AbstractPatients using domiciliary nasal ventilation, or long-term oxygen, require regular assessment which could be carried out in the home. Blood gas analysis may be regarded as an essential part of the assessment. The present study investigated the effect of a 1-h time delay on the measurement of capillary blood gases. Four samples of arterialized earlobe blood were collected from 15 outpatients. One sample was analysed immediately, the other three were stored on crushed ice and analysed at intervals of 30, 45, and 60 min post-collection. In order to examine any range effect, a wide range of PaO2 values were examined.The delay, at all levels, resulted in minor changes in the measurement of PaO2, which would be unlikely to alter clinical ...
The rise times and decay times of the currently available, continuous blood gas and pH monitors' sen...
PubMed ID: 22099471The aim of this study, which included 40 patients, was to compare the values puls...
In a surfactant-depletion model of lung injury, tidal recruitment of atelectasis and changes in shun...
AbstractMonitoring of blood gas measurements is an important part of the assessment of patients with...
Background: Good quality of arterial and capillary blood gas analysis is important to give patients ...
Aim. To evaluate the influence of time on arterial blood gas values after artery puncture is perform...
Background: In between calibrations, quality controls and so on reduce the availability of blood gas...
The measurement of concentration of blood gases (in particular O2) is of extreme interest for the ev...
30 min in patients with COPD exacerbation (p = 0.0042) and 90 min in controls (p ! 0.0001). A clinic...
AbstractResearchers are increasingly looking for reliable non-invasive methods of assessing blood ga...
UNTIL recent years methods of blood gas measure-ment have been difficult and they were therefore not...
Abstract Background Central venous oxygen saturation (ScvO2), venous-arterial blood carbon dioxide p...
Arterialized ear lobe blood samples have been described as adequate to gauge gas exchange in acute a...
AbstractThe prescription of long-term oxygen (LTOT) is underpinned by the measurement of arterial P ...
Background: The storage temperature and time of blood gas samples collected in syringes constitute p...
The rise times and decay times of the currently available, continuous blood gas and pH monitors' sen...
PubMed ID: 22099471The aim of this study, which included 40 patients, was to compare the values puls...
In a surfactant-depletion model of lung injury, tidal recruitment of atelectasis and changes in shun...
AbstractMonitoring of blood gas measurements is an important part of the assessment of patients with...
Background: Good quality of arterial and capillary blood gas analysis is important to give patients ...
Aim. To evaluate the influence of time on arterial blood gas values after artery puncture is perform...
Background: In between calibrations, quality controls and so on reduce the availability of blood gas...
The measurement of concentration of blood gases (in particular O2) is of extreme interest for the ev...
30 min in patients with COPD exacerbation (p = 0.0042) and 90 min in controls (p ! 0.0001). A clinic...
AbstractResearchers are increasingly looking for reliable non-invasive methods of assessing blood ga...
UNTIL recent years methods of blood gas measure-ment have been difficult and they were therefore not...
Abstract Background Central venous oxygen saturation (ScvO2), venous-arterial blood carbon dioxide p...
Arterialized ear lobe blood samples have been described as adequate to gauge gas exchange in acute a...
AbstractThe prescription of long-term oxygen (LTOT) is underpinned by the measurement of arterial P ...
Background: The storage temperature and time of blood gas samples collected in syringes constitute p...
The rise times and decay times of the currently available, continuous blood gas and pH monitors' sen...
PubMed ID: 22099471The aim of this study, which included 40 patients, was to compare the values puls...
In a surfactant-depletion model of lung injury, tidal recruitment of atelectasis and changes in shun...