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    • 3. 发明授权
    • Proteins imparting boron-tolerance and genes thereof
    • 赋予耐硼性的蛋白质及其基因
    • US07666678B2
    • 2010-02-23
    • US11522168
    • 2006-09-15
    • Toru FujiwaraAkira Nozawa
    • Toru FujiwaraAkira Nozawa
    • C12N15/81
    • C07K14/415C12N15/8271
    • The present invention provides genes and proteins having possibilities to generate plants having tolerance against excessive boron, which can confer a boric acid tolerance to organisms. 5 types of genes that can confer a boric acid tolerance to yeast, such as AtPAB2, AtRBP47c′, AtRPS20B, AtMYB13 and AtMYB68, AtRBP45a, AtRBP45b, AtRBP45c, AtRBP45d, AtRBP47a, AtRBP47b, AtRBP47c, AtUBP1a, AtUBP1b and AtUBP1c which were found by expressing several genes of higher plant Arabidopsis thaliana in yeast that is a organism model of eukaryote. Further, a key to the toxicity mechanism of boric acid exists in the specific inhibition of splicing, and a gene related to enhancement of splicing efficiency also confers a boric acid tolerance.
    • 本发明提供具有产生对过量硼具有耐受性的植物的可能性的基因和蛋白质,其可以赋予对生物体的硼酸耐受性。 可以赋予酵母硼酸耐受性的5种类型,例如AtPAB2,AtRBP47c',AtRPS20B,AtMYB13和AtMYB68,AtRBP45a,AtRBP45b,AtRBP45c,AtRBP45d,AtRBP47a,AtRBP47b,AtRBP47c,AtUBP1a,AtUBP1b和AtUBP1c。 在真核生物模型的酵母中表达高等植物拟南芥的几种基因。 此外,硼酸的毒性机制的关键存在于剪接的特异性抑制中,与剪接效率的提高有关的基因也赋予硼酸耐受性。
    • 5. 发明申请
    • Proteins imparting boron-tolerance and genes thereof
    • 赋予耐硼性的蛋白质及其基因
    • US20070079394A1
    • 2007-04-05
    • US11522168
    • 2006-09-15
    • Toru FujiwaraAkira Nozawa
    • Toru FujiwaraAkira Nozawa
    • A01H1/00C07H21/04C12N15/82C12N5/04C12N1/18C07K14/395C07K14/415
    • C07K14/415C12N15/8271
    • The present invention provides genes and proteins having possibilities to generate plants having tolerance against excessive boron, which can confer a boric acid tolerance to organisms. 5 types of genes that can confer a boric acid tolerance to yeast, such as AtPAB2, AtRBP47c′, AtRPS20B, AtMYB13 and AtMYB68, AtRBP45a, AtRBP45b, AtRBP45c, AtRBP45d, AtRBP47a, AtRBP47b, AtRBP47c, AtUBP1a, AtUBP1b and AtUBP1c which were found by expressing several genes of higher plant Arabidopsis thaliana in yeast that is a organism model of eukaryote. Further, a key to the toxicity mechanism of boric acid exists in the specific inhibition of splicing, and a gene related to enhancement of splicing efficiency also confers a boric acid tolerance.
    • 本发明提供具有产生对过量硼具有耐受性的植物的可能性的基因和蛋白质,其可以赋予对生物体的硼酸耐受性。 可以赋予酵母硼酸耐受性的5种类型,例如AtPAB2,AtRBP47c',AtRPS20B,AtMYB13和AtMYB68,AtRBP45a,AtRBP45b,AtRBP45c,AtRBP45d,AtRBP47a,AtRBP47b,AtRBP47c,AtUBP1a,AtUBP1b和AtUBP1c。 在真核生物模型的酵母中表达高等植物拟南芥的几种基因。 此外,硼酸的毒性机制的关键存在于剪接的特异性抑制中,与剪接效率的提高有关的基因也赋予硼酸耐受性。
    • 10. 发明授权
    • Transmission apparatus
    • 传输装置
    • US07660308B2
    • 2010-02-09
    • US11583117
    • 2006-10-19
    • Kenichi HasegawaAkira NozawaMinoru TatenoKenichi Miyama
    • Kenichi HasegawaAkira NozawaMinoru TatenoKenichi Miyama
    • H04L12/46
    • H04L49/102H04L49/3009H04L49/357H04L49/552H04L49/557
    • A transmission apparatus that does not include a plurality of switches, that cross-connects a signal, and that can handle various redundancy settings determined by a user. An address information generation section generates address information indicative of the destination of a signal, from redundancy setting information and cross connect setting information. An activation information setting section activates and deactivates activation information included in the address information when failure occurs. An address information insertion section inserts the address information stored in an address information storage section into the signal and outputs the signal to a bus. A signal output section receives the signal having the address information that is the same as own address information and outputs the signal to a next stage in the case of the activation information indicating activation.
    • 不包括多个开关的传输装置,其交叉连接信号,并且可以处理由用户确定的各种冗余设置。 地址信息生成部从冗余设定信息和交叉连接设定信息生成表示信号的目的地的地址信息。 当发生故障时,激活信息设置部分激活和停用包括在地址信息中的激活信息。 地址信息插入部将存储在地址信息存储部中的地址信息插入到信号中,并将该信号输出到总线。 信号输出部分接收具有与自身地址信息相同的地址信息的信号,并且在激活信息指示激活的情况下将信号输出到下一级。