Articles in the December 2, 2011 Issue of Crop Biotech Update

NEWS

Global
"Energy-smart" Agriculture Needed to Escape Fossil Fuel Trap 
FAO Report on Scarcity and Degradation of Land and Water as Threat to Food Security 

Africa
Ghana Hosts 1st Pan-Africa Biotechnology Stewardship Conference 
Uganda Banana Focus of $7M Grant from USAID 

Americas
E. Coli Engineered to Eat Switchgrass and Produce Fuels 
Purdue Scientist Investigates Role of Steroids in Plant Height and Sex Determination 
Herbicide May Affect Plants Thought to be Resistant 
Economic Impact After 15 Years of GM Crops in Argentina 
Walnut Trees May Not Be Able to Withstand Climate Change 

Asia and the Pacific
Australian Growers Urged to be Vigilant as Brome Grass Found to Be Resistant to Glyphosate 
BiotechToons: Editorial Cartoons on Biotech Benefits and Potentials 
Scientists Collaborate to Battle Brown Planthopper in Asia 
"Biotechnology into Campus" in Beijing 
New Assay for Screening GMOs 
Notification of GM Canola License 
Philippines Steps up to Development Challenges through Genomics 
APEC Technology Transfer and Advanced Agricultural Tech Conference 
Biomass to Boost Malaysian Economy 

Europe
Plant Sciences Federation to Tackle Global Challenges 
Parasitoids Larvae in Caterpillars Affect Behavior of Moths 
France's Ban on GM Crops Illegal, says Higher Courts 
Horizon 2020 on Biotechnology's Role in Meeting Europe's ‘Grand Challenges' 

Research
Effects of Feeds with GM Maize on Weanling Pigs 
Scientists Evaluate Effects of Bt Toxin on Worker Honeybees 
Development and Validation of L allele-specific Markers in Capsicum 

Effects of Feeds with GM Maize on Weanling Pigs

The use of GM plants in animal feed has been increasing together with the adoption of biotech crops worldwide. However, this increase in usage of GM crops for feed of meat and milk-producing animals has also led to public concern due to their perceived risks to human health. This led Maria Walsh of the Animal and Grassland Research and Innovation Centre in Ireland and colleagues to assess the effect of feeding GM maize (MON810) on the immune responses and growth of weanling pigs. They also traced the fate of the transgenic DNA and protein in the different internal organs of the pigs.

One group of pigs were fed with diet containing GM maize and the other group were fed with non-GM maize counterpart serving as the control. The researchers observed some alterations in the immune responses of the pigs, however these were not found to be significant. The growth of the pigs was not affected by feeding GM maize. The scientists found no evidences of cry1Ab or gene translocation to the organs and blood of weaning pigs.

Read the open-access article at http://www.plosone.org/article/info%3Adoi%2F10.1371%2Fjournal.pone.0027177.


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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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