PubMed Health⌕ Search

Biomedical subjects

V Panácek

Publications and source records attributed to V Panácek.

3 recordsLinked to original sources

[C-reactive protein in diagnosis of complications in renal insufficiency and failure].

C-reactive protein (CRP) is one of the positive proteins in an acute phase. It is produced in hepatocytes in response to cytokines activity, especially to IL-6. Its increase is the second biggest after significant bacterial and cardiovascular insults. It reaches its peak between 24 and 48 hours. CRP monitoring makes possible monitoring of the intensity of the pathologic process and to control efficiency of treatment measures according to fluctuation of its level. According to its serum values it can reflect a place of inflammation, e.g. in upper or lower airways, urinary tract etc. It helps to distinguish between bacterial and viral inflammations and to identify size of vascular lesions such as acute myocardial infarction, cerebral infarction, decompensation of atherosclerosis. Because of its easy detection and quick elevation CRP has not only a diagnostic importance but also a prognostic one and is a predictor of a risk of atherosclerosis. Although long lasting renal insufficiency (LLRI), renal failure (RF) and regular dialysis treatment (RDT) are indicated to elevate CRP level, authors present proves that adequately treated patient compensated with an adequate dialysis treatment has normal CRP values for a long time in spite of long lasting comorbidities including atherosclerosis. There has been done a long term monitoring of 10 patients with LLRI and 22 patients with RDT. Their CRP was monitored via a turbidimetric method using sets K-Assay made by company Kamya Bio Comp. Elevated CRP in the samples reflects an acute insult such as infection, cardiovascular disease, diabetes decompensation and last but not least quality of a dialysis treatment.

Adult↗

[Ambulatory monitoring of blood pressure in regular dialysis therapy].

Ambulatory monitoring of the blood pressure (AMBP) makes it possible to diagnose in hypertensive patients the so-called dipper phenomenon, i.e. a drop of the BP during the night provided that the patient is asleep. The absence of this phenomenon implies as a rule serious damage of the cardiovascular apparatus, brain or kidneys. By means of an apparatus ABP monitoring type 90207 of Space Labs. Inc. a group of 16 patients in regular dialysis treatment (RDT) was examined and the blood pressures were evaluated before and after dialysis. Patients with the dipper profile reacted more adequately during dialysis i.e. by a drop of the blood pressure due to the loss of excessive fluid which they retained during the interdialysis period, as compared with the group with a non-dipper profile which may be exposed to a greater risk of cardiovascular complications. The authors conclude that detection of the absence of the non-dipper phenomenon can reveal risk patients. AMBP can explain so-called paradoxical hypertension at the end of haemodialysis despite major removal of fluids by ultrafiltration, and that moxonidine participates in a significant way in the elimination of the non-dipper phenomenon.

Blood Pressure Monitoring, Ambulatory↗