%0 Journal Article
%T Biochemical changes in the patient＊s plasma after red blood cell transfusion
%A RADOVAN UVIZL
%A BRONISLAV KLEMENTA
%A MILAN ADAMUS
%A JAN NEISER
%J Signa Vitae
%D 2011
%I Pharmamed Mado
%X Introduction. The study aimed at in vivo assessment of the impact of administered red blood cells (RBthe plasma levels of K+, lactate, pH, Na+, Ca++ and glucose, depending on the volume and age of administered products.Biochemical changes occurring during the storage of these products were studied in vitroMaterials and methods. Arterial blood samples were collected in vivo from patients before and after RBplasma levels of biochemical parameters were determined. A group of 80 RBCs samples was analyzed simultaneouslythe samples being equally distributed throughout the recommended storage time of 1每35 days.Results. The age of RBCs concentrate results in increased potassium and lactate levels and decreased pH, sodium andglucose levels in the RBCs samples. The concentrations were in the following ranges: potassium 4.0每40.5 mmol/L; lactate4.1每28.0 mmol/L; pH 7.0每6.65; sodium 137每116 mmol/L; glucose 29.0每14.0 mmol/L. A prospectively selected group of 46patients were administered a total of 354 RBCs units. The mean age of RBCs concentrates was 16.18 days. The number ofadministered RBCs units ranged from 2 to 38, a mean of 7.7 RBCs units/patient. The administration of 1 RBciated with a mean in vivo increase of the potassium level by 0.07 mmol/L and lactate level by 0.13 mmol/LConclusion. The administration of larger amounts of RBCs concentrates may lead to an increase in the patient＊s plasma levelsof potassium and lactate. This increase is proportional to the age and volume of RBCs.
%K red blood cells
%K transfusion
%K hyperkalemia
%K lactate
%U http://www.signavitae.com/articles/original-articles/175-biochemical-changes-in-the-patients-plasma-after-red-blood-cell-transfusion