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1 airway pressures, hypercarbia, and decreased pulmonary compliance.
2 ociated with improvement in gas exchange and pulmonary compliance.
3 ociated with improvement in gas exchange and pulmonary compliance.
4 l ventilation, along with a major decline in pulmonary compliance and deterioration in arterial blood
5                                       Static pulmonary compliance and end-expiratory lung volume were
6 superior to TAPSE alone in correlations with pulmonary compliance and exercise capacity.
7 eline with fewer comorbidities but had worse pulmonary compliance and higher partial pressure of CO2.
8 P: 1) Rasgrp1-deficient mice exhibit reduced pulmonary compliance and lung histopathology characteris
9 , pulmonary influx of lymphocytes, decreased pulmonary compliance, and decreased survival.
10 enlargement, enhanced lung volumes, enhanced pulmonary compliance, and macrophage- and neutrophil-ric
11 onic Health Evaluation II scores, PaO2/FIO2, pulmonary compliance, and time from onset of ARDS or fro
12          LCAD(-/-) mice demonstrated reduced pulmonary compliance, but histological examination of lu
13 he baseline lung resistance (RL) and dynamic pulmonary compliance (Cdyn) were not significantly diffe
14                                       Static pulmonary compliance corrected for patient weight increa
15                                       Static pulmonary compliance, corrected for weight, was also mea
16                    After 40 min reperfusion, pulmonary compliance (Cstat) was 0.07 +/- 0.01 ml/cm H(2
17                                              Pulmonary compliance is improved during total, but not d
18 tly associated with higher P/F ratio, higher pulmonary compliance, lower shunt fraction, lower alveol
19  = 71 +/- 3%) and a decrease in static total pulmonary compliance measured at 20 mL/kg inflation volu
20 ime period (p = .059), while the mean static pulmonary compliance (normalized for patient weight) inc
21 reatment significantly improved survival and pulmonary compliance of HSV-1-infected mice.
22                    No significant changes in pulmonary compliance or hemodynamic variables were noted
23 ly-resistive response) and a 15% increase of pulmonary compliance (P = 0.009).
24 uid ventilation when compared with controls (pulmonary compliance: partial liquid ventilation, 0.43 +
25                                              Pulmonary compliance was correlated weakly with lecithin
26                                    Decreased pulmonary compliance was further documented by increased
27                                              Pulmonary compliance was lower and the oxygenation index
28                 No significant difference in pulmonary compliance was observed during partial liquid
29 ntilation was associated with an increase in pulmonary compliance when compared with gas ventilation