Abstract: This disclosure relates to using a ETV2 gene or gene products including DNA, RNA, mRNA, ETV2 proteins, or protein containing exosomes, to directly reprogram and convert resident non-endothelial cells of host into endothelial cells in situ, i.e., in places of the body or tissue where ETV2 is injected. In certain embodiments, it is contemplated that directly reprogrammed and converted endothelial cells will enhance blood vessel regeneration in the tissues where blood vessels have been damaged.

Abstract: An apparatus for and method of utilizing an Internet terminal coupled to the world wide web to interface with an existing proprietary data base management system by building a component which accesses said proprietary data base management system. A central process provides a listing of tables or steps to a use at the Internet terminal. The user selects an ordered subset of the list which defines the desired component. The component design is stored as this ordered subset. The design may be subsequently converted to script, as convenient, for run-time execution.

Abstract: An apparatus for and the method of utilizing an internet terminal coupled to the world wide web to access an existing proprietary data base management system having a dialog-based request format. The user request is received by a web server from the world wide web and converted into one or more sequenced data base management commands stored as corresponding to the service request. A security profile, if necessary, is also stored with the one or more sequenced data base management commands based upon the specific data tables within the data base which must be accessed to honor the service request. The security profile is compared to the user-id of the requestor. If a match is found, the data base management commands are sequentially presented to the data base management system and the intermediate products stored. After all of the sequenced data base management commands have been executed, the web server combines the intermediate products to form a complete response to the initial user request.

Abstract: An apparatus for and method of utilizing an internet terminal coupled to the world wide web to access an existing proprietary data base management system having a dialog-based request format. The user request is received by a web server from the world wide web and converted into one or more sequenced data base management commands. These data base management commands are sequentially presented to the data base management system and the intermediate products stored. After all of the sequenced data base management commands have been executed, the web server combines the intermediate products to form a complete response to the initial user request. The response is transferred to the user over the world wide web. A number of reports are automatically generated by said data base management system in response to a signal, such as a change of date or a particular time. The automatically generated reports may be spooled by the repository for future electronic delivery to the appropriate user terminals.

Abstract: An apparatus for and method of utilizing an internet terminal coupled to the world wide web to access an existing proprietary data base management system having a dialog-based request format. The user request is received by a web server from the world wide web and converted into one or more sequenced data base management commands stored as corresponding to the service request. A security profile, if necessary, is also stored with the one or more sequenced data base management commands based upon the specific data columns within the specific data tables within the data base which must be accessed to honor the service request. The security profile is compared to the user-id of the requester. If a match is found, the data base management commands are sequentially presented to the data base management system and the intermediate products stored.

Abstract: An apparatus for and method of utilizing an internet terminal coupled to the world wide web using HTML communications protocol to access an existing proprietary data base management system having varying requirements for command language format. The user request is received by a web server from the world wide web. The command language script is generated in response to data supplied by the user as entries in HTML screens. The script writer, called data wizard converts these inputs into one or more sequenced commands in the command language of the data base management system. These data base management commands are sequentially presented to the data base management system and the intermediate products stored. After all of the sequenced data base management commands have been executed, the web server combines the intermediate products to form a complete response to the initial user request. The response is transferred to the user over the world wide web. The sequenced commands may be stored for future use.