Sentence examples for physiological waveforms from inspiring English sources

Training includes both didactic lectures in basic respiratory physiology (needed to interpret the physiological waveforms) and hands-on experience.

A pulsatile time-dependent blood flow model is considered by applying the first harmonic of the physiological waveforms of velocity and pressure during the heart beating period.

For this purpose, a pulsatile time-dependent blood flow model is here considered by applying physiological waveforms of velocity and pressure during the heart beating period.

The goal of this work is to build a compact and affordable system that can relatively easily be programmed to generate physiological waveforms.

A novel, dual mode telemetric logging system to monitor, transmit and record physiological waveforms (electrocardiogram ECG, electroencephalogram EEG and respiratory signals) in unrestrained animals was designed, constructed and tested.

The system will commence logging several minutes of physiological waveforms when triggered by a command; it will continue logging regardless of the continued existence of a radio link and will subsequently download those data to a personal computer.

The physiological waveform used in this study was based on the work of Matsuo and co-workers [38], who measured the waveform in healthy patients using a Doppler flow meter catheter.

The system operating in telemetry mode allows bursts of physiological waveform data to be acquired and displayed on demand and allows parameters such as the gain of the signal conditioning amplifiers to be adjusted remotely.

Fig. 3 (Top) The physiological waveform used in this study was based on the work of Matsuo and co-workers [38], measured by means of a bidirectional Doppler flow meter catheter.

Another study shows the use of physiological waveform data along with clinical data from the MIMIC II database for finding similarities among patients within the selected cohorts [ 118].

Currently healthcare systems use numerous disparate and continuous monitoring devices that utilize singular physiological waveform data or discretized vital information to provide alert mechanisms in case of overt events.