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Articles by James H. Nichols
Showing articles by "James H. Nichols"
Article
July 2008
Capillary blood gases - to arterialize or not
The ‘gold standard’ sample for blood gas analysis is arterial blood obtained via an indwelling arterial catheter or by arterial puncture. For a number of reasons capillary blood is an attractive substitute sample that is routinely used in some clinical settings.
The purpose of this article is to examine the evidence ...
Neonatology
Glucose
Preanalytical phase
Article
July 2008
How to Avoid Preanalytical Testing Errors: A Virtual Roundtable Discussion
It is estimated that a majority of all laboratory medicine errors are errors that occur during the preanalytical phase of the laboratory testing cycle. Such errors have a significant impact on patient safety, staff workload, and hospital costs.
Correctly identifying patients and avoiding specimen-labeling errors are...
Point-of-care testing
Preanalytical phase
Quality assurance
Glucose
Article
January 2008
Use of local anesthesia for arterial punctures
Reprinted from AMERICAN JOURNAL OF CRITICAL CARE, November 2006, Volume 15, No 6, 595-599 Hudson TL, Dukes SF, Reilly K. Use of local anesthesia for arterial puncture.
Copyright with permission from American Journal of Critical Care
BACKGROUND
Except for intravenous therapy, arterial access is the most common...
Blood gases/acid-base
Preanalytical phase
Article
January 2008
Measurement of circulating glucose: The problem of inconsistent sample and methodology
There are few medical diagnoses that depend solely on the result of a single blood test, but diabetes mellitus, which is defined by concentration of circulating glucose, is one that does.
Quite apart from its long established role in diagnosis as well as life-long monitoring of diabetes, measurement of circulating...
Glucose
Hemoglobins
Preanalytical phase
Article
January 2008
Point-of-care testing; systems re-engineering of healthcare provision to reduce errors, and improve outcomes
Modern analytical devices for testing biological fluids, such as blood, have now developed a sophistication that ensures the quality of the analytical result is capable of matching that achieved in the central laboratory.
Complementary developments are focused on reducing operator-related and connectivity-related...
Point-of-care testing
Information management
Process optimization
Article
September 2007
Lactate and lactic acidosis
The integrity and function of all cells depend on an adequate supply of oxygen. Severe acute illness is frequently associated with inadequate tissue perfusion and/or reduced amount of oxygen in blood (hypoxemia) leading to tissue hypoxia.
If not reversed, tissue hypoxia can rapidly progress to multiorgan failure and ...
Blood gases/acid-base
Glucose
Lactate
Kidneys/fluids
Article
September 2007
Patient safety 2007
In 2005, acutecaretesting.org interviewed Dr Michael Astion, an active spokesperson for patient safety and reduction of lab errors, on the main issues surrounding the topic. Since then, a lot has changed… or has it? In a follow-up interview with Astion, acutecaretesting.org gauges the status of patient safety year...
Point-of-care testing
Information management
Process optimization
Glucose
Article
July 2007
Ionized calcium
Homeostatic mechanisms ensure that in health the
extracellular fluid (ECF) concentration of electrolytes, including
calcium, is maintained within well-defined limits. Abnormality in
ECF calcium concentration can have profound adverse effects.
The
most common means of assessing calcium status is to measure total...
Preanalytical phase
Electrolytes
Lactate
Hemoglobins
Kidneys/fluids
Article
June 2007
Want to improve patient safety?
In most hospitals, the amount of nursing time spent on actual patient care is only 33 %, while problem solving consumes 40 % of their time. That’s the bad news. The good news is that inverting this ratio may be easier than you think.
According to Dr John Kenagy and David Sundahl of the US-based Kenagy & Associates,...
Point-of-care testing
Preanalytical phase
Process optimization
Article
May 2007
How to reduce analyzer downtime and improve processes
Technology is available worldwide to help us carry out
diversified tasks and work in an easier, faster, and more efficient
way.
Furthermore, technology can help us prevent analyzer downtime
and failures that may have serious consequences for both business
and patients. This article gives an overview of some of the...
Process optimization
Quality assurance
