This huge advance in data availability will lead to more reliable predictions of how vegetation boundaries and ecosystem properties will shift under future climate and land-use change scenarios," points out Dr. Ian Wright from Macquarie University.  He added that, "The TRY global database also promises to revolutionize biodiversity research, leading to a new understanding of how not only the numbers of species (biodiversity) but also the variation among species in their traits (functional diversity), together effect ecosystem functions and services."

For more on this news, visit

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Studies have revealed the role of tomatoes in preventing cancers, cardio-vascular diseases, and blindness. These healthful characteristics are contributed by different compounds which include flavonoids, phenylpropanoids, some vitamins, and carotenoids. Carotenoids are formed by the action of the enzyme phytoene synthase. Antoine Gady and colleagues at the Wageningen-UR used TILLING (Targeting Induced Local Lesions in Genomes) to identify point mutations in the Psy1 gene that could cause vital changes in the production of carotenoids in tomatoes.

The researchers found two point mutations in the candidate gene. The first mutation led to a replacement of the gene with a mutant allele (W180*) and another one that caused amino acid substitution (P192L). The first mutation produced yellow fruits which did not turn red even during ripening. The second mutation produced fruits that remained yellow until post-breaker and eventually turned red. Metabolite profiling confirmed the absence of carotenoids in W180* line, which further implied that PSY1 is the only enzyme that regulates carotenoid production. The P192L line exhibited slow synthesis of PSY1 leading to delay in lycopene and beta-carotene accumulation. Further analysis revealed that P192L mutation affects the activity of PSY1 through misfolding, leading to low accumulation of the enzyme.

Read the abstract at

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The effects of insecticidal proteins from Bt crops on non-target species have been a subject of study since the commercialization of the crops. Spiders are one of those organisms present in the fields which could be exposed to Bt proteins when they consume plant parts of the Bt crops, Bt-containing prey, and soil exudates in the detritus. Thus, Julie Peterson from the University of Kentucky, together with other researchers, conducted meta-analyses to reveal the effects of Bt plants on the abundance of spiders in the field.

Results showed that foliar spider abundance is not affected by Bt corn and eggplant, while rice exhibited minor negative effects, and some positive effects from potato. Soil-dwelling spider communities were also found to be unaffected by Bt corn and eggplant, and positively impacted in potato. There was higher abundance of spiders in Bt crop fields compared with non-Bt crop fields applied with insecticides. The researchers suggest that future risk assessment studies would use samples from different taxonomic levels to get more specific results.

For more details, read the article at

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The green fluorescent protein (GFP) has been used as a visual marker to understand biological structures and function at different levels. Chinese Academy of Agricultural Sciences scientist L. Lei and colleagues used this glowing protein to investigate the persistence and stability of a transgene that codes for Cry1Ac insecticidal protein. They used hybrids of Brassica napus and Brassica juncea (oilseed rape and Chinese mustard) and backcross offsprings containing Bt genes and GFP. The GFP marker gene served as a quantitative marker and indicator of Bt transgene expression.

Concentration of the Bt protein was found to be stable in all stages and generations of wild Chinese mustard hybrids and backcross offsprings. On the other hand, the concentration of Cry1Ac was found to be lower in the second backcross products, compared to the parent and first backcross progeny. Results also showed that the intensity of light exhibited by the GFP was significantly correlated to Cry1Ac concentration at flowering stage and pod formation stage in both oilseed rape and backcross offsprings. Thus, GFP could be a used as a reliable marker for Bt protein in backcross of Chinese mustard to facilitate the detection of gene flow during biosafety procedures.

Annals of Applied Biology subscribers can view the complete article here:

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Beyond Crop Biotech

A report entitled "The Science and Regulation of Food from Genetically Engineered Animals" has been recently published by the Council for Agricultural Science and Technology. The Report led by Alison Van Eenennaam, a University of California  Davis Cooperative Extension specialist in animal genomics and biotechnology disclosed that "a cumbersome and time-consuming federal regulatory process is stifling commercial investment in the development of genetically engineered animals for food and has serious long-term applications for agriculture and food security in the United States."

"Although humans and animals have been consuming genetically engineered food from plants for years, images of genetically engineered animals open new and often contentious debates about the issue," said Van Eenennaam. Issues on GE animals include regulatory oversight of research, development and post approval marketing.

The Report presents various stakeholders points on the strengths and weaknesses in the US Food and Drug Administration's regulatory approach which the task force tried to address. A section of the Report examines a proposal to raise and sell genetically engineered salmon called "AquaAdvantage" that grow to market size in half the time of conventional salmon.

The news can be viewed at

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Humans started farming about 10,000 years ago. But we are not the only ones who have adopted an agricultural way of life. The Panamanian leaf-cutting ants (Acromyrmex echinatior), which was discovered in some parts of America 15 years ago, also exhibit a similar farming behavior with fungus. These ants break down the leaves into mulch which help fungus grow special structures that will be consumed by ant colonies. Sanne Nygaard of the Copenhagen Centre for Social Evolution and colleagues have sequenced the genome of this ant and revealed clues to the evolution of fungus farming behavior.

One of the most interesting findings in the genome of the leaf-cutting ants was that there are more genes in two particularly remarkable gene families. "Based on their function in other organisms, we expect them to be involved in mating system adaptations and symbiotic food processing with the fungus," said Nygaard. He explained that these findings are exciting because the evolutionary changes in the reproductive biology and farming lifestyle of these ants can now be associated with specific genomic characteristics.

The research article is available at

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The Agriculture and Horticulture Development Board (AHDB) Potato Council will hold its eighth World Potato Congress in Edinburgh, Scotland on May 27-30, 2012. It aims to bring the world's potato specialist together to create a forum conducive to the sharing of information on all aspects of the potato industry. The Edinburgh International Convention Centre will be the main venue, with delegates participating in a variety of seminars, presentations by industry leaders, and scientific dialogues. There will also be opportunities to visit local growing and producing facilities. Numerous pre and post Congress tours will offer visitors unique opportunities to discover developments in the potato industry in Scotland and throughout Great Britain

For information on how to join, see

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Document Reminders

The Food and Agriculture Organization (FAO) has just published the proceedings of the FAO international technical conference on "Agricultural biotechnologies in developing countries: Options and opportunities in crops, forestry, livestock, fisheries and agro-industry to face the challenges of food insecurity and climate change" (ABDC-10), that took place in Guadalajara, Mexico on 1-4 March 2010.

Entitled "Biotechnologies for Agricultural Development", the proceedings are organized in two main sections. The first contains ten chapters with an extensive series of FAO background documents prepared before ABDC-10.  They focus on the current status and options for biotechnologies in developing countries in crops, livestock, forestry, fisheries/aquaculture and food processing/safety, as well as on related policy issues and options. The second section contains five chapters dedicated to the outcomes of ABDC-10, namely the reports from 27 parallel sessions, fora, keynote presentations, and the conference report adopted by delegates in Guadalajara. 

The book can be viewed at

The Food and Agriculture Organization (FAO) has released  "Biosafety Resource Book", based on materials from a series of training courses organized by FAO from 2002 to 2010 in the framework of its biosafety capacity development projects. The training courses were tailored to meet the needs of biosafety regulators, policy-makers and members of national biosafety committees. The courses offered background knowledge critical in the process of reviewing biosafety dossiers and biosafety-related decision-making as well as concepts and methodologies relevant to risk analysis of GMO release and biosafety management.

The book can be viewed at

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