Nor would anyone have this objective when developing a pest-control product.
Other groups are developing a pest-resistant black-eyed pea and a "Golden Banana" that would also deliver vitamin A. Beyond the fear of corporate control of agriculture, perhaps the most cited objection to G.M.O.'s is that they may hold risks that may not be understood.
To solve the problem, scientists at the Institute for Agricultural Research at Nigeria's Ahmadu Bello University have developed a pest-resistant, transgenic blackeyed pea variety using insecticide genes from the Bacillus thuringiensis bacterium.
To develop a sustainable pest management system, it is important to find the right balance between breeding and management strategies to reduce the ecological fitness of BPH and to keep the pest under economic threshold levels (Bosque-Perez and Buddenhagen 1992).
One of the main requisites for developing an RNAi-mediated pest control strategy is the identification of specific and effective target genes that have a significant impact on insect development or viability, minimizing potential crop losses.
On the other hand, it may not be possible to apply small molecule ligands for pest management through targeting identified atypical GPCRs (e.g. TC014055/fz and TC005545/smo), however, it is possible to develop a RNAi-based pest control strategy through ingestion of specific dsRNA targeting atypical GPCRs as well as classical GPCRs [ 29].
Planting native species can also help, since native species have developed a resistance to the pests and weeds in the area.
While the National Agricultural Research Organisation NAROO) has, over the years, developed a number of high-yielding, pest and disease-resistant varieties that are relatively cheap, these have had a very low adoption rate in the region, because the majority are not suited to the environment.
In this study, we build upon previous human and animal health work to develop a new approach to plant pest and pathogen surveillance.
Therefore, research on biological rhythm interactions in a tritrophic system is not only of theoretical significance as a mechanism for plant-insect-parasitoid interactions and rhythm biology, but also a potential guidance for developing new pest management strategies.
Next, I demonstrate how strong fitness costs can be put to use developing novel pest control methods by proposing a novel strategy that I believe could be profitably applied to control the abundance of insect herbivores.
