Abstract: An apparatus configured to quantify and display a time buffer for at least one patient during a blood treatment session is described. A blood treatment apparatus which includes such an apparatus or is in signal communication therewith, and a method for quantifying and presenting the time buffer for at least one patient at a blood treatment session are also described, as well as a computer program, a computer program product and a digital storage medium.

Abstract: An apparatus configured to quantify and display a time buffer for at least one patient during a blood treatment session is described. A blood treatment apparatus which includes such an apparatus or is in signal communication therewith, and a method for quantifying and presenting the time buffer for at least one patient at a blood treatment session are also described, as well as a computer program, a computer program product and a digital storage medium.

Abstract: An apparatus configured to quantify and display a time buffer for at least one patient during a blood treatment session is described. A blood treatment apparatus which includes such an apparatus or is in signal communication therewith, and a method for quantifying and presenting the time buffer for at least one patient at a blood treatment session are also described, as well as a computer program, a computer program product and a digital storage medium.

Abstract: The present invention relates to a method and to an apparatus for predicting one or more parameters characteristic for the outcome of a blood treatment, wherein the blood treatment is a treatment in which the blood of the patient has fluid removed via at least one membrane, wherein the parameters are the allowed drinking volume, the hyperhydration or hypohydration of the patient, the clearance of large molecules and/or the allowed salt intake, wherein the prediction of the allowed drinking volume and the prediction of the hyperhydration or hypohydration are carried out on the basis of the planned weight loss due to ultrafiltration, of the drinking quantity during the treatment, of the rinseback volume and of residual diuresis data, and/or wherein the prediction of the clearance of large molecules is carried out on the basis of the urea clearance, and/or wherein the prediction of the allowed salt intake takes place based on the sodium ion quantity removed by ultrafiltration and by diffusion from the blood.

Abstract: An apparatus configured to quantify and display a time buffer for at least one patient during a blood treatment session is described. A blood treatment apparatus which includes such an apparatus or is in signal communication therewith, and a method for quantifying and presenting the time buffer for at least one patient at a blood treatment session are also described, as well as a computer program, a computer program product and a digital storage medium.