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Clinical Research on Dyspnea
Author Bios
What is Dyspnea?
What Provokes Dyspnea?
The Nature of Dyspnea
Language of Dyspnea
Clinical Application
Research Application
Variability in Sensations
Challenges in Study
Mechanical Loads and Sense of Effort
Chemoreceptors
Currently selected section: Mechanoreceptors
Neuro-Mechanical Dissociation
Phase of Respiration and Dyspnea
Physiology of Dyspnea
Respiratory System
Cardiovascular System
Measuring Dyspnea
Scaling Issues
Qualitative Aspects
Reliability and Validity Overview
Reliability and Validity
Sensitivity and Specificity
Scales
Sensation vs. Perception vs. Symptom
Treating Dyspnea
Why Measure?
Cluster Analysis
Statistical vs. Clinical Significance
Standard Error of Measurement
Measuring Fatigue
Measuring Depression
Measuring Anxiety and Hyperventilation
Measuring Quality of Life
Conclusion

 

Chapter 23: Dyspnea: Physiology of Dyspnea: Mechanoreceptors
        

Now consider what would happen if you took a patient with acute bronchoconstriction and dyspnea and placed him on a mechanical ventilator with positive pressure ventilation.

Question 11.2

Would the sensation of chest tightness be reduced by positive pressure ventilation?

Selection: Yes          Selection: No    


Many patients with asthma and COPD complain of a sense of "an unsatisfied breath" or difficulty getting a deep breath (Lougheed et al., 1993; O'Donnell et al., 1997).

Question 11.3

From whence does the sensation of an unsatisfied breath likely arise?

Selection ALungs
Selection B Chest wall
Selection CChemoreceptors
Selection DUpper airway

 

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