Grass to gas: UGA researchers' genome map speeds biofuel development
Researchers at the University of Georgia have taken a major step in the ongoing effort to find sources of cleaner, renewable energy by mapping the genomes of two originator cells of Miscanthus x giganteus, a large perennial grass with promise as a source of ethanol and bioenergy. read more...
Source: e! Science News - Saturday, 11 February
Related articles:
- Older News
- 4Vote! Maps of Miscanthus genome offer insight into grass evolution
PhysOrg - Tuesday, 15 May
- 8Vote! GSK to go hostile with $2.6 bln Human Genome tender
Yahoo Science News - Wednesday, 9 May
- 7Vote! GSK to go hostile with $2.6 billion Human Genome tender
- 2Vote! Researchers plan to double biofuel yield from a non-food oil seed crop
- 7Vote! Biofuel tree project discovers Indigenous partners
- 3Vote! Breastfeeding is associated with a healthy infant gut
LabSpaces - Monday, 30 April
- 8Vote! Human Genome first quarter loss wider than expected
- 5Vote! Human Genome first-quarter loss narrows
- 3Vote! Hot Spring Yields New Hybrid Viral Genome
Scientific American - Friday, 20 April
- 5Vote! Optimizing biofuel supply chain is a competitive game
- 2Vote! GSK pounces on Human Genome with $2.6 billion bid
- 2Vote! GSK offers $13/share in unsolicited Human Genome bid
- 3Vote! Genome-scale model of cyanobacterium developed
- 4Vote! 2 genetic deletions in human genome linked to the development of aggressive prostate cancer
- 2Vote! Analysis of stickleback genome sequence catches evolution in action
e! Science News - Wednesday, 4 April
- 5Vote! Whole genome sequencing not informative for all, Johns Hopkins study shows
- 10Vote! Algae species explored for both biofuel source and pollution control
- 5Vote! Whole genome analysis of Chlamydia trachomatis highlights risks with current tracking methods
- 10Vote! Whole genome analysis of Chlamydia trachomatis highlights risks with current method of tracking
- 6Vote! What have we got in common with a gorilla?
