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    • 92. 发明授权
    • Plant stress tolerance genes, and uses therefor
    • 植物胁迫耐性基因及其用途
    • US07368632B2
    • 2008-05-06
    • US10534744
    • 2003-11-14
    • Albert James RobertsonLawrence Victor GustaGuohai Wu
    • Albert James RobertsonLawrence Victor GustaGuohai Wu
    • A01H5/00C12N15/82C12N15/87C12N5/14C07H21/00
    • C12N15/8273
    • Plant stresses such as pest infestations, disease, drought, flood, and excessive temperatures can lead to significant losses of crops each year. There is a continuing need to develop novel plant varieties that are less susceptible to damage or loss by such stresses. The present invention provides for the isolation, characterization and use of an entirely novel class of plant genes, generally designated ROB5. Transgenic plants expressing ROB5 can show a dramatic improvement in their capacity to tolerate a variety of stress conditions. Moreover, ROB5 expression can further lead to marked increases in plant growth rates and plant vigor. The present invention encompasses all such ROB5 genes and peptides encoded thereby, plants expressing corresponding ROB5 constructs, and plant products thereof.
    • 病虫害,疾病,干旱,洪水和过度温度等植物胁迫可能导致农作物每年大量损失。 继续需要开发不易遭受这种胁迫的损害或损失的新型植物品种。 本发明提供了通常称为ROB5的完全新颖的植物基因的分离,表征和使用。 表达ROB5的转基因植物可以显着改善耐受各种胁迫条件的能力。 此外,ROB5表达可进一步导致植物生长速度和植物活力显着增加。 本发明包括所有这样的ROB5基因和由其编码的肽,表达相应的ROB5构建体的植物及其植物产物。