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Articles by F. J. FitzGibbon
Showing articles by "F. J. FitzGibbon"
Article
June 2005
Reducing sharps injury risk in intensive care
Five years of data on percutaneous injuries (PIs) from the EPINet multi-hospital sharps injury database at the University of Virginia were analyzed to understand exposure risks faced by personnel in intensive care/critical care settings.
Of 687 PIs in intensive care units (ICUs), nurses had the highest proportion of...
Quality assurance
Blood gases/acid-base
Preanalytical phase
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
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
Article
March 2005
POCT data mining – a practical approach
Simple data-mining algorithms can be applied to
point-of-care testing (POCT) data to document compliance of quality
control, operator training and to identify potential preanalytical
errors.
Data can be manipulated to automate manual review and other
laborious processes for identifying data trends, verifying...
Point-of-care testing
Information management
Preanalytical phase
Process optimization
Creatinine/urea
Glucose
Article
January 2005
Permissive Hypercapnia-Continuous Monitoring
Neonatology, perhaps more than any other field in medicine, has undergone dramatic improvements in care over the last several decades. One of the main areas of advancement is the ability to mechanically ventilate premature infants with a variety of neonatal lung conditions.
As survival of premature infants has...
Blood gases/acid-base
Article
January 2005
Biological variation and reference (normal) values
Test results are commonly interpreted against
population-based reference (normal) intervals, which should be
provided on every laboratory report, irrespective of whether
the test has been done as point-of-care testing or in a
clinical laboratory.
Reference intervals are difficult to
generate properly if international ...
Quality assurance
Creatinine/urea
Hemoglobins
Article
October 2004
Jaundice in the newborn infant
About half of all newborn infants born at term develop
jaundice during their first days of life, and the lower the
gestational age the more frequent the jaundice is. Newborns
develop hyperbilirubinemia because of a large bilirubin
production, low hepatic excretion and enterohepatic
recirculation. At birth the newborn ...
Bilirubin
Neonatology
Hemoglobins
Article
October 2004
Permissive hypercapnea: Protecting the infant lung
Almost as soon as healthcare providers began ventilating neonates with respiratory distress syndrome, the problem of chronic lung disease began. How to manage these children in a way to promote lung growth and disease-free survival has been the question for those involved in the care of these infants since that time....
Neonatology
Hemoglobins
Article
September 2004
Biological variation - what’s it all about?
Biochemical and hematological analyses are done in laboratories, clinics, general practices and in point-of-care settings such as ITU. Generally, numerical test results are generated.
Test results vary in individuals over time due to preanalytical variation, analytical imprecision and biological variation. The...
Quality assurance
Hemoglobins
Glucose
