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- W3149698964 abstract "Abiotic conditions, especially drought and soil salinity, are the major causes for the reduction of crop yields and the loss of arable land world-wide. These problems will probably worsen in the next decades, according to climate change models, which predict longer, more frequent and more intense drought periods and the spread of desertification in many temperate and subtropical regions. In this situation, breeding of in crop plants has become an urgent need for the future of agriculture and food production. Over the last years, many research groups have isolated and characterised different genes, involved in mechanisms of plant responses to stress, to be used as biotechnological tools to reach this goal through genetic engineering techniques. Despite the fact that many of these genes actually confer variable levels of to different types of abiotic when expressed in transgenic plants, their practical usefulness has been questioned. In fact, no crop cultivars with sufficient levels, from an agronomic point of view, have yet been obtained by molecular breeding. In this paper, we will discuss briefly the present situation and future perspectives in this field. Concerning our own work, we will describe the strategy used in our laboratory for the isolation of additional, putative stress tolerance genes, based on the functional screening of plant cDNA libraries by expression in yeast. We will focus on two of the isolated Arabidopsis genes, SRL1 and RCY1, which encode proteins belonging to the family of “SR-like” splicing factors, and that, when over-expressed in transgenic Arabidopsis plants, markedly increase their to water and salt stress, during seed germination and vegetative growth as well as during the phase of reproductive development." @default.
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- W3149698964 date "2007-01-01" @default.
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- W3149698964 title "DROUGHT AND SALT TOLERANCE CONFERRED BY OVEREXPRESSION OF SPLICING FACTORS IN TRANSGENIC PLANTS" @default.
- W3149698964 doi "https://doi.org/10.15835/buasvmcn-hort:1773" @default.
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