Crop Biotech Update

A weekly summary of world developments in agri-biotech for developing countries, produced by the Global Knowledge Center on Crop Biotechnology, International Service for the Acquisition of Agri-biotech Applications SEAsiaCenter (ISAAA), and AgBiotechNet

March 21, 2003

In This Issue:

USB Stand on Biotech
Purple Carnations in Australia
Australia Sets Up Bioinformatics Cluster
EU Agriculture Council Reaches Common Position on GMO Regulation
Genetic Discovery in Cotton
Announcements:
Swiss Parliament Approves New GM Law
Brochure on Bt Cotton
Accelerated Growth of India's Biotech Sector Seen
China Forum on Agri-Biotech Products
Public Skepticism Causes Food Biotech Companies to Leave Europe
International Congress of Genetics

USB STAND ON BIOTECH

The United Soybean Board (USB) has issued a statement saying that it "recognizes that the future of agricultural biotechnology depends upon the understanding and acceptance of consumers. As such, we advocate the responsible development of plant biotechnology in a way that provides long-term benefits to consumers, producers, and the environment."

Highlights of their position paper include the following issues:

  • Crops and products enhanced by agricultural biotechnology are safe to grow and safe to eat, as confirmed by the Food and Drugs Administration following their thorough reviews of rigorous, scientific testing. The USB claims that more than 1,800 scientific evaluations in the United States - including tests for allergenicity and environmental safety - have concluded that commercially available soybeans produced through agricultural biotechnology are safe for consumers and for the environment. They are just as nutritious and safe as any other commercially available variety.
  • The USB supports a policy based upon good public health practices and sound science, which will provide consumers with clear and meaningful information about the foods they eat. It notes that the current FDA labeling guidelines are exemplary and that if anyone proposes to change these labeling requirements, proposed changes should adhere to the same standard.

For more of the United Soybean Board, visit http://www.talksoy.com or email John Bissell at john.bissell@publicis-usa.com


AUSTRALIA SETS UP BIOINFORMATICS CLUSTER

Australia's Minister for Science Peter McGauran inaugurated recently the country's largest dedicated bioinformatics computer cluster. It is based at the Commonwealth Scientific & Industrial Research Organization (CSIRO) in Canberra.

The Bioinformatics Facility, according to CSIRO, will be used for a range of research tasks. Specific activities include screening chemical compounds, identifying potential pharmaceutical drugs, and determining plant and animal genes to improve sustainable agricultural production.

Dr. Liz Dennis, joint director of the facility with Dr. Peter Willadsen, says that the facility will allow a more efficient management of information on genes and other biological resources which will enable scientists to share data and speed up analysis.

More information on CSIRO's Bioinformatics Facility is available at http://www.csiro.au/cbf


GENETIC DISCOVERY IN COTTON

Researchers of Iowa State University and Oregon State University have uncovered an unusual genetic pattern in cotton. According to Jonathan Wendel and colleagues, their study showed that gene function responds even more to small changes in the genome (the complete set of genetic instructions) than previously thought. The researchers tested for 40 randomly chosen cotton genes and found "an incredible level of alteration in gene expression."

Wendel explained that cotton is a polyploid which means that it has two copies of every gene instead of one. The researchers were surprised that immediately upon polyploid formation, the duplicate genes would change their form of expression. They noted that more than a quarter of the genes changed the way they were expressed from the parents. Studying the patterns they also found out that reciprocal silencing or genes becoming inactive occurred in the duplicates.

The study, which is published in the Proceedings of the National Academy of Sciences, suggests that the discovery is likely to have implications for other polyploid crops like corn and soybeans. Although the researchers concede that while those implications are not clear, they have far-reaching consequences. They hope to be able to harness this finding to further improve plants.

More on the University of Iowa initiatives at online@iastate.ed


SWISS PARLIAMENT APPROVES NEW GM REGULATION

The Swiss parliament recently approved a new law regulating the use of genetically modified organisms (GMOs) in food production. The new law aims to protect Swiss farmers producing non-GM crops, and guarantees consumers a choice. This decision of the Swiss parliament heralds the end of Switzerland's status as a GMO-free country. This law also follows the recent rejection of the imposition of a five-year moratorium on commercial GM production.

The new legislation allows the planting of GM crops, while at the same time protects non-GM crops from cross-fertilization. This move assuages fears by Swiss farmers that their crops could be contaminated by pollen from GM crops. The Swiss parliament also stated that field trials must first be conducted under closed conditions. Planting of GM crops can only be moved outdoors if the desired results cannot be initially achieved. GM crops can be grown commercially provided they do not harm the biodiversity.

The new law intends to protect humans, animals and the environment against abuses of gene technology, and applies strict conditions to the propagation of GM crops for research and commercial purposes.

See the news release at http://www.swissinfo.org/sen/swissinfo.html?siteSect=41&sid=1693087


ACCELERATED GROWTH OF INDIA'S BIOTECH SECTOR SEEN

India's biotechnology industry is projected to show substantial growth in the future, even outsmarting the currently robust IT industry, reports the Asia Times. Quoting from a paper released by the Associated Chambers of Commerce and Industry of India (ASSOCHAM), India's biotechnology sector is expected to grow by 40% annually, with a projected 70% growth in exports. The number of biotech industries is also expected to grow by more than 100% every year until 2005.

A more rapid growth is seen in the pharmaceutical industry, expected to become a US$25 billion industry with a market capitalization of about US$150 billion by 2010. In the agriculture sector, significant growth is seen with Bt cotton and huge potential for improvement of other crops, including tomatoes.

India's biotechnology industry currently comprise of 110 units in the health care products sector, 140 units in agriculture, and over 300 units in the industrial and other biotech products sector.

In a related development, a biotechnology summit sponsored by ASSOCHAM is scheduled for 21-23 March 2003 in New Delhi, entitled "Knowledge Millennium III: The Business of Biotechnology". The three-day international conference covers topics on the future prospects of biotech industries in India.

For more information visit http://www.bioindia.org/index.htm


PUBLIC SKEPTICISM CAUSES FOOD BIOTECH COMPANIES TO LEAVE EUROPE

Most Europeans are in favor of medical applications of biotechnology, but they are still skeptical about its uses in agricultural and food applications. These are some of the highlights of the result of the new European Commission (EC) survey, presented in a published report "Europeans and Biotechnology 2002". This lack of information and public skepticism, coupled with the uncertain legal situation and unstable commercial markets, have contributed to the decision of biotech companies to leave Europe.

This lack of support for agricultural and food applications of biotechnology in Europe, according to the EC, is seriously slowing down biotech R&D in the EU, particularly in the private sector, and may put at risk Europe's competitiveness in a promising sector of new technologies.

The EC reports that all the EU countries, with the exception of Spain and Austria, showed moderate to large declines in support for both GM crops over the period 1996-1999. Since 2000, support for biotechnology stabilized in France and Germany and increased in all the other countries with the exception of Italy, which saw a 10% decline in support.

Other highlights of the survey are as follows:

  • Forty-four percent (44%) of Europeans believe that biotechnology can improve their way of life, 17% are pessimistic and 25% said they did not know. This rise in optimism holds true for all the EU Member States, except for Germany and the Netherlands.
  • Genetic testing for inherited diseases and cloning human cells and tissues are supported in all Member States. Xenotransplantation (use of transgenic animals to produce organs to be transplanted in human beings) is perceived to be both moderately useful and moderately risky.
  • The use of genetically modified enzymes to produce environmentally friendly washing powders is well perceived and supported by the majority.
  • Genetically modified (GM) crops are judged to be moderately useful and are seen as almost as risky as GM foods. Public opinion tends to support GM crops in Spain, Portugal, Ireland, Belgium, UK, Finland, Germany and the Netherlands. While France, Italy, Greece, Denmark, Austria and Luxembourg are opposed to GM crops.
  • Seventy percent (70%) of Europeans trust doctors, university scientists, consumer organizations and patients' organizations. Around 55% have confidence in scientists working in the industry, newspapers and magazines, environmental groups, shops, farmers and the European Commission. However, less than 50% had faith in their own government and in industry.
  • There is more confidence in the European Commission than in national governments in relation to regulations and their implementation.

Europeans and Biotechnology 2002 can be downloaded by visiting: http://europa.eu.int/
comm/public_opinion/archives/eb/ebs_177_en.pdf


PURPLE CARNATIONS IN AUSTRALIA

Florigene Limited is proposing the commercial release of carnations that were genetically modified to produce the purple/blue/mauve flower color. This was announced by the Australian Office of the Gene Technology Regulator which received Florigene's application to undertake an Australia-wide commercial release of genetically modified carnations into the environment.

Four transgenic lines were transformed using one of two vectors. Each line contains two genes that encode proteins essential for the production of the blue flower color. Each line also contains a gene for herbicide tolerance as a selectable marker.

For more information, visit the Office of the Gene Technology Regulator at http://www.ogtr.gov.au


EU AGRICULTURE COUNCIL REACHES COMMON POSITION ON GMO REGULATION

In an Agriculture Council meeting held in Brussels on 17-18 March, EU agriculture ministers adopted common positions regulating the use of genetically modified (GM) food and feed and the traceability and labeling of genetically modified organisms (GMOs). The common positions were adopted by a qualified majority of the delegation without further debate.

The regulation on GM food and feed aims to guarantee a high level of protection for human and animal health, the environment, consumer's interest, as well as ensuring the proper functioning of the internal market. The proposal also seeks to "establish a clear and transparent Community procedures to assess, authorize and monitor GM food and feed". The common position was adopted by the Council without the support of Luxembourg, Austria, and the United Kingdom.

The proposed regulation on traceability and labeling seeks to amend certain aspects of Directive 2001/18/EC to enable accurate labeling and monitoring of the effects of GM products to the environment and human health. Luxembourg, Netherlands, UK, and Danish delegations voted against the proposal.

Both common positions will be forwarded to the European Parliament for a second reading.

Report of the Council meeting can be downloaded at http://ue.eu.int/pressData/en/agricult/74983.pdf


ANNOUNCEMENTS:


BROCHURE ON BT COTTON

The documented experiences of Bt cotton farmers in India are synthesized in a brochure produced by the Global Knowledge Center on Crop Biotechnology of the International Service for the Acquisition of Agri-biotech Applications. An updated version is available online at http://www.isaaa.org/kc.


CHINA FORUM ON AGRI-BIOTECH PRODUCTS

A China Leadership Forum on Production and Trade of Agri-biotech Products will be held on April 24, 2003 at the Great Wall Sheraton Hotel, Beijing, China. Organized by the Beijing Means Consulting Company, the forum will include topics on research and investments in biotechnology; commercialization of biotech products; impact of agri-biotech on Chinese economy; and foreign investment policies with regards to biotech.

To register, email registration@meanschina.com


INTERNATIONAL CONGRESS OF GENETICS

Science sponsors the International Congress of Genetics on July 6 to 11, 2003 in Melbourne, Australia. The scientific theme of the Congress is "Genomes - The Linkage to Life." The Congress aims to assess the ongoing impact of genome projects. Find out more about the Congress at http://www.geneticscongress2003.com

 

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