ContraPest is being tested in Indonesia -- the largest producer of rice in the world, and is currently being registered for rodent-population control in Australia.
"We are testing it in Indonesia, and then our next target site will be in the Philippines. From the Philippines we go to Vietnam," Mayer said.
Scientists adapt the product to different rodent species at SenesTech, the Flagstaff-based company that grew out of Mayer's work on the NAU campus. Named after the word senescence, meaning approaching an advanced age, the young company hopes to create a number of beneficial products.
Mayer and her team of researchers also are adapting the technology platform for population management of other animals. They are formulating a product, ChemSpay, for use in population management of wild animals such as deer, coyotes, foxes, raccoons, horses, buffalo and elk as well as cats and dogs.
"What we are doing right now is we are preparing the translation of this technology to dogs and cats. We have already completed six months of study in dogs. This could have a tremendous impact on reducing the number of animals in shelters," said Mayer noting that not only is the method a cost-effective way to avoid surgical spaying, there's a global impact to canine management most people don't realize.
"Dogs are huge vectors of disease throughout the world," she said. "In India, every two seconds someone is bitten by a dog. The tragedy is that every 30 minutes someone dies from rabies. If you continue to vaccinate against rabies, you won't be able to make a dent. You have to combine rabies vaccinations with fertility control."
She hopes to address rabies problems on the rise in West Africa, India and China.
Australia hopes to put the technology to use in managing its kangaroo, wallaby and c
|Contact: Diane Rechel|
Northern Arizona University