Results 251 to 260 of about 1,059,591 (308)
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Biomedical Instrumentation & Technology, 2007
Arterial blood gas analysis is an important clinical assessment in the treatment of patients with congestive obstructive pulmonary disorders and other pulmonary/metabolic diseases or undergoing long-term oxygen treatment or ventilation therapy. These critical measurements depend on the precise methods of obtaining, handling, processing, and analyzing ...
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Arterial blood gas analysis is an important clinical assessment in the treatment of patients with congestive obstructive pulmonary disorders and other pulmonary/metabolic diseases or undergoing long-term oxygen treatment or ventilation therapy. These critical measurements depend on the precise methods of obtaining, handling, processing, and analyzing ...
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Noninvasive Blood Gas Monitoring
Critical Care Nursing Quarterly, 2000In the clinical setting, noninvasive blood gas monitoring has become the standard of care over arterial punctures. Technology has provided ways to measure both arterial oxygen (PaO2) and arterial Carbon Dioxide (PaCO2). With the availability of noninvasive blood gas monitoring, patient care and comfort is improving, and cost savings are being ...
J, Capovilla +2 more
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Veterinary Clinics of North America: Small Animal Practice, 2002
Evaluation of both arterial and central venous blood can be valuable in monitoring the critically ill veterinary patient. The traditional approach, which concentrates on arterial blood analysis only, may miss important aspects of oxygen delivery to tissues, especially in patients with poor perfusion.
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Evaluation of both arterial and central venous blood can be valuable in monitoring the critically ill veterinary patient. The traditional approach, which concentrates on arterial blood analysis only, may miss important aspects of oxygen delivery to tissues, especially in patients with poor perfusion.
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Critical Care Clinics, 1988
A clinically relevant presentation of interpretation of arterial blood gas measurements in the critically ill patient is presented. Oxygenation deficits are discussed in relation to differentiation of pulmonary, cardiovascular, and metabolic causes.
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A clinically relevant presentation of interpretation of arterial blood gas measurements in the critically ill patient is presented. Oxygenation deficits are discussed in relation to differentiation of pulmonary, cardiovascular, and metabolic causes.
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Obstetrics and Gynecology Clinics of North America, 1999
The use of fetal blood sampling has been advocated widely to improve the specificity of fetal heart rate monitoring, but it remains a clinically unpopular procedure. This article considers its physiologic rationale and evidence base. It includes descriptions of the technique with suggestions for improved clinical interpretation and discusses the ...
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The use of fetal blood sampling has been advocated widely to improve the specificity of fetal heart rate monitoring, but it remains a clinically unpopular procedure. This article considers its physiologic rationale and evidence base. It includes descriptions of the technique with suggestions for improved clinical interpretation and discusses the ...
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Nursing Standard, 2004
With increasing use of arterial blood gas analysis in various ward and other hospital settings to aid medical diagnosis and management, nurses who can interpret results are often able to initiate earlier interventions and understand the reasons for medical interventions. This article enables nurses to interpret such results.
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With increasing use of arterial blood gas analysis in various ward and other hospital settings to aid medical diagnosis and management, nurses who can interpret results are often able to initiate earlier interventions and understand the reasons for medical interventions. This article enables nurses to interpret such results.
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Abstract This chapter discusses the analysis and utilization of the information acquired with a blood gas. A focus is placed on ABG interpretation, allowing for an improvement in the anesthesiologist’s assessment. In turn, it also identifies some of the more common systemic effects associated with abnormalities in both oxygen and carbon ...
Nigel Knox, Michael Chang
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Nigel Knox, Michael Chang
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Modeling Blood Gas Equilibria of Human Blood
1994Although not always recognized as such, mathematical models of blood gas and acid-base equilibria are widely used, mostly in blood gas apparatus, to calculate the values of quantities that are not measured, such as base excess, standard base excess, oxygen saturation or 2,3-DPG concentration [1, 2].
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2007
Biochemical reactions of intermediary metabolism that respond for energy production occur within a narrow margin of temperature and acidity of the internal milieu. For this reason, temperature and pH of blood and tissues are kept constant. Normal pH of blood varies from 7.35 to 7.45.
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Biochemical reactions of intermediary metabolism that respond for energy production occur within a narrow margin of temperature and acidity of the internal milieu. For this reason, temperature and pH of blood and tissues are kept constant. Normal pH of blood varies from 7.35 to 7.45.
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Der Anaesthesist, 1997
Blood gas analysis provides valuable information about both the extracellular acid-base status and gas exchange. A blood gas analyzer measures pH, partial pressure of oxygen(pO(2)), partial pressure of carbon dioxide (pCO(2)), O(2) saturation, and hemoglobin concentration.
W, Boemke, M O, Krebs, R, Rossaint
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Blood gas analysis provides valuable information about both the extracellular acid-base status and gas exchange. A blood gas analyzer measures pH, partial pressure of oxygen(pO(2)), partial pressure of carbon dioxide (pCO(2)), O(2) saturation, and hemoglobin concentration.
W, Boemke, M O, Krebs, R, Rossaint
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