Articles in the August 10, 2012 Issue of Crop Biotech Update

NEWS

Global
FAO: World Rice Production to Increase 
FAO, Bioversity Int'l Call for Sustainable Diet and Food Diversity 
Improved Lentil Varieties Boost Production in South Asia and Africa 
MSU Leads Global Food Security Effort 

Africa
Limited Knowldege and Understanding Slowing Down Biotech in Africa, says Kenyan Minister 
Genome Sequencing Could Boost African Banana Production 
CIMMYT Expands SIMLESA Program in Africa 
Biofortification Program Reduces Vitamin A Deficiency in Uganda 
Biotech Has No Health and Environmental Hazards, Says Expert 
Virus-resistant Cassava Trials Show Good Results 
Witch Weed Resistant Seeds Introduced in Tanzania 

Americas
WFP Laureate Advocate for Ag Technologies to Combat Drought 
Scientists Create Low-Lignin Plants for Biofuel Production 
US Researchers Release National Low Carbon Fuel Standard 
Arcadia Biosciences Tie up with Indian Company to Develop LSL Tomatoes 
Epigenetics Vital in Disease Resistance 

Asia and the Pacific
Filipino Farmers Briefed on Bt Eggplant and Advantage of Biotech Crops 
Science Communication and Media Workshop in China 
Bayer CropScience to Set up Australian Breeding Center for Wheat and Oilseeds 
ICRISAT Project Increases Sorghum Yields in India 
Rice Scientists Give Update on C4 Rice Project 
Vietnamese Agri Experts: Give Biotech Crops a Go ASAP 

Europe
Biotech Standing Report of Portugal Released 
Ireland Announces 2013 Bioenergy Scheme for Willow and Miscanthus 

Research
Molecular Basis of Long-distance Transport of Defense Compounds in Seeds 
Scientists Assess Transgene Flow of GM Tomato and Its Effect on Feeding Behavior of Bumblebees 
Effect of Bt Maize on the Dev't and Reproduction of an Insect Predator 

Announcements
41st European Society for New Methods in Agricultural Research Conference 
BIO KOREA 2012 Conference 

Document Reminders
Country Biotech Facts and Trends 

Rice Scientists Give Update on C4 Rice Project

Rice scientists provided an update on C4 Rice Project, an ongoing research program being conducted by scientists from different research institutions around the world and led by the International Rice Research Institute (IRRI). Through a paper published in Science, the lead researchers discussed how C4 rice could break through rice's current photosynthetic limitations and yield ceilings and help deliver long term food security.

According to the paper, the identification and engineering of genes that the scientists perform to install C4 photosynthesis in rice will lead to a higher-capacity photosynthetic mechanism, or the C4 pathway, in rice. An improved photosynthetic capacity will result to increased potential yield and decrease in use of resources like water and nutrients.

The success of this research undertaking will be a potential solution to the global problem on food insecurity as these high-yielding rice varieties will be able to meet global food demand.

To access the full paper on C4 Rice Project, go to http://www.sciencemag.org/content/336/6089/1671.full.


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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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