Abstract: Techniques for managing entity activity across interactive portals are disclosed. The techniques include assigning a unique identifier to a request for accessing an interactive portal, capturing events and recording attributes indicating contextual data about interactions. An entity identifier is associated with the unique identifier upon registration. The attributes and data linked to the entity identifier are then analyzed to generate metrics and to create a representation of the entity's interactions and engagement patterns. The techniques enable tracking activity across multiple devices by associating multiple unique identifiers with the same user identifier. It performs retroactive deanonymization to determine complete historical entity journeys. The comprehensive approach to entity activity management provides valuable insights into user behavior, enables personalized experiences, and supports data-driven decision making for organizations across various digital platforms.

Abstract: A reference assembly connected to a support ring of an external fixation frame. The reference assembly includes a mount device. The mount device includes a mount body, a static member, and a dynamic member. The static member is fixedly secured to and extends from the mount body and is configured to be received within a first hole of the support ring of the external fixation frame. The dynamic member is slidably connected to the mount body and is configured to be received within a second hole of the support ring. The reference assembly also includes a reference device that is connectable to the mount body. The reference device includes reference body and a plurality of reference objects disposed within the reference body. The reference objects are each made from a radiopaque material, and the reference body is made from a radiolucent material.

Abstract: A catheter for use in continuous flow peritoneal dialysis comprising an inflow tube and outflow tube, both connected on one end to a dialysis machine. The inflow tube is divided into a plurality of inflow auxiliary tubes, and the outflow tube is divided into a plurality of outflow auxiliary tubes, with all auxiliary tubes encased in a single external tube. The auxiliary tubes each contain a plurality of apertures for the rapid and efficient movement of dialysis solution in and out of the peritoneal cavity to reach a larger surface area without kinking or blocking. The external tube comprises a tunnel for insertion of a fiber optic borescope to view the dialysis procedure. The auxiliary tubes are covered by a sheath prior to implantation, which is then removed, deploying, preferably into an open-basket shape, the auxiliary tubes within the peritoneal cavity to allow for the continuous flow of dialysis solution.

Abstract: A catheter for use in continuous flow peritoneal dialysis comprising an inflow tube and an outflow tube, wherein both are connected on one end to a dialysis machine. The inflow tube is divided into a plurality of smaller inflow auxiliary tubes, and the outflow tube is divided into a plurality of smaller outflow auxiliary tubes. The auxiliary tubes each contain a plurality of apertures for the rapid and efficient movement of dialysis solution in and out of the peritoneal cavity. The auxiliary tubes are covered by a sheath prior to implantation, which is then removed, thereby deploying, preferably into an open-basket shape, the auxiliary tubes within the peritoneal cavity which separate to allow for the continuous flow of dialysis solution. This reduces the time required to complete the procedure and increases its efficiency by reaching a larger surface area of the peritoneal cavity, all without kinking or blocking.

Abstract: A catheter for use in continuous flow peritoneal dialysis comprising an inflow tube and outflow tube, both connected on one end to a dialysis machine. The inflow tube is divided into a plurality of inflow auxiliary tubes, and the outflow tube is divided into a plurality of outflow auxiliary tubes, with all auxiliary tubes encased in a single external tube. The auxiliary tubes each contain a plurality of apertures for the rapid and efficient movement of dialysis solution in and out of the peritoneal cavity to reach a larger surface area without kinking or blocking. The external tube comprises a tunnel for insertion of a fiber optic borescope to view the dialysis procedure. The auxiliary tubes are covered by a sheath prior to implantation, which is then removed, deploying, preferably into an open-basket shape, the auxiliary tubes within the peritoneal cavity to allow for the continuous flow of dialysis solution.

Abstract: A catheter for use in continuous flow peritoneal dialysis comprising an inflow tube and an outflow tube, wherein both are connected on one end to a dialysis machine. The inflow tube is divided into a plurality of smaller inflow auxiliary tubes, and the outflow tube is divided into a plurality of smaller outflow auxiliary tubes. The auxiliary tubes each contain a plurality of apertures for the rapid and efficient movement of dialysis solution in and out of the peritoneal cavity. The auxiliary tubes are covered by a sheath prior to implantation, which is then removed, thereby deploying, preferably into an open-basket shape, the auxiliary tubes within the peritoneal cavity which separate to allow for the continuous flow of dialysis solution. This reduces the time required to complete the procedure and increases its efficiency by reaching a larger surface area of the peritoneal cavity, all without kinking or blocking.