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Articles and journal scans about Blood gases/acid-base
Article
January 2003
What to consider when performing method comparisons on blood gas analyzers
When performing method comparisons, it is important to address a number of preparatory and preanalytical issues to ensure that comparisons solely reflect the analytical differences between the two methods in question.
This article provides preparatory and preanalytical checklists that can be used when comparing two...
Quality assurance
Blood gases/acid-base
Preanalytical phase
Article
October 2002
Paperless inspections no longer a dream
Preparing for an accreditation inspection is often synonymous with carts full of paper. For some labs, though, the paper hassle associated with accreditation is now history. These labs are letting their data management systems do all the work.
Information management
Blood gases/acid-base
Point-of-care testing
Article
October 2002
The invention and development of the blood gas analysis apparatus
John Severinghaus, who recently turned 80, is one of the pioneers in the field of blood gas. To celebrate his birthday, bloodgas.org has asked him to look back on the first developments leading to the modern blood gas analyzers.
The following article has also been published in Anesthesiology, The Journal of the...
Point-of-care testing
Blood gases/acid-base
Glucose
Lactate
Hemoglobins
Article
June 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
June 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 2002
Reference range evaluation for cord blood gas parameters
In conjunction with Apgar scores and other parameters, umbilical-cord blood gas values are used to assess newborn respiratory status.
Paired umbilical-cord gas venous and arterial samples were collected from 200 patients to establish reference ranges for blood gas/hemoximetry parameters. Umbilical-cord samples were...
Blood gases/acid-base
Glucose
Hemoglobins
Kidneys/fluids
Article
June 2002
Key elements in a successful pediatric laboratory
Children are not just small adults, and present unique challenges to the clinical laboratory. Blood specimens must be very small; for example, total blood volumes in a premature infant can be as small as 115 mL. Genetic diseases frequently must be detected in the newborn period. Reference values change with age....
Neonatology
Blood gases/acid-base
Point-of-care testing
Preanalytical phase
Glucose
Hemoglobins
Article
January 2002
Preanalytical issues in neonatology
Neonates are subject to more preanalytical influences than any other population group. Many of these are related to the maturity of the infant and its adaptation to extra-uterine life.
The necessary need for capillary blood collection and processing of small quantities of blood introduce additional preanalytical...
Glucose
Lactate
Creatinine/urea
Hemoglobins
Blood gases/acid-base
Neonatology
Preanalytical phase
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
Article
December 2000
Myocardinal oxygen extraction after two months of adaptation to high altitude
Two months of acclimatization to high altitude leads to an adaptation of the aerobic capacity of the myocardium, characterized by an increased ability to extract O2 from the coronary vascular bed. An increased mitochondrial volume and activity of oxidative enzymes or improved diffusion conditions could be involved.
Point-of-care testing
Blood gases/acid-base
Lactate
Hemoglobins