JAMA · 1966 · 43 citations · 22 references
EngineeringHealth InformaticsPhysiologyBiomedical Signal ProcessingCritical Care MedicineSensorsBiomedical InstrumentationCardiovascular MonitoringMedical InstrumentationPressure SensorsVital SignsVital Signs RecordingAutomated Vital Signs MonitoringBlood PressureBlood Pressure EstimationBlood Pressure MeasurementBlood Pressure MonitoringPatient Monitoring SystemsVital Sign Analysis
Automated techniques, now bolstered by the availability of a computer, have become increasingly important in recent years as medicine seeks to fulfill the need for ever more comprehensive and technically complex services. Detailed analysis of physiological data by manual methods is inefficient, both for clinical research and for practical use at the bedside. A combination of sensors, with analysis of their output by an on-line computer, offers a means of achieving a comprehensive inventory of patient condition for immediate use by the physician and the clinical investigator. Automated measurement and collection of biological data in a clinical setting has been used in a number of areas.<sup>1,2</sup>Automated analog devices have been developed for measuring blood pressure by the use of indirect auscultatory techniques.<sup>3-6</sup>These devices are not entirely satisfactory for patients in shock, however, since the indirectly obtained blood pressure loses accuracy under conditions of markedly reduced blood
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Excess Lactate: An Index of Reversibility of Shock in Human Patients
George Broder, Max Harry Weil · Science · 1964 · 525 citations
Medicine, Physiology, Hemostasis +14
Shock Caused by Gram-negative Microorganisms
Max Harry Weil · Annals of Internal Medicine · 1964 · 176 citations
Fluid Repletion in Circulatory Shock
Max Harry Weil · JAMA · 1965 · 129 citations
Acute Pharmacodynamic Effects of Glucocorticoids
Mohinder P. Sambhi, Max Harry Weil, Vasant N. Udhoji · Circulation · 1965 · 125 citations · Full text