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    • 2. 发明授权
    • Methods for transferring gene into chromosome
    • 将基因转入染色体的方法
    • US06319692B1
    • 2001-11-20
    • US09202893
    • 1998-12-22
    • Mariko KadotaMayumi KiwakiSaeko SawakiYukio ShirasawaHarue SoneTomoyuki Sako
    • Mariko KadotaMayumi KiwakiSaeko SawakiYukio ShirasawaHarue SoneTomoyuki Sako
    • C12P1934
    • C12N15/907C12N15/746C12N15/90
    • Methods for transferring a foreign gene into a host chromosome by integrating the foreign gene into a vector by utilizing a lysogenic phage, for the purpose of deleting unnecessary genes derived from the vector, except for the foreign gene. One method comprises (a) preparing a vector with a lysogenic phage integration site (such as an attP site) arranged between a first partial sequence of the objective foreign gene to be transferred, but lacking one terminal region thereof and a second partial sequence of the gene, but lacking the other terminal region, the second partial sequence having an overlapping region with a portion of the first partial sequence; (b) integrating the vector obtained in step (a) into the host chromosome; and (c) screening from among the recombinants obtained in step (b) a recombinant from which unnecessary genes originating in the vector have been deleted owing to the homologous recombination mechanism functioning in the overlapping region between the first and second partial sequences.
    • 通过利用溶源性噬菌体将外源基因整合到载体中,为了除去外来基因以外的来自载体的不必要的基因,将外源基因转移到宿主染色体中的方法。 一种方法包括(a)制备载体,该载体具有排列在要转移的目标外源基因的第一部分序列之间,但缺少其一个末端区域和第二部分序列的溶源性噬菌体整合位点(例如attP位点) 基因,但缺少另一个末端区域,第二部分序列与第一部分序列的一部分具有重叠区域; (b)将步骤(a)中获得的载体整合到宿主染色体中; 和(c)从步骤(b)中获得的重组体中筛选来自该载体的不必要的基因由于第一和第二部分序列之间的重叠区域中的同源重组机制起作用而被缺失的重组体。
    • 6. 发明授权
    • Internetwork device
    • 网络设备
    • US08379640B2
    • 2013-02-19
    • US12816501
    • 2010-06-16
    • Masataka IchihashiShinji KatsumeTomoyuki Sako
    • Masataka IchihashiShinji KatsumeTomoyuki Sako
    • H04L12/28
    • H04L47/10H04L29/12367H04L45/00H04L61/2514
    • An internetwork device comprises a receiving module, an inter-device packet transfer interface, an inter-device packet transfer controller, an address translation module, and a transmission module. The receiving module receives a packet from a first network. The inter-device packet transfer interface carries out inter-device packet transfer involving transfer of a packet to or from another internetwork device. The inter-device packet transfer controller controls the inter-device packet transfers such that multiple fragmented packets created from a same original packet are collected by the same internetwork device, the fragmented packets being packets created by dividing a single original packet into multiple parts. The address translation module translates between a local address used within a specific network and a global address used across multiple networks, for at least one of a source address and a destination address of a packet. The transmission module transmits an address-translated packet to a second network.
    • 互联网络设备包括接收模块,设备间分组传输接口,设备间分组传输控制器,地址转换模块和传输模块。 接收模块从第一网络接收分组。 设备间分组传送接口执行涉及将数据包传送到另一个互联网络设备的设备之间的传输。 设备间分组传送控制器控制设备间分组传输,使得由同一原始分组创建的多个分片分组被相同的网络设备收集,分片分组是通过将单个原始分组划分成多个部分而创建的分组。 地址转换模块在特定网络中使用的本地地址和跨多个网络使用的全局地址之间进行翻译,用于分组的源地址和目的地地址中的至少一个。 传输模块将地址转换的分组发送到第二网络。
    • 9. 发明申请
    • INTERNETWORK DEVICE
    • 互联网设备
    • US20100322247A1
    • 2010-12-23
    • US12816501
    • 2010-06-16
    • Masataka ICHIHASHIShinji KatsumeTomoyuki Sako
    • Masataka ICHIHASHIShinji KatsumeTomoyuki Sako
    • H04L12/56
    • H04L47/10H04L29/12367H04L45/00H04L61/2514
    • An internetwork device comprises a receiving module, an inter-device packet transfer interface, an inter-device packet transfer controller, an address translation module, and a transmission module. The receiving module receives a packet from a first network. The inter-device packet transfer interface carries out inter-device packet transfer involving transfer of a packet to or from another internetwork device. The inter-device packet transfer controller controls the inter-device packet transfers such that multiple fragmented packets created from a same original packet are collected by the same internetwork device, the fragmented packets being packets created by dividing a single original packet into multiple parts. The address translation module translates between a local address used within a specific network and a global address used across multiple networks, for at least one of a source address and a destination address of a packet. The transmission module transmits an address-translated packet to a second network.
    • 互联网络设备包括接收模块,设备间分组传输接口,设备间分组传输控制器,地址转换模块和传输模块。 接收模块从第一网络接收分组。 设备间分组传送接口执行涉及将数据包传送到另一个互联网络设备的设备之间的传输。 设备间分组传送控制器控制设备间分组传输,使得由同一原始分组创建的多个分片分组被相同的网络设备收集,分片分组是通过将单个原始分组划分成多个部分而创建的分组。 地址转换模块在特定网络中使用的本地地址和跨多个网络使用的全局地址之间进行翻译,用于分组的源地址和目的地地址中的至少一个。 传输模块将地址转换的分组发送到第二网络。