Keyphrases
Primates
100%
Inhalation Injury
100%
Pulmonary Injury
100%
High-frequency Ventilation
100%
Flow Interruption
100%
Frequency Flow
100%
Ventilation Mode
50%
Physiologic
25%
Prophylactic Use
25%
Smoke Injury
12%
Pathological Changes
12%
Baboon
12%
Primate Model
12%
Ventilation
12%
Hemodynamic Parameters
12%
Biochemical Data
12%
FiO2
12%
Ventilatory Support
12%
Partial Pressure of CO2 (pCO2)
12%
Barotrauma
12%
Mechanical Ventilatory Support
12%
Parenchymal Damage
12%
Physiological Data
12%
INIS
injuries
100%
damage
100%
primates
100%
inhalation
100%
ventilation
100%
comparative evaluations
66%
patients
33%
animals
33%
data
33%
mortality
33%
adults
16%
reduction
16%
smokes
16%
volume
16%
baboons
16%
Medicine and Dentistry
Injury
100%
Inhalation
100%
Lung Injury
100%
High-Frequency Ventilation
100%
Mortality
40%
Hemodynamic
20%
Patient
20%
Inpatient
20%
Adult
20%
Smoke
20%
Analysis of Variance
20%
Barotrauma
20%