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Our laboratory has focused on the development of virus-resistant plants through the use of pathogen-derived resistance. We have analyzed transgenic plants, including tobacco, cucumbers, melons, squash, chrysanthemum, tomato, papaya, and lettuce, that contain the coat protein genes of viruses belonging to the potyvirus, tospovirus, nepovirus, cucumovirus, and comovirus groups. Field and greenhouse trials have generally shown that resistance is not correlated to the expression level of the coat protein gene—in a number of cases, plants that expressed low amounts of coat protein showed excellent resistance. However, we have found that transgenic progenies from a particular plant often vary in their resistance to virus infection. These observations will be discussed as they relate to gene stability.

hortscience

Our Experience on the Effect of Gene Stability and Expression on Development of Virus-resistant Fruits and Vegetables Expressing Genes from Different Viruses