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Outwitting pesky parasites
Across the southern United States, an invisible, yet deadly parasite known as the root-knot nematode is crippling soybean crops. view more (2007-07-16)
Cholesterol-lowering medicines may be effective against cancer
Statins lower cholesterol by blocking certain enzymes involved in our metabolism. view more (2009-10-28)
UGA scientists engineer root-knot nematode resistance
University of Georgia professor Richard Hussey has spent 20 years studying a worm-shaped parasite too small to see without a microscope. view more (2006-09-27)
Possible new hope for crops battling parasitic infection
Scientists from Ghent University and VIB (The Flemisch Institute for Biotechnology) have demonstrated how nematodes, also known as roundworms, manipulate the transport of the plant hormone auxin in order to force the plant to produce food for them. view more (2009-01-16)
Soybean varieties viable in southern Indiana, resistant to root-knot nematode
Purdue University researchers have identified several soybean varieties that grow well in areas of the Midwest like southern Indiana and are resistant to root-knot nematodes, a plant-destroying parasite with a recently confirmed presence in that part of the state. view more (2008-03-24)
NC State Researchers Get to Root of Nematode Genome
North Carolina State University scientists and colleagues have completed the genome sequence and genetic map of one of the world's most common and destructive plant parasites - Meloidogyne hapla, a microscopic, soil-dwelling worm known more commonly as the northern root-knot nematode. view more (2008-09-24)
ISU researchers help map first plant-parasitic nematode genome sequence
There are numerous plant-parasitic nematodes in the world, but only a handful are responsible for the largest part of an estimated $157 billion in agricultural damage globally every year. Nematodes are small worms that burrow into plant roots and feed off living cells. view more (2008-09-05)
Combating infection of crops by nematodes is soon to improve
Nematodes are small worms. Some species are plant-parasitic and infect plants including important agricultural crops. The typical symptoms of a nematode-infection are withering, seriously retarded growth, and impaired development of flower and fruit. view more (2009-01-16)
Drug commonly used to treat bipolar disorder dramatically increases lifespan in worms
Nematode worms treated with lithium show a 46 percent increase in lifespan, raising the tantalizing question of whether humans taking the mood affecting drug are also taking an anti-aging medication. view more (2007-10-31)
Worm genome offers clues to evolution of parasitism
The genome of a humble worm that dines on the microbial organisms covering the carcasses of dead beetles may provide clues to the evolution of parasitic worms, including those that infect humans, say scientists at Washington University School of Medicine in St. Louis and the Max-Planck Institute for Developmental Biology in Germany. view more (2008-09-24)
THE BIODIVERSITY OF FALLOW LAND:A FACTOR USEFUL FOR CONTROLLINGPLANT PARASITIC NEMATODES
Fallowing is a common practice for restoring soil fertility and structure in the tropics : it favours improvement in its physicochemical properties and the build-up of stores of organic matter, which are essential for the development of the telluric microfauna and microflora that inhabit soils. Researchers from the Laboratory of Biopedology of IRD... view more... (1999-09-13)
BYU study: How an Antarctic worm makes antifreeze and what that has to do with climate change
Two BYU researchers who just returned from Antarctica are reporting a hardy worm that withstands its cold climate by cranking out antifreeze. And when its notoriously dry home runs out of water, it just dries itself out and goes into suspended animation until liquid water brings it back to life. view more (2009-02-10)
'Pregnant' protein-coding genes carry RNA 'babies'
Scientists from the Chinese Academy of Sciences have performed a comprehensive analysis of small, non-protein-coding RNAs in the model nematode, C. elegans. view more (2006-01-10)
Potential reinforcing role of earthworm species in plant resistance to parasitic nematodes
Parasitic nematodes of plants are microscopic soil-inhabiting organisms. Although they are present in all crop-growing areas, whether in the tropics or under temperate climes, it is predominantly in the tropical regions that these parasites perpetrate extensive damage and crop-yield losses. Market-garden produce, banana, sugar cane and rice are... view more... (2005-04-15)
Secret of Worm's Poison Pill Box Protein Could Produce New Natural Insecticide
Researchers at the University of Warwick have discovered how a protein from a bacterium acts like a cunningly designed poison pill box that could now be used as a basis of a new range of natural insecticides. view more (2007-03-13)
A Bacterial Genome Reveals Targets to Combat Disease: Press Release from PLoS Biology
A bacterial genome reveals new targets to combat infectious disease view more (2005-03-22)
Pioneer and Devgen to collaborate on pest resistance research
Devgen has announced a research collaboration with Pioneer Hi-Bred International, Inc., a subsidiary of DuPont, to develop crop varieties with increased resistance to plant pests. view more (2004-09-14)
New research to decode the genetic secrets of prolific potato pest
The full weight of a consortium of world-leading scientists - including those who helped decode the entire human genome - is being thrown at a parasitic worm less than 1mm long. view more (2007-11-28)
Deep-sea species' loss could lead to oceans' collapse, study suggests
The loss of deep-sea species poses a severe threat to the future of the oceans, suggests a new report publishing early online on December 27th and in the January 8th issue of Current Biology, a publication of Cell Press. view more (2007-12-28)
Bacterial Protein Shows Promise in Treating Intestinal Parasites
Scientists at the University of California, San Diego and Yale University have discovered that a natural protein produced by Bacillus thuringiensis, a bacterium sprayed on crops by organic farmers to reduce insect damage, is highly effective at treating hookworm infections in laboratory animals. view more (2006-09-26)
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