Respiratory Psychophysiology

Introduction: forebrain control of breathing behaviour, C.von Euler. Part 1 Forebrain mechanisms in the control of breathing: the "think test" - a mental stress test for unmasking hyperventilation in cardiovascular disorders, P.G.F.Nixon and L.J.Freeman; do the changes in respiratory pattern and ventilation seen with different behavioural situations reflect metabolic demands?, S.A.Shea et al; alterations of inspiratory and expiratory control during silent and spoken speech, J.M.Patrick and M.J.Hale; respiratory sensations and the voluntary control of breathing, N.S.Cheriack et al; respiratory patterning in prolonged voluntary hyperventilation in man, W.N.Gardner et al; psychophysiology of asthmatic patients at night, C.M.Shapiro and N.J.Douglas. Part 2 Respiratory psychophysics: respiratory psychophysics - a methodological overview, M.Katz-Salamon; respiratory sensations during exercise, hypercapnia and voluntary hyperventilation, M.D.Altose et al; panic disorder and perception of added loads to breathing, N.Biddle et al; comparison of ventilatory strategies during automatic and voluntary breathing, J.Gallego and J.-F.Camus; multivariate support for three distinct approaches to the assessment of respiratory sensation in patients with obstructive lung disease, A.Harver et al; strategies to reduce the effort of breathing - electromyographic and inspirometry biofeedback, E.Peper. Part 3 Dyspnea and hyperventilation: breathlessness and respiratory esophageal pressure, O.Nisell and G.Hedenstierna; diagnostic criteria for the hyperventilation syndrome, H.Folgering; chronic hyperventilation and panic attacks during sleep, R.Ley. Part 4 Bronchopulmonary and chest wall mechanisms in respiratory sensations: upper and lower airways' recepetors in respiratory load perception, G.Sant'Ambrogio; proprioceptive chest wall afferents and the effects of respiratory sensation, I.Homma et al; adenosine stimulated respiration and pain in man - examples of adenosine receptor modulated afferent information, B.Jonzon et al; mechanisms of respiratory augmentation by adenosine - role of vagal pulmonary afferents, M.Runold et al; what is a "normal CO2?", D.Pilsbury and G.Hibbert.