Creating Improved Crops and Biofuels
through Biotechnology

 

.: Technology > Cell Biology

Cell Biology expertise has resulted in the ability to manipulate the cells of plants and microbes so that they can be induced to produce novel products or to regenerate themselves by cloning. By refining distinct processes called “somatic embryogenesis” and “micropropagation” the scientists have been able to regenerate grass, cereal and grape plants from single cells and more complex plant parts. The key ability to achieve single cell-based plant regeneration is necessary to genetically-engineer plants.


 


.: News & Releases

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- FLG announces license of patented Bidirectional Dual Promoter Complex for enhanced gene expression in plants, animals and fungi.

- Grape biotechnology research updates available at mrec.ifas.ufl.edu/grapes/genetics.

- Genetically-modified grapevines planted into field test sites in U.S. Virgin Islands (1/07) and Florida (4/07) are being evaluated for resistance to Pierce's disease and a range of fungal diseases.

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- FLG incorporated in 2006.

- USDA APHIS approves field test sites for genetically-modified grape in the US Virgin Islands and Florida 11/06.


- FLG executes agreement with the University of Florida 12/06 licensing US and International biotechnology-related patents protecting grape genetic improvement and widely-applicable molecular biology techniques for plant/microbe engineering and biofuel development.  

 

Copyright: Florida Genetic Sciences - July, 2008