Abstract: Methods, systems, and computer programs are presented for capturing teammate-connection information and leveraging this information to improve services of a social networking service. The teammates feature allows users to identify a subset of their connections as teammate connections, which are connections that work directly with the user as a manager, a peer (person reporting to the same manager as the user), or a direct report. The teammate-connection information is used for improving services and notifications, such as new-connection suggestions, construction of the user feed, group conversations and messaging, notification prioritization, etc. Unlike existing connection patterns, the teammate-connections information is structured data. The structured data provides a better understanding of the relationships among the users and allows optimization of the user experience. In one aspect, a method is presented to generate recommendations of possible teammates for users of the social networking service.

Abstract: The present invention relates to a transgenic plant with enhanced anthocyanin biosynthesis by the introduction of PtrMYB119 gene operably linked to a promoter, a method for preparing the transgenic plant, a method for producing anthocyanin from the transgenic plant, a composition for promoting anthocyanin biosynthesis comprising PtrMYB119 gene operably linked to a promoter, a kit for promoting anthocyanin biosynthesis comprising the composition, and a method for enhancing anthocyanin biosynthesis in a plant comprising introducing the composition into a plant for its expression. The use of the composition for enhancing anthocyanin biosynthesis provided in the present invention enables large-scale production of anthocyanins without any affect on the growth of the plant cell, which is a host, and thus the composition can be widely used for more effective production of anthocyanins.

Abstract: The present invention relates to a transgenic plant with enhanced anthocyanin biosynthesis by the introduction of PtrMYB119 gene operably linked to a promoter, a method for preparing the transgenic plant, a method for producing anthocyanin from the transgenic plant, a composition for promoting anthocyanin biosynthesis comprising PtrMYB119 gene operably linked to a promoter, a kit for promoting anthocyanin biosynthesis comprising the composition, and a method for enhancing anthocyanin biosynthesis in a plant comprising introducing the composition into a plant for its expression. The use of the composition for enhancing anthocyanin biosynthesis provided in the present invention enables large-scale production of anthocyanins without any affect on the growth of the plant cell, which is a host, and thus the composition can be widely used for more effective production of anthocyanins.

Abstract: An NVRAM fail-over controller including a NVRAM device connected to a host computer, the host computer having the ability to directly control the NVRAM device. The NVRAM fail-over controller includes an embedded processor that is powered by back-up power. The NVRAM fail-over controller includes a network interface that is powered by back-up power.

Abstract: A host-NVRAM disk-array controller that can be connected to a host computer. The controller including an NVRAM, a plurality of disk array controllers, and a plurality of busses. The NVRAM is connected to a memory controller (together called the NVRAM device). The host computer has the ability to directly control the NVRAM device. The plurality of busses connect the NVRAM device and the disk array controllers.

Abstract: An NVRAM fail-over controller including a NVRAM device connected to a host computer, the host computer having the ability to directly control the NVRAM device. The NVRAM fail-over controller includes an embedded processor that is powered by back-up power. The NVRAM fail-over controller includes a network interface that is powered by back-up power.