New Method Makes for Faster Genetic ID of Eastern U.S. Termites
With multiple species of termites responsible for structural damage in the U.S., rapid identification is a critical part of management efforts. A team of researchers has developed a faster ID method that uses a genetic tool called inter-simple sequence repeats.
A Fast, Frassy Way to Detect the Asian Longhorned Beetle
Researchers in Italy have developed a rapid method for detection of the Asian longhorned beetle, an invasive pest in Europe and North America, using a DNA-detection technique known as loop-mediated isothermal amplification.
New, Fast DNA Method Spots Pesticide-Resistant Ticks
In its effort to keep cattle fever ticks from escaping quarantine in five counties along the southern Texas border, researchers at the U.S. Department of Agriculture have developed an overnight DNA test that can detect ticks' genetic indicators of resistance to permethrin, a common pesticide used to manage ticks.
Did Two Florida Populations of Conehead Termites Arise From a Single Colonization Event?
Native to Central and South America, the conehead termite has been found in just two places in the United States: Dania Beach and Pompano Beach, Florida. A new genetic analysis of these two populations suggests they arose from a single invasion.