Apnea in the pediatric population is associated with increased morbidity and mortality in a
large number of developed as well as developing countries. It is even more prominent in …

Monitoring of respiratory mechanics is required for guiding patient-specific mechanical
ventilation settings in critical care. Many models of respiratory mechanics perform poorly in …

The use of physiological models in medicine allows the evaluation of new hypotheses,
development of diagnosis and clinical treatment applications, and development of training …

Abstract Information about respiratory mechanics such as resistance, elastance, and
muscular pressure is important to mitigate ventilator‐induced lung injury. Particularly during …

Objetivo Analizar la relación y concordancia entre el esfuerzo respiratorio calculado con las
señales del respirador (Pmus) y el medido con presión esofágica (Pes), en ventilación …

Introducción. Por lo general, la mecánica ventilatoria se ha estimado en modo controlado
con el uso de aproximaciones no adecuadas para ventilación espontánea. Objetivo. Medir …

The synchrony of patient‐ventilator interaction affects the process of mechanical ventilation
which is clinically applied for respiratory support. The occurrence of patient‐ventilator …

Work of breathing (WOB) offers information that may be relevant to determine the patient's
status under spontaneous mechanical ventilation in Intensive Care Unit (ICU). Nowadays …

Real-time noninvasive estimation of respiratory mechanics in spontaneously breathing
patients is still an open problem in the field of critical care. Even assuming that the system is …

Objective Study the relationship and concordance between calculated respiratory effort
using the signals of the ventilator (Pmus) and that measured in esophageal pressure (Pes) …