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Respiratory Control

A Modeling Perspective

  • Book
  • © 1989

Overview

Editors:
  1. George D. Swanson

    1. University of Colorado Health Science Center, Denver, USA
      California State University, Chico, Chico, USA

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  2. Fred S. Grodins

    1. Late of University of Southern California, Los Angeles, USA

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  3. Richard L. Hughson

    1. University of Waterloo, Waterloo, Canada

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Table of contents (49 chapters)

  1. Front Matter

    Pages i-xv
    Download chapter PDF

  2. Introductory Address: Oxford and Yale Physiologists in Colorado in 1911

    1. Introductory Address: Oxford and Yale Physiologists in Colorado in 1911

      • Daniel J. C. Cunningham
      Pages 1-9

  3. Respiratory Control and Gas Exchange Kinetics During Exercise

    1. Does Arterial Plasma Potassium Contribute to Exercise Hyperpnoea?

      • David J. Paterson, Peter A. Robbins, James Conway, Piers C. G. Nye
      Pages 11-20

    2. Regulation of Alveolar Ventilation and Arterial Blood Gases During Exercise

      • H. V. Forster, L. G. Pan
      Pages 21-32

    3. Evidence for Possible ‘Cardiogenic’ Respiratory Drives in Exercising Man

      • Paul W. Jones, Julie M. Wakefield
      Pages 33-42

    4. The Validity of the Cardiodynamic Hypothesis for Exercise Hyperpnea in Man

      • Y. Miyamoto, K. Niizeki, T. Sugawara, Y. Nakazono, K. Kawahara, M. Mussell
      Pages 43-52

    5. Neurogenic and Cardiodynamic Drives in the Early Phase of Exercise Hyperpnea in Man

      • Tsuguo Morikawa, Yoshikazu Sakakibara, Yoshiyuki Honda
      Pages 53-62

    6. The Effect of Exercise on the Central and Peripheral Chemoreceptor Thresholds to Carbon Dioxide in Man

      • James Duffin
      Pages 63-70

    7. Modelling the Ventilatory Response to Pulses of Inhaled Carbon Dioxide in Exercise

      • K. B. Saunders, C. P. Patil, M. S. Jacobi
      Pages 71-80

    8. Control of Ventilation During Heavy Exercise in Man

      • Richard Jeyaranjan, Robert Goode, James Duffin
      Pages 81-90

    9. Estimating Arterial PCO2 from Flow-Weighted and Time-Average Alveolar PCO2 During Exercise

      • Brian. J. Whipp, Norman Lamarra, Susan A. Ward, James A. Davis, Karlman Wasserman
      Pages 91-99

    10. The Effect of Exercise Intensity on the Linearity of Ventilatory and Gas Exchange Responses to Exercise

      • Yoshiharu Yamamoto, Kouichi Mokushi, Shinichi Tamura, Yoshiteru Mutoh, Mitsumasa Miyashita
      Pages 101-109

    11. Interrelation of Respiratory Responses to \( \dot V \)co2, Pedal Rate and Loading Force During Cycle Exercise

      • Nariko Takano
      Pages 111-119

    12. On Smoothing Gas Exchange Data and Estimation of the Ventilatory Threshold

      • Duane L. Sherrill, George D. Swanson
      Pages 121-130

    13. Kinetics of Oxygen Uptake Studied with Two Different Pseudorandom Binary Sequences

      • R. L. Hughson, D. A. Winter, A. E. Patla, J. E. Cochrane, L. A. Cuervo, G. D. Swanson
      Pages 131-135

    14. Gas-Exchange Inferences for the Proportionality of the Cardiopulmonary Responses During Phase 1 of Exercise

      • Susan A. Ward, Norman Lamarra, Brian J. Whipp
      Pages 137-146

    15. On Modelling Alveolar Oxygen Uptake Kinetics

      • J. E. Cochrane, R. L. Hughson, P. C. Murphy
      Pages 147-153

    16. A General-Purpose Model for Investigating Dynamic Cardiopulmonary Responses During Exercise

      • Norman Lamarra, Susan A. Ward, Brian J. Whipp
      Pages 155-164

    17. Lactate Balance During Low Levels of Exercise

      • J. W. Reed, L. Parker
      Pages 165-170

    18. Oxygen Kinetics in the Elderly

      • Donald H. Paterson, David A. Cunningham, Mark A. Babcock
      Pages 171-178
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Keywords

About this book

The fourth Oxford Conference entitled "Control of Breathing: A Model ing Perspective" was held in September of 1988 at Grand Lake, Colorado. Grand Lake, also called Spirit Lake, was chosen for the fourth meet i ng so as to continue the meditative atmosphere of the previ ous meetings and to put the conference on a new higher plane (8,500 feet). The weather, as promised, exhibited its random-like rain showers. The snow report became essential for traveling the 12,000 foot passes to and from Grand Lake. Even the servi ces such as telephone and elect ri city proved to be uncertain. In all, the overall atmosphere of Spirit Lake contributed to an uninhibited free-style of presentation and interaction. All of us who attend the Oxford Conferences share a common interest in exploring respiratory control and the regulation of breathing. Modeling has become an adjunct to our exploration process. For us, models are tools that extend our ability to conceptualize just as instruments are tools that extend our ability to measure. And so these meetings attract physicians, physiologists, mathematicians and engineers who are modelers and modelers who are engineers, mathematicians, physiologists and physicians. Four of these physician-modelers have now passed away. They have been very important mentors for many of us. J. W. Bellville was my Ph.D. dissertation advisor at Stanford who introduced me to the intrigue of respiratory control. G. F. Filley was my colleague at the University of Colorado who enhanced my thinking about respiratory control. E. S.

Editors and Affiliations

  • University of Colorado Health Science Center, Denver, USA

    George D. Swanson

  • California State University, Chico, Chico, USA

    George D. Swanson

  • Late of University of Southern California, Los Angeles, USA

    Fred S. Grodins

  • University of Waterloo, Waterloo, Canada

    Richard L. Hughson

Bibliographic Information

  • Book Title: Respiratory Control

  • Book Subtitle: A Modeling Perspective

  • Editors: George D. Swanson, Fred S. Grodins, Richard L. Hughson

  • DOI: https://doi.org/10.1007/978-1-4613-0529-3

  • Publisher: Springer New York, NY

  • eBook Packages: Springer Book Archive

  • Copyright Information: Plenum Press, New York 1989

  • Softcover ISBN: 978-1-4612-7851-1Published: 10 November 2011

  • eBook ISBN: 978-1-4613-0529-3Published: 06 December 2012

  • Edition Number: 1

  • Number of Pages: 460

  • Topics: Animal Physiology, Biological and Medical Physics, Biophysics

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