Virus may help infuse goods traits in crops
January 5th, 2010 - 5:06 pm ICT by ANI ( Leave a comment )Washington, Jan 5 (ANI): Scientists for Texas AgriLife Research have found a virus that can be used to inculcate goods traits into the crops the plant breeders are developing.
According to lead researchers Karen-Beth Scholthof and her husband Dr. Herman Scholthof, plant viruses may work like a trucking service loaded to carry freight to its destination.
“The idea is to have a virus do something good for us, like express a foreign protein and carry genetic information into a cell,” said Herman Scholthof.
“The use of viral vectors to produce proteins in plants is attractive because of the potential high-protein output, the transient nature, the rapid applicability and active expression and the relative cost-effectiveness of the system,” the Scholthofs added.
However, a problem with this type of system has been that during transport a virus loses the gene or whatever it is intended to express.
“We’re trying to outsmart the virus and make it stable for the job,” Karen-Beth said.
Herman noted “a virus recognizes a foreign object and does away with it.”
During the study, the researchers were able to prove that the coat or particle protein of satellite panicum mosaic virus could be used as a tool to help stabilize viral vector genes introduced in Nicotiana bethamiana, a relative of tobacco and a model plant for research.
Satellite panicum mosaic virus only infects grass that is already infected with panicum mosaic virus, the pathogen that causes St. Augustine decline.
The Scholthofs said if the virus particle protein were able to transport a gene into a non-grass species, this is an indication that with further research it could be used in a positive way to help plant breeders who want to carry good traits into the crops they are developing.
The study is published in the journal Virology. (ANI)
- Tweaking plants' bio-clock can revolutionise food output - Sep 04, 2011
- New genetic strategy makes T-cells resistant to HIV infection - Jan 27, 2011
- How interferon-induced genes launch antiviral defenses - Apr 11, 2011
- Diarrhea-causing bacteria turned into antiviral gene therapy agent - Feb 08, 2011
- Newly sequenced strawberry genome decoded - Dec 27, 2010
- Gene behind four-leaf clover discovered - Jun 26, 2010
- Pox virus' rapid fire ping-pong mechanism behind its deadly sting - Jan 22, 2010
- Mapping soybean genome may help fight world hunger - Feb 02, 2010
- Study associates herpes to Alzheimer's disease - Apr 05, 2011
- Scientists developing salt-resistant rice - Jan 23, 2012
- New insight into multitalented protein sheds light on HIV mysteries - Oct 15, 2010
- Caffeine boosts virus production for gene therapy applications - Jan 26, 2011
- 'Novel treatment for advanced Parkinson's disease' found - Mar 17, 2011
- Plants may soon be providing an anti-HIV protein - Mar 31, 2009
- Cacao genome sequencing, a boon to chocolate lovers - Sep 16, 2010
Tags: applicability, cost effectiveness, further research, genetic information, grass species, high protein, karen beth, model plant, mosaic virus, nicotiana, pathogen, plant viruses, research satellite, st augustine, transient nature, trucking service, viral vector, viral vectors, virology, virus particle