Background The constant-phase model (CPM) is commonly fit to respiratory system input impedance (Z(rs)) to estimate lung mechanics. Driving signal frequencies and the method of model fitting may influence the results, especially in cases of severe lung disease or under severe bronchoconstriction
Respiratory system resistance (R) and elastance (E) are commonly estimated by fitting the linear equ...
The widespread use of genetically altered mouse models of experimental asthma has stimulated the dev...
Ers and Rrs were measured using a 2.5 Hz sine-wave perturbation with an amplitude of 0.18 ml. At eac...
The constant-phase model is increasingly used to fit low-frequency respiratory input impedance (Zrs)...
Mice are increasingly used as models of lung disease and are an important tool for improving our und...
Background Pulmonary function measurements are important when studying respiratory disease models...
AbstractIn animal models of influenza, systemic weight loss is the primary indicator of morbidity fr...
The study aim was to establish how recruitment maneuvers (RMs) influence lung mechanics and to deter...
The laboratory mouse has developed into the preferred model system for biomedical lung research. The...
In this thesis we explore and further develop several techniques used in the animal laboratory as we...
Mice are commonly used to model human lung diseases. However, their small size poses substantial pro...
<p>a = effect of HDM, b = combined effect of HRV and HDM. Data are mean ± standard deviation.</p
Most studies using mice to model human lung diseases are carried out in adults, although there is em...
The recently emerged swine-origin H1N1 influenza A virus (IAV) caused a pandemic outbreak in 2009 wi...
Hyperoxia-induced lung damage was investigated via airway and respiratory tissue mechanics measureme...
Respiratory system resistance (R) and elastance (E) are commonly estimated by fitting the linear equ...
The widespread use of genetically altered mouse models of experimental asthma has stimulated the dev...
Ers and Rrs were measured using a 2.5 Hz sine-wave perturbation with an amplitude of 0.18 ml. At eac...
The constant-phase model is increasingly used to fit low-frequency respiratory input impedance (Zrs)...
Mice are increasingly used as models of lung disease and are an important tool for improving our und...
Background Pulmonary function measurements are important when studying respiratory disease models...
AbstractIn animal models of influenza, systemic weight loss is the primary indicator of morbidity fr...
The study aim was to establish how recruitment maneuvers (RMs) influence lung mechanics and to deter...
The laboratory mouse has developed into the preferred model system for biomedical lung research. The...
In this thesis we explore and further develop several techniques used in the animal laboratory as we...
Mice are commonly used to model human lung diseases. However, their small size poses substantial pro...
<p>a = effect of HDM, b = combined effect of HRV and HDM. Data are mean ± standard deviation.</p
Most studies using mice to model human lung diseases are carried out in adults, although there is em...
The recently emerged swine-origin H1N1 influenza A virus (IAV) caused a pandemic outbreak in 2009 wi...
Hyperoxia-induced lung damage was investigated via airway and respiratory tissue mechanics measureme...
Respiratory system resistance (R) and elastance (E) are commonly estimated by fitting the linear equ...
The widespread use of genetically altered mouse models of experimental asthma has stimulated the dev...
Ers and Rrs were measured using a 2.5 Hz sine-wave perturbation with an amplitude of 0.18 ml. At eac...