A Comparison of Some Tristeza Isolates and a Cross-Protection Trial in Florida

Cohen, M.

doi:10.5070/c59ck9q8nm

International Organization of Citrus Virologists Conference Proceedings (1957-2010)

1976

DOI: 10.5070/c59ck9q8nm

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A Comparison of Some Tristeza Isolates and a Cross-Protection Trial in Florida

M. Cohen¹

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1980

1994

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Cited by 5 publications

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Resistance to plant viruses: Obtaining genes by non-conventional approaches

Hull

1994

Euphytica

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Plant viruses cause considerable losses to crops and none of the three current approaches to disease control are likely to give the long-term answer . The new concept of non-conventional protection, in which the expression of a viral or virus-related sequence in the plant genome interferes with the virus infection cycle, holds considerable promise for designing new resistance or protection `genes' . A series of targets in the viral genome is identified and a range of mechanisms for attacking those targets is discussed . There are several current systems which have been proved to give protection, at least to a certain extent, and many systems which are being researched upon for the future . Some of these are described to give a picture of the current situation and of the thinking for the future . The problems of field deployment of the transgenic plants are discussed, especially those associated with the risk to the environment . Various questions which molecular biologists and plant breeders will have to consider include what are desirable characters to have in protection `genes' and how these new `genes' should be deployed .

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Resistance to plant viruses: Obtaining genes by non-conventional approaches

Hull

1994

Euphytica

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Approaches to nonconventional control of plant virus diseases

Hull

Davies

1992

Critical Reviews in Plant Sciences

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Natural Spread of Seedling Yellows and Sweet Orange and Grapefruit Stem Pitting Tristeza Viruses at the University of California, Riverside

Calavan¹,

Harjung²,

Blue³

et al. 1980

International Organization of Citrus Virologists Conference Proceedings (1957-2010)

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A Comparison of Some Tristeza Isolates and a Cross-Protection Trial in Florida

Cited by 5 publications

References 3 publications

Resistance to plant viruses: Obtaining genes by non-conventional approaches

Resistance to plant viruses: Obtaining genes by non-conventional approaches

Approaches to nonconventional control of plant virus diseases

Natural Spread of Seedling Yellows and Sweet Orange and Grapefruit Stem Pitting Tristeza Viruses at the University of California, Riverside

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