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Articles by O. Siggaard-Andersen
Showing articles by "O. Siggaard-Andersen"
Article
January 2006
Quality control in theory and practice – a gap analysis
Millions of times every day, in a myriad of distinctive
laboratories around this globe, front-line workers make the final
decision on the quality of results they report.
If they decide the
quality is “OK”, patient results are released to impact clinical
decisions, and proficiency values reflect the overall ability...
Quality assurance
Article
October 2005
Arterial blood collection: sampling and storage - part 2 of 2
The collection of arterial specimens with glass syringes
and immediate storage in iced water was the accepted industry
standard for many years. Practice has changed over the past several
years to blood gas sample collection in plastic syringes, likely
due to the cost, safety and convenience of plastic.
This change
...
Quality assurance
Blood gases/acid-base
Article
July 2005
Capillary blood gas and the big picture
Blood gases are measured from an arterial blood sample to evaluate the respiratory adequacy and oxygen status of the critically ill patient. For the adult patient, the arterial blood is sampled either by arterial puncture or from an indwelling catheter.
In neonates and children, the wish to minimize iatrogenic blood...
Neonatology
Blood gases/acid-base
Preanalytical phase
Glucose
Lactate
Article
July 2005
Neonatal capillary blood sampling
Capillary blood sampling via a heel lance is the most common procedure performed in hospitalized neonates. Adequate training and supervision of the personnel performing the procedure is necessary to prevent/minimize inadequate sampling volumes, false laboratory results and complications such as pain. Efforts should be ...
Preanalytical phase
Neonatology
Glucose
Lactate
Article
June 2005
Arterial blood collection - part 1 of 2
The collection of arterial specimens with glass syringes
and immediate storage in iced water was the accepted industry
standard for many years. Practice has changed over the past several
years to blood gas sample collection in plastic syringes, likely
due to the cost, safety and convenience of plastic.
This change
...
Quality assurance
Blood gases/acid-base
Hemoglobins
Article
June 2005
Activity-based costing: selecting the right equipment for POC
As point-of-care testing (POCT) becomes more popular in
healthcare institutions because of its ability to deliver
high-quality results at the bedside, point-of-care coordinators
(POCCs) are becoming increasingly tasked with controlling costs.
To
deal with this responsibility, POCCs often turn to equipment to
solve...
Point-of-care testing
Article
May 2005
Patient safety: Find the error behind the error
Lately, everybody seems to be talking about reducing
testing errors and improving patient safety. But where do you
begin?
The answer may be to look beyond the error itself and
instead focus on what is causing it. Michael Astion, Associate
Professor, Director of the University of Washington’s Reference
Laboratory...
Information management
Point-of-care testing
Process optimization
Article
April 2005
Make document management user-friendly
In 1998, Fleury Diagnostics, Brazil's most comprehensive center for diagnostic medicine and pathology with 1,600 employees and 2,500 patients a day, implemented its own system for managing documents necessary for certification and point-of-care testing (POCT) programs. The system was entirely developed in-house in the ...
Process optimization
Information management
Article
April 2005
Management of neonatal hyperbilirubinemia
Supported by Pennsylvania Hospital Kernicterus Fund and the Eglin Fund
In the late 1980s, the question whether bilirubin damaged the brain of healthy infants was unanswered. The absence of documented evidence influenced the formulation of the 1994 consensus-based guidelines...
Neonatology
Bilirubin
Article
April 2005
POCT data mining – an introduction
Point-of-care testing (POCT) results, like other forms
of laboratory data, hold potential hidden information that can be
utilized to improve patient care.
The technique of extracting
useful information from vast amounts of data is termed “data
mining”. Technological solutions are now available to meet the
challenges ...
Point-of-care testing
Information management
Preanalytical phase
Process optimization
Glucose
Creatinine/urea
Hemoglobins
