A multi-dimensional analysis of three chemical quantities in the blood

Gelsema, E. S.; Leijnse, B.; Wulkan, R. W.

doi:10.3109/14639239109025294

Cited by 3 publications

(3 citation statements)

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“…This section deals with systems that have a direct impact on patient care. The first four articles (by Lerou et al [18], Gelsema et al [19], Popp et al [20], and Dawes et al [21]) are all related in one way or the other to computer-supported intensive care monitoring. A subsequent article, by Kudenchuck et al [22], reports on the usefulness of computerized ECG interpretation for thrombolytic therapy, possibly preceding CCU monitoring.…”

Section: Clinical Support Systemsmentioning

confidence: 99%

“…A study which has direct impact on the interpretation of biochemical data for the monitoring of patients in intensive care units is reported by Gelsema et al [19]. The main message of the article is that all major chemical parameters, such as pH, pC0 2 , and base excess, should be used in a coherent, three-dimensional manner to predict the acid-base metabolism of severely ill patients.…”

Section: Clinical Support Systemsmentioning

confidence: 99%

“…The article by Safran [26] has a general message for a host of research projects: whether it is possible to use the large quantities of medical data stored in hospital and departmental computers as a mine for data analysis, "a largely untapped resource for research ". In a way, this issue was also addressed in the articles of Gelsema et al [19] and Van der Lei et al [2]. The system developed by Safran is called ClinQuery and supports the interactive retrieval of routinely collected data.…”

Section: Biomedical Researchmentioning

confidence: 99%

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Advances in an Interdisciplinary Science

Bemmel¹,

McCray²

1992

Methods Inf Med

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The 1992 IMIA Yearbook of Medical Informatics reflects the worldwide research and development in medicine and health care where computers play an essential role. Most of today' s hospitals and practices are equipped with computers for the support of patient care, administration, and data communication. The development of such systems is based on extensive experience, obtained only after several generations of people and systems. A substantial part of the development of these systems can still be considered an art; the science required for such developmentis continuously expanding in size and importance.

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Section: Clinical Support Systemsmentioning

confidence: 99%

Section: Clinical Support Systemsmentioning

confidence: 99%

Section: Biomedical Researchmentioning

confidence: 99%

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Advances in an Interdisciplinary Science

Bemmel¹,

McCray²

1992

Methods Inf Med

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A new representation of acid-base disturbances

Hekking

Gelsema

Lindemans

1994

International Journal of Bio-Medical Computing

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The acid-base status of intensive care patients is monitored on the basis of three quantities. The graphical representation which may be of help for the monitoring task is therefore cumbersome. The classical Siggaard-Andersen acid-base chart is such a representation, but it is only suited for evaluating one acid-base status at a time and not for representing acid-base paths. A new representation, obtained after a principal components transformation is presented. It is shown that the representation is characteristic for the laboratory instrument used. Its most attractive feature is that it is distortionless with respect to the three-dimensional configuration.

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