ANALYSIS OF DIALYSATE PROFILE, CONTROLLED BY UV-MONITORING Russian patent published in 2015 - IPC A61M1/16 

Abstract RU 2551309 C2

FIELD: medicine.

SUBSTANCE: group of inventions relates to medicine, namely to efferent therapy, and can be used in carrying out dialysis procedures. Claimed is a blood-processing device, which contains a blood processing unit, a UV measuring device and a central processing unit. Also claimed is a method for the optimisation of dialysate consumption by means of the said device, where the selection of the operation mode and the smallest admissible value of the dialysis effectiveness parameter are preliminarily realised in the blood processing unit. Current measured values of blood and dialysate flows in the blood processing unit are determined. Variation of the solution flow for dialysis in the blood processing unit is carried out during the dialysis session. After that, the UV absorption of at least one uremic substance in an output dialysate flow or in extracorporal blood circulation of the blood processing unit is measured. The measured values of UV absorption and the current measured values of the blood and dialysate flow are transmitted into the central processing unit. A flow of the solution for dialysis and/or blood, optimised as to the dyalysate consumption, and/or a relative ratio of the two flows within the range QD/QB, or a ratio of the volume passing ability for dialysate and blood within the limits of VD/VB range are determined. The change of the flow is displayed in the central processing unit and/or automatic re-correction in accordance with the change is performed. After that, the stages are repeated.

EFFECT: inventions provide lower consumption of the dialysis solution without an impairment of purification due to complete use of the entire filter potential.

24 cl, 2 dwg, 1 tbl, 1 ex

Similar patents RU2551309C2

Title Year Author Number
METHOD FOR CONTROLLING HEMODIALYSIS ADEQUACY 1999
  • Jampol'Skij A.F.
  • Fedorovskij N.M.
  • Eremeeva L.F.
RU2152041C1
SORBENT FOR DIALYSIS DEVICE AND DIALYSIS SYSTEM 2017
  • Bluchel, Kristian Gert
  • Khejvud, Piter
RU2785326C2
BODY DETOXIFICATION METHOD AND DEVICE 2014
  • P'Janov Ivan Vladimirovich
RU2565656C2
METHOD FOR EXAMINING QUALITY OF EXTRARENAL BLOOD CLEARANCE 1998
  • Grankin V.I.
  • Devjatov A.S.
  • Litvinov A.M.
  • Khoroshilov S.E.
RU2155074C2
PORTABLE DIALYSIS MACHINE 2011
  • Fulkerson Barri Nejl
  • Brejg Dzhejms Rosvell
  • Mishelevich Dehvid Dzh.
  • Klemens Charl'Z
  • Foster Klark Berg
  • Gidoli Dehniel
  • Gura Viktor
  • Khering Martin
  • Isakson Frehnk
  • Dzhozef Rassell Tomas
  • Robinson Tomas
  • Smit Mark Forrest
  • Trka Majlan
  • Zvierstra Jan Brajan
RU2574367C2
DEVICE TO MONITOR LIQUID BIOLOGICAL MEDIUM 1998
  • Vasilevskij A.M.
  • Kornilov N.V.
RU2161791C2
METHOD FOR CONTROLLING QUALITY OF DIALYSIS THERAPY 1999
  • Jampol'Skij A.F.
  • Fedorovskij N.M.
  • Eremeeva L.F.
RU2152040C1
DEVICE AND METHOD FOR CLEANING DIALYSIS SOLUTION IN ARTIFICIAL KIDNEY APPARATUS 1993
  • Gromyko V.A.
  • Krivobok N.M.
  • Vladimirov I.V.
RU2110283C1
SYSTEMS OR DEVICES AND METHODS OF DIALYSIS 2016
  • Krajmann Bernkhard
  • Khyusstege Kristof
  • Shrajber Ketrin Elizabet
RU2729725C2
METHOD OF ARTIFICIAL BLOOD PURIFICATION WITH DIALYSIS SOLUTION REGENERATION IN EXTRACORPOREAL CIRCUIT AND DEVICE FOR ITS IMPLEMENTATION 2017
  • Bazaev Nikolaj Aleksandrovich
RU2692329C2

RU 2 551 309 C2

Authors

Vol'Ff Khenrik

Moll' Shtefan

Dates

2015-05-20Published

2011-09-29Filed