The fungus, Trichoderma virens, is used to protect field crops from various plant diseases. Researchers say the genome sequencing work may uncover chemical compounds and beneficial genes useful in producing new human and animal antibiotics.
The sequencing project is a collaborative effort with the Department of Energy Joint Genome Institute. Experiment Station plant pathologists are Drs. Charles M. Kenerley, Daniel J. Ebbole, Heather H. Wilkinson and Michael Thon. Also working on the project is Dr. Alfredo Herrera-Estrella, from the Center for Research and Advanced Studies in Mexico.
"There's both pharmaceutical and agricultural implications," said Kenerley, who is the lead researcher on the project. "We're going to get a view of all of the genes that might be responsible for producing antibiotics and potentially discover novel antibiotics used in therapy for humans or animals.
"We know some of the genes responsible for known antibiotics, however, there are additional genes in Trichoderma responsible for producing uncharacterized compounds that might be novel antibiotics."
By sequencing the fungus, researchers say they will be able to develop new versions of the fungus to protect field crops from diseases. This would decrease the amount of pesticide and other chemicals applied throughout a growing season.
"You also might be able to more effectively employ sustainable practices such as low till agriculture," said Wilkinson, who is researching the ecological aspects of the fungus. "You've got Trichoderma present to combat the pathogens that remain in the soil when you incorporate low till. In theory, it would be cost-effective for many producers.
"By placing the disease-fighting fungus directly onto
Source:Texas A&M University - Agricultural Communications