The knowledge of what genes are vital for successful nematode parasitism can also be used to develop new chemical control agents.
However, existing chemical control agents, such as silthiopham, were not financially affordable for the control of wheat take-all [6].
The availability of well-characterized G. destructans strains should promote an understanding of bat fungus relationships, and should aid in the screening of biological and chemical control agents.
For developing countries, where chemical control agents are unaffordable, cisgenic upgrades of local potato varieties might even ensure food security.
The susceptible strain S was established in 2003 using salmon lice from a Scottish farm site where no chemical control agents other than hydrogen peroxide had been used.
The economic toll of V. destructor on apiculture is estimated to be millions of U.S. dollars per year, and chemical control agents are worrisome both for their collateral effects on bee health and the potential for honey contamination [ 10].
Early detection of the disease allows for control of its spread by allowing for the identification and quarantine or disposal of infected plants or the application of chemical control agents to reduce and control the disease in the greenhouse or field.
However, the overuse of chemical control agents tends to promote the development of heritable insecticide or drug resistance [ 1], with life-cycle traits of targeted organisms often favouring the ability to adapt genetically, such as high reproductive potential and short generation span.
While the two chemical crowd control agents differ, they are similar in one respect: they burn hotter than the hottest food.
Several experimental designs can be used to evaluate biological control agents with cultural, mechanical, and chemical control methods or with additional biological agents.
Some arthropods reduce crop yield and quality, and conventional chemical pesticides, biological control agents and genetically engineered (GE) crops are used to control them.
