Techniques for Measuring Frequency-dependent Behavior of the Lung |
Contents
Methods and Equipment | 29 |
effect | 42 |
Frequency dependent bahavior | 77 |
5 other sections not shown
Common terms and phrases
airway constriction analog Appl calculated cause Cdyn central airway circuit compared compute conclude considered consisting constants contribution Cstat decrease dependence of Cdyn dependence of compliance dependence of resistance dependence of Rrs described detecting determine developed different gases differential disease dogs dose dynamic compliance effect electrical equation esophageal balloon et al evaluate experiments exposure fact FEV1 Figure flow rate frequency dependence frequency-dependent behavior function gas density grain dust Hence higher histamine infusion human immediate increase introduced located lung major maximum mean measured mechanical mouth normal observe obtained occur output peripheral airways Physiol postexposure predicted pressure pulmonary resistance range reported resis respect responders RL spon sensitivity showed shown significant significantly small airway spontaneous breathing studies subjects suggested Table tance technique transfer ratio tubing values volume whereas