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In medication, a mixture is the consistent, usually parenteral design of fluid therapy (imbuement treatment) (instead of a single infusion). Deviating from the intravenous organization, the subcutaneous, intraosseous and intrablood vascular organization are also conceivable.

Certain treatment strategies usually involve the use of instruments, e.g. fluid organization, volume substitution or replacement, volume therapy and osmotherapy. The organization of parts of blood through implantation is known as bonding.

Regardless of the undistorted treatment of fluids, implantation arrangements are still used in parenteral nutrition and as transporter arrangements if the organization time is not to be shortened or if certain extremely extreme drug fixations at the mixing point are not to be exceeded (electrolyte treatment). , Changing the corrosive base, organizing anti-infectious agents, chemotherapy, etc.)).

Common intravenous organization of mix assemblies is accomplished through a venous catheter attached to a marginal vein. In the event that lengthy use, parenteral nutrition or the organization of vein-strengthening drugs (sodium bicarbonate, potassium arrangement) is expected, a focal venous catheter (CVC) with its tip in a focal vein is demonstrated. An exceptional form of the CVC is the port catheter, which is used, among other things, for chemotherapy and parenteral nutrition.

Intraosseous incision and implantation treatments using the bone marrow are intended for crises and are mainly used in children. In human medicine, subcutaneous implantation is being carried out more and more often, especially in geriatrics and palliative medicine, but not all drugs are suitable for this form of organization. Subcutaneous implantation is exceptionally normal for veterinary medicinal products. Implantations can be controlled using gravity scaffolding or with mechanical assistance. The techniques can also be consolidated, with the gravity mixture being taken in with a check valve so that the siphon control pressure factor does not cause a leak. With the assumed gravity mixing, the fluid is provided by the hydrostatic pressure factor slope between the instrument compartment and the patient. For this reason, the implantation arrangement is hung on a bracket on one of the loops of an instrument stand, which is thus z. B. is connected to the top of the bed or stands as a mobile phone with lockable castors on the floor. The mixture compartment should be above the patient's heart level. The dosing of the trickle speed is done by an uncomplicated roller strut of the implantation frame.

Due to a compression factor implantation, the pack with the instrument arrangement is compressed by a compression factor mixing sleeve or a compression factor implantation device. This allows for a rapid penetration of a lot of an implant response. Exact dosing is conceivable via implantation siphons. The connection between the Imbuement-Gadget and the cannula is made via a mixed line, which can be stretched with a Heidelberg augmentation if necessary. This requires an extraordinary drainage line, which can be implemented with the separate device and which is embedded in the siphon. An unusual type of instrument are the supposed needle siphons (perfusors) that administer drugs with low pulse speeds. This includes the supposed PCA siphon, with which the patient can steer a preset portion of his medication himself at the push of a button.