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Articles by Tom R. Silbaugh
Showing articles by "Tom R. Silbaugh"
Article
July 2010
Lean as a learning system in a hospital ward
PURPOSE – The purpose of this article is to discuss lean as a learning system in a hospital ward.
DESIGN/METHODOLOGY/APPROACH – Discusses lean as a learning system in a hospital ward.
FINDINGS – The Toyota veterans are fond of saying, lean is about “making people before making parts” or, in the wards’ context,...
Process optimization
Information management
Article
July 2010
The significance of base excess (BEB) and base excess in the extra cellular fluid compartment (BEEcf)
BACKGROUND: Besides actual pH, base excess (ctH+B (mmol/L)) is of major importance since it is meant to reflect lactate acidosis due to fetal hypoxia; in vivo BEB is not independent from pCO2.
Independence is achieved by using the extended extracellular fluid (Ecf) for dilution of hemoglobin (cHbB), reducing cHbB to ...
Blood gases/acid-base
Neonatology
Point-of-care testing
Lactate
Hemoglobins
Article
July 2010
FAQ concerning the acid-base status of the blood
Some of the frequently asked questions are: Should we use BE (base excess) or SID (strong ion difference) as a measure of a metabolic acid-base disturbance? Is there any difference between BB (buffer base) and SID? Should we use SBE (standard base excess), i.e. BE referring to the expanded extracellular fluid or...
Blood gases/acid-base
Point-of-care testing
Glucose
Lactate
Creatinine/urea
Hemoglobins
Article
July 2010
Diagnosis of DVT with D-dimer testing and the Wells score
The following is a copy of an article from Evidence-Based Practice, 2007; 10(12):1-2.
Venous thromboembolism refers to a spectrum of disease that includes both pulmonary embolus and deep-venous thrombosis (DVT).
More than 250,000 people in the United States are diagnosed annually with venous thromboembolic disease;...
Coagulation/fibrinolysis
D-dimer
Article
April 2010
Benefit of using a D-dimer assay with a high clinical specificity
CONTEXT: Sensitive D-dimer assays have been developed to exclude the diagnosis of deep vein thrombosis (DVT) and have exhibited great success when used in conjunction with a diagnostic algorithm, including pretest probability scoring and a compression ultrasound (CUS).
Improving specificity of D-dimer assays would...
Coagulation/fibrinolysis
D-dimer
Article
April 2010
Creatinine measurement in the radiology department 1
Clinical laboratory measurement of serum/plasma creatinine concentration has been used to assess patient kidney function for well over 50 years. With incorporation of creatinine analyses to blood gas and other point-of-care platforms the test is now available outside the laboratory, at the bedside and in the clinic.
...
Point-of-care testing
Creatinine/urea
Kidneys/fluids
Article
April 2010
Hyperglycemic control in the ICU
Tight glycemic control (TGC) in the intensive care unit is essential to comprehensive clinical management.
However, TGC that is too aggressive in the wrong patient populations (particularly non-diabetics) can result in hypoglycemia, which brings with it a set of sequelae that can increase morbidity and mortality....
Glucose
Point-of-care testing
Article
January 2010
Interpretation of laboratory results
Clinical laboratory test results are a very important parameter in diagnosis, monitoring and screening. 70-80 % of decisions in diagnosis are based on laboratory results and more and more laboratory analyses are requested. Thus a lot of data are provided and it is therefore imperative for patient care (and safety)...
Information management
Glucose
Creatinine/urea
D-dimer
CRP
Article
January 2010
Verification of methods and instruments
Analytical methods are often developed at one site and
transferred to other sites for routine use. Increasingly, the
method development is made by manufacturers of instruments and
reagents. Regulatory agencies have ruled that the
responsibility for the performance of IVDs in the laboratories
mainly should lie with...
Quality assurance
Creatinine/urea
Article
January 2010
Blood oxygenation and spurious hypoxemia
One of the principal utilities of arterial blood gas
(ABG) analysis is to help assess blood oxygenation status. The two
ABG parameters used for this assessment are
pO2(a) (partial pressure of oxygen in arterial
blood) and sO2(a) (% of total hemoglobin that is
saturated with oxygen).
In health pO2(a) is
maintained...
Blood gases/acid-base
Point-of-care testing
Glucose
Hemoglobins
