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Articles by E. Palayiwa & E. Clarke
Showing articles by "E. Palayiwa & E. Clarke"
Article
May 2002
Transcutaneous carbon dioxide monitoring: Applications in the operating room
The intraoperative monitoring of the partial pressure of carbon dioxide in arterial blood (pCO2) is used to assess the adequacy of ventilation and guide clinical interventions.
Although end-tidal CO2 monitoring remains the most frequently used non-invasive technology in the intraoperative setting to provide a...
Blood gases/acid-base
Neonatology
Kidneys/fluids
Article
May 2002
Fetal capillary blood pH (fetal blood sampling)
Electronic fetal monitoring (EFM) during labor has been performed for 40 years. However, the specificity in diagnosing asphyxia is still insufficient. The combination of EFM and fetal scalp-blood sampling was introduced shortly after the introduction of EFM.
Although this monitoring ensures a better sensitivity and...
Blood gases/acid-base
Neonatology
Preanalytical phase
Article
June 2001
Establishment of "metrological traceability" for quality control materials and calibrators
The concept of “metrological traceability” is important when establishing comparable clinical decision limits for a measured analyte at different hospitals within one country and in different countries.
This can only be achieved if all instrument manufacturers establish the performance characteristics of their...
Kidneys/fluids
Quality assurance
Article
May 2001
Quality in the small laboratory
How do small labs cope with the demands of modern quality assurance?
In this interview, Ruth Lock, head of the laboratory of the Anesthesiology and Intensive Care Dept. of the Copenhagen County Hospital in Glostrup, Denmark, tells how her lab keeps up with demands with the help of training and quality control.
Quality assurance
Hemoglobins
Article
May 2001
Quality control of multi-profile blood gas testing
Whether performed by one "traditional" or several "point-of-care" devices, all Multi-Profile Blood Gas (MPBG) results must be accurate and precise if they are to be effective in managing critically ill patients.
Optimal analytical quality control of multi-profile blood gas analysis requires a good quality assurance...
Quality assurance
Article
May 2001
The quality of diagnostic samples
While analytical quality standards seem well established, there has been a paucity in the development of such standards for the preanalytical phase.
Technical recommendations regarding sampling, transport, and identification have been developed in national (NCCLS, DIN) and international (IFCC, ISO) consensus...
Preanalytical phase
Quality assurance
Glucose
Lactate
Hemoglobins
Article
May 2001
Biological variation and quality for POCT
The results of laboratory tests are used in many clinical settings. In the main, results obtained in point-of-care testing (POCT) are used either in monitoring or in diagnosis. Analytical quality does affect outcomes in these clinical situations.
Numerical estimates of the quality required for laboratory tests to...
Quality assurance
Article
May 2001
Quality planning and control strategies
What quality is being controlled in laboratories today? The definition of a quality requirement for each laboratory test is the starting point of quantitative quality management.
Different types of requirements may be used as long as there are appropriate quality-planning models for translating those requirements...
Quality assurance
Article
January 2001
Hyperbilirubinemia and requirements to the determination of the concentration of bilirubin
60 % of all neonates develop jaundice during their first week of life and thereby run a risk of getting hyperbilirubinemia.
Although different approaches for establishing treatment criteria have been suggested, treatment of neonatal hyperbilirubinemia is usually still based on the measurement of total bilirubin...
Preanalytical phase
Bilirubin
Neonatology
Hemoglobins
Article
December 2000
Blood gases, acid-base balance, muscle mass and exercise capacity at the upper tolerable limit for humans of acute and chronic hypoxia
An altitude of 5,000 meters above sea level or just above is just about what humans can bear - be it during an acute ascent or for permanent living. This study describes how bodily functions of crucial importance to survival at high altitude adjust after abrupt exposure to severe hypoxia.
Blood gases/acid-base
Glucose
