NEWS

Notice
 

Global
Third Set of Winners for Knowledge Campaign 
Crops' Genetic Diversity Stored in "Doomsday Vault" 
Arab Region Initiates Response to the Nagoya Outcomes 
Action Against Hunger Honors FAO Chief 
Global Rice Experts Attend 3rd International Rice Congress in Hanoi 

Africa
Disease Resistant and Biofortified Cassava Varieties Developed 
Africa Shares Policy and Public Acceptance Initiatives for Agricultural Biotechnology 

Americas
KSU Research Team Get Patent for GE Method to Control Nematodes 
USDA Grants Protection to 15 New Plant Varieties 
Engineered Plants Make Potential Precursors to Raw Material for Plastics 
Danforth Plant Science Center Announces Next President 
Midwest Elevators Offer Growers Premiums for Pioneer® brand Low Linolenic Soybeans 

Asia and the Pacific
Philippine State University Offers Undergraduate Course on Agricultural Biotechnology 
Biotechnology in South and Sub-Saharan Africa Shared by Prominent African Scientist 
Bangladesh Minister Urges Promotion of Modern Science 
Vietnam Encourages Private Investment in Agriculture 
Vietnamese Prime Minister Supports Global Rice Sufficiency Initiatives 
Libraries and Internet for Agri-biotech Communication in Vietnam 

Europe
Return of a Scottish Hero 
Federal Government Strengthens the Bio-based Economy 
Robust Methods for GMO Detection Ready at Hand 

Research
Effect of High Temperature and Water Stress on Pollen Germination and Spikelet Fertility in Rice 
Sterile Moths Wipe Out Pink Bollworms in Arizona 
Scientists Introduce Gene for Polyamine Accumulation to Produce Drought Tolerant Cotton Varieties 

Announcements
ASEBIO/Genome Award on Spain Biotechnology Communication and Outreach 
USDA Biotechnology Regulatory Stakeholder Meeting 

Engineered Plants Make Potential Precursors to Raw Material for Plastics

"We've engineered a new metabolic pathway in plants for producing a kind of fatty acid that could be used as a source of precursors to chemical building blocks for making plastics such as polyethylene," said Brookhaven biochemist John Shanklin of the U.S. Department of Energy in collaboration with Dow AgroSciences.

The report published in the online edition of Plant Physiology describes how in many series of metabolic pathway experiments and search of a model gene receiving plant, the scientists were able to produce the desired omega-7 fatty acid at 71 percent level in the best expressing Arabidopsis line. In summary, the researchers "down-regulated" genes that compete for the introduced enzyme's fatty acid substrate and also introduced desaturases capable of intercepting substrate that had escaped the first desaturase enzyme as it progressed through the oil-accumulation pathway, the news article said.

For more information on the report see http://www.bnl.gov/bnlweb/pubaf/pr/PR_display.asp?prID=1186


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This article is part of the 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 Aquisition of Agri-Biotech Applications SEAsiaCenter (ISAAA)

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