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Distribution of Oxygen Partial Pressures in Native Capillary Fingertip Blood Samples From a Large Diabetes Patient Population.

Steven SetfordStuart PhillipsHilary CameronMike Grady
Published in: Journal of diabetes science and technology (2022)
A data set comprising 28 533 oxygen partial pressure (pO 2 ) values gathered from nonarterialized fingertip capillary blood samples of a large diabetes population is reported. Data were gathered routinely as part of the ongoing clinical surveillance activities of a blood glucose monitoring (BGM) system manufacturer. Overall, a mean pO 2 level of 75.3 mm Hg was recorded, with a standard deviation (SD) of 10.6 mm Hg and a range of 27.7 to 151.5 mm Hg. This data set, unique in terms of size, gathered more than 14 years at four separate clinical sites, provides a robust and comprehensive representation of an unmanipulated pO 2 fingertip capillary sample distribution, which should be of interest for physiological reasons, but also from a medical device development perspective, in which the effect of pO 2 on device performance may be an important design consideration.
Keyphrases
  • electronic health record
  • type diabetes
  • cardiovascular disease
  • big data
  • fluorescent probe
  • healthcare
  • visible light
  • public health
  • glycemic control
  • living cells
  • machine learning
  • insulin resistance
  • neural network