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E J Farrell

Showing results (1-10 of 15) with videos related to

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Ultrasonic Imaging|April 1, 1981
Tomographic imaging of attenuation with simulation correction for refractionE J Farrell
Respiration Physiology|May 1, 1976
Estimation of blood gas contents from expired air under normal and pathologic conditionsE J Farrell, J H Siegel
Computers and Biomedical Research, an International Journal|April 1, 1973
Investigation of cardiorespiratory abnormalities through computer simulationE J Farrell, J H Siegel
Pediatric Neurology|May 1, 1989
Comparison of the prognostic utility of VEPs and SEPs in comatose childrenM J Taylor, E J Farrell
Computers in Biology and Medicine|January 1, 1981
Cardiorespiratory simulation for the evaluation of recovery following coronary artery bypass surgeryE J Farrell, J H Siegel
Critical Reviews in Biomedical Engineering|January 1, 1989
Three-dimensional data visualization and biomedical applicationsE J Farrell, R A Zappulla
Surgery|June 1, 1973
A computer simulation model to study the clinical observability of ventilation and perfusion abnormalities in human shock statesJ H Siegel, E J Farrell
The Journal of Surgical Research|October 1, 1972
Quantifying the need for cardiac support in human shock by a functional model of cardiopulmonary vascular dynamics: with special reference to myocardial infarctionJ H Siegel, E J Farrell, I Lewin
The Journal of Trauma|November 1, 1978
A new noninvasive method for the simultaneous determination of cardiac output, VA/QC disparity, and the magnitude of peripheral perfusion, suitable for use in the critically ill patientF H Geisler, E J Farrell, J H Siegel
Surgery|July 1, 1972
The surgical implications of physiologic patterns in myocardial infarction shockJ H Siegel, E J Farrell, R M Goldwyn, et al.
Pageof 2

Showing results (1-10 of 15) with videos related to

Sort By:
Pageof 2
Ultrasonic Imaging|April 1, 1981
Tomographic imaging of attenuation with simulation correction for refractionE J Farrell
Respiration Physiology|May 1, 1976
Estimation of blood gas contents from expired air under normal and pathologic conditionsE J Farrell, J H Siegel
Computers and Biomedical Research, an International Journal|April 1, 1973
Investigation of cardiorespiratory abnormalities through computer simulationE J Farrell, J H Siegel
Pediatric Neurology|May 1, 1989
Comparison of the prognostic utility of VEPs and SEPs in comatose childrenM J Taylor, E J Farrell
Computers in Biology and Medicine|January 1, 1981
Cardiorespiratory simulation for the evaluation of recovery following coronary artery bypass surgeryE J Farrell, J H Siegel
Critical Reviews in Biomedical Engineering|January 1, 1989
Three-dimensional data visualization and biomedical applicationsE J Farrell, R A Zappulla
Surgery|June 1, 1973
A computer simulation model to study the clinical observability of ventilation and perfusion abnormalities in human shock statesJ H Siegel, E J Farrell
The Journal of Surgical Research|October 1, 1972
Quantifying the need for cardiac support in human shock by a functional model of cardiopulmonary vascular dynamics: with special reference to myocardial infarctionJ H Siegel, E J Farrell, I Lewin
The Journal of Trauma|November 1, 1978
A new noninvasive method for the simultaneous determination of cardiac output, VA/QC disparity, and the magnitude of peripheral perfusion, suitable for use in the critically ill patientF H Geisler, E J Farrell, J H Siegel
Surgery|July 1, 1972
The surgical implications of physiologic patterns in myocardial infarction shockJ H Siegel, E J Farrell, R M Goldwyn, et al.
Pageof 2