Abstract: A container for a solution of human plasma proteins has a primary inner bag made up of a first multilayer polymer film with two outer layers of polyethylene (PE) and an intermediate layer of ethylene vinyl alcohol (EVOH) copolymer, and a secondary outer bag made up of a second multilayer film with layers of polyethylene terephthalate (PET)-silicon oxides (SiOx), oriented polyamide (OPA), polypropylene (PP)-silicon oxides (SiOx) and polypropylene (PP), referred to as multilayer PP-SiOx.

Abstract: A container for a solution of human plasma proteins has a primary inner bag made up of a first multilayer polymer film with two outer layers of polyethylene (PE) and an intermediate layer of ethylene vinyl alcohol (EVOH) copolymer, and a secondary outer bag made up of a second multilayer film with layers of polyethylene terephthalate (PET)-silicon oxides (SiOx), oriented polyamide (OPA), polypropylene (PP)-silicon oxides (SiOx) and polypropylene (PP), referred to as multilayer PP-SiOx.

Abstract: A container for a solution of human plasma proteins has a primary inner bag made up of a first multilayer polymer film with two outer layers of polyethylene (PE) and an intermediate layer of ethylene vinyl alcohol (EVOH) copolymer, and a secondary outer bag made up of a second multilayer film with layers of polyethylene terephthalate (PET)-silicon oxides (SiOx), oriented polyamide (OPA), polypropylene (PP)-silicon oxides (SiOx) and polypropylene (PP), referred to as multilayer PP-SiOx.

Abstract: An RFID tag is for arrangement on a bottle for blood-derived products. The bottle includes a main body, the upper end of which includes a neck. The bottle is hermetically sealed by a cap arranged in the upper portion of the neck. The upper portion of the cap includes at least two through-pipes and at least two stiffening ribs that are each connected to the pipes by one of the respective ends thereof. The RFID tag has at least two openings shaped to fit each of the through-pipes, respectively, of the cap such that said RFID tag is positioned on the upper surface of the cap and thus overcomes the obstacle of the through-pipes and the respective stiffening ribs.

Abstract: A device for therapeutic plasma exchange includes an extracorporeal circuit, which includes a blood supply line, a separating unit, a line for infusion of formed elements, a line for infusion of replacement fluid, a blood plasma line, an anticoagulant line and at least one independent line for therapeutic drugs. The independent line can include a storage for the therapeutic drug, a conveyer of therapeutic drug, a propelling device and a controller configured to control flow of the therapeutic drug.

Abstract: A container for a solution of human plasma proteins has a primary inner bag made up of a first multilayer polymer film with two outer layers of polyethylene (PE) and an intermediate layer of ethylene vinyl alcohol (EVOH) copolymer, and a secondary outer bag made up of a second multilayer film with layers of polyethylene terephthalate (PET)-silicon oxides (SiOx), oriented polyamide (OPA), polypropylene (PP)-silicon oxides (SiOx) and polypropylene (PP), referred to as multilayer PP-SiOx.

Abstract: An RFID tag is for arrangement on a bottle for blood-derived products. The bottle includes a main body, the upper end of which includes a neck. The bottle is hermetically sealed by a cap arranged in the upper portion of the neck. The upper portion of the cap includes at least two through-pipes and at least two stiffening ribs that are each connected to the pipes by one of the respective ends thereof. The RFID tag has at least two openings shaped to fit each of the through-pipes, respectively, of the cap such that said RFID tag is positioned on the upper surface of the cap and thus overcomes the obstacle of the through-pipes and the respective stiffening ribs.

Abstract: A hermetically-sealed plastics container for blood derivative products is provided. The container may have an internal surface and an external surface, characterized in that it comprises an RFID inlay between the internal surface and the external surface.

Abstract: A device for taking samples from containers includes: a receiving body for at least one container; a container bar code reader positioned in the receiving body for containers; a support for a test tube with the ability to move; a bar code reader positioned in the support; and a fluid communication component between the container and the test tube. The support for test tubes includes at least a test tube loading position and a sample-taking position. The device also includes a controller configured to control position of the support for test tube. The controller can also include at least one sensor of the position of the support for test tube and a blocking component configured to block a position of said support for test tube.

Abstract: A device for taking samples from containers includes: a receiving body for at least one container; a container bar code reader positioned in the receiving body for containers; a support for a test tube with the ability to move; a bar code reader positioned in the support; and a fluid communication component between the container and the test tube. The support for test tubes includes at least a test tube loading position and a sample-taking position. The device also includes a controller configured to control position of the support for test tube. The controller can also include at least one sensor of the position of the support for test tube and a blocking component configured to block a position of said support for test tube.

Abstract: A hermetically-sealed plastics container for blood derivative products is provided. The container may have an internal surface and an external surface, characterised in that it comprises an RFID inlay between the internal surface and the external surface.