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Original Article

Pulmonary and tissue gaseous nitrogen elimination resulting from 1. Hyperventilation breathing air, 2. Breathing oxygen normally

Pages 152-161 | Received 05 Jan 1952, Published online: 08 Jul 2009

References

  • Bateman J. B., Boothby W. M. 'Tracheal' versus 'Alveolar' Air: A review of the methods of selecting' certain physiological data bearing on the design of oxygen supply systems for aviation. Dec, 1943, CMR-OSRD Report No. 222
  • Bateman J. B., Boothby W. M. Alveolar respiratory quotients with a discussion of the assumptions involved. June, 1944, CMR-OSRD Report No. 341
  • Boothby W. M., Lundin G., Helmholz H. F. A gaseous nitrogen elimination test to determine pulmonary efficiency. Proc. Soc. Exper. Biol. & Med 1948; 67: 558
  • Boothby W. M., Lovelace W. R., II, Benson O. O., Jr. High altitude and its effect on the human body, I & II. Aeronaut. Sci 1939–40; 7: 524, 461
  • Boothby W. M., Lovelace W. R., II, Benson O. O., Jr. Alveolar air data with nitrogen plotted as (Alv.pN2—Insp.pN2) on ascent to over 15,000 feet, included in reports to Wright-Field and Air Surgeon's Office. 1940–41
  • Boothby W. M. Comparison between low altitudes breathing air and high altitudes breathing oxygen: 3 charts No. I-6d-b (with Helmholz and Bateman); No. I-6d-c; and (with Bateman) I-64-e. June, 1944, CMR-OSRD Progress Report No. 10.
  • Boothby W. M. Alveolar oxygen and carbon dioxide pressures while breathing air at altitude: Chart A-l. Handbook of Respiratory Data in Aviation, Subcommittee on Oxygen an Anoxia. 1944, NRC, CAM, CMR-OSRD
  • Boothby W. M., Rushmer R. F., Wilson J. W. Graphic representation of data on four subjects: Ventilation rate, Respiration rate, Alveolar and Expired Air RQ, Alveolar pO2, pCO2, and CO2 deficit. Mayo Aero Medical Unit, Studies in Aviation Medicine, Volume VI of Final Report: Group V. 1940–45
  • Boothby W. M. Absence of Apnoea after Forced Breathing. J. Physiol 1913; Vol. 45: 328–337
  • Boothby W. M., Lundin G. Gaseous nitrogen elimination when breathing air or oxygen, with demonstration of nitrogen meter. Transaction of the International Colloquium on Rheological Problems in Biology., LundSweden 1950
  • Boothby W. M., Lundin G. Demonstration of nitrogen meter. Meeting of the Swedish Committee on Naval and Aviation Medicine at Laboratory for Aviation Medicine. Lund University, LundSweden 1950
  • Boothby W. M., Lundin G. Rate of gaseous nitrogen elimination breathing oxygen. Proc. Phys. Soc. J. Physiol May, 1950; 20, Vol. 112
  • Boothby W. M., Luft U. C., Benson O. O. Gaseous nitrogen elimination: Experiments at rest and at work, with comments on dysbarism, Project Number 21–53-003 Report No. 1, Air University School of Aviation Medicine. August, 1951; 33, 20 illustrations
  • Brink F., Jr. Calculations relating to composition of respiratory gases: Essay, Handbok of Respiratory Data in Aviation, Subcommittee on Oxygen and Anoxia. 1944, CAM, CMR-OSRD
  • Campbell J. M. H., Douglas C. S., Haldane J. S., Hobson F. S. The response of the respiratory centre to carbonic acid, Oxygen, and hydrogen ion concentration. J. Pysiol 1913; 46: 301
  • Fenn W. O., Rahn H., Otis A. B. A theoretical studv of the composition of alveolar air at altitude. Am. J. Physiol 1946; 146: 637
  • Gray J. C. Multiple-Factor theory of respiratory regulations. AAf School of Aviation Medicine. Randolph Field, Project No. 386, Report Nos. 1, 2 and 3 1945
  • Helmholz H. F. J., Bateman J. B., Boothby W. M. The effects of altitude anoxia on the respiratory processes. 'Tracheal' and 'alveolar' reference points; steady and semi-steady states. Aug, 1944, CMR-OSRD, Report No. 360
  • Helmholz H. F., Jr., Bateman J. B., Boothby W. M. The effects of altitude anoxia on the respiratory processes. J. Aviat. Med 1944; 15: 366
  • Henderson Y., Chillingworth F. P., Whitney J. L. The respiratory dead space. Am. J. Physiol 1915; 38: 1, Fig. 1 and 2
  • Lilly J. C., Anderson T. F. The Nitrogen meter: An instrument for continuously recording the concentration of nitrogen in gas mixtures. CMR-OSRD, Report No. 299 28 Feb, 1944
  • Lilly J. C. Physical Methods of R espiratory Gas Analysis, Methods in Medical Research, J. H. Comroe, Jr. The Year Book Publishers., Chicago 1950; Vol. 2: 131–138
  • Lilly J. C. Respiratory System: Methods of gas analysis in Glasser's Medical Physics. The Year Book Publishers, Chicago 1950; Vol. 2: 845–855
  • Lilly J. C. Mixing of gases within respiratory system w.th a new type of nitrogen meter. Am. J. Physiol 1950; 161: 342
  • Luft U. C., Balke B., Boothby W. M. Changes in concentration of nitrogen during respiratory cycle breathing air. Fed. Proc 1951; 10
  • Rahn H., Otis A. B. Continuous analysis of alveolar gas composition during work, hyperpnoea. hvpercapnia, and anoxia. J. Applied Physiol 1949; 1: 717

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