Retracted: Atomic Absorption Spectrometry Analysis of Trace Elements in Degenerated Intervertebral Disc Tissue.

Medical Science Monitor is retracting the following publication on the basis of duplicated published content. 1) Kubaszewski Ł, Zioła-Frankowska A, Frankowski M, Rogala P, Gasik Z, Kaczmarczyk J, Nowakowski A, Dabrowski M, Labedz W, Miękisiak G, Gasik R. Comparison of trace element concentration in bone and intervertebral disc tissue by atomic absorption spectrometry techniques.

Orthostatic cardiovascular profile of subjective well-being.

Previous clinical and elderly population studies have found that affective well-being can be assessed by clino-orthostatic cardiovascular reactivity. This study explored this relationship in a young healthy sample, and with respect to cognitive appraisals of well-being. Four successive readings of blood pressure (BP) and heart rate (HR) after lying down (clinostatic probe) followed by four successive readings after standing up (orthostatic probe) were obtained from 52 healthy students along with questionnaire-reported well-being.

Analysis of trace element in intervertebral disc by Atomic Absorption Spectrometry techniques in degenerative disc disease in the Polish population.

Objective: Although trace elements are regarded crucial and their content has been determined in number of tissue there are only few papers addressing this problem in intervertebral disc in humans. Most of the trace elements are important substrates of enzymes influencing metabolism and senescence process. Others are markers of environmental pollution.

Atomic absorption spectrometry analysis of trace elements in degenerated intervertebral disc tissue.

Background: Few studies have investigated trace elements (TE) in human intervertebral disc (IVD) tissue. Trace element presence can have diverse meanings: essential TE show the metabolic modalities of the tissue, while environmentally-related TE indicate pollution and tissue-specific absorption and accumulation. IVD is a highly specific compartment with impaired communication with adjacent bone.

Clearance, distribution volume, and dialyzer mass area transport coefficient of glucose in whole blood.

The extracorporeal transport of glucose was studied to determine the dialyzer mass transfer coefficient K(0)A for glucose in whole blood under conditions of glucose delivery and glucose removal. Glucose was removed from blood or delivered to blood using glucose-free dialysate or dialysate with a glucose concentration of 200 mg/dl (11.1 mmol/L).