Effects of exercise on the incidence of decompression sickness: a review of pertinent literature and current concepts

Author:

Jauchem James R.

Publisher

Springer Science and Business Media LLC

Subject

Public Health, Environmental and Occupational Health

Reference83 articles.

1. Adams JD, Olson RM, Dixon GA (1979) Use of the Doppler precordial bubble detector in altitude decompression. Aerospace Medical Association Annual Scientific Meeting Preprints. Aerospace Medical Association, Washington, DC, pp 260?261

2. Adams JD, Olson RM, Dixon GA, Fitzpatrick EL (1980) Advanced warning of the potential risk of developing bends and screening of bends prone individuals. Aerospace Medical Association Annual Scientific Meeting Preprints. Aerospace Medical Association, Washington, DC, pp 8?9

3. Baldin UI (1973) Effects of ambient temperature and body position on tissue nitrogen elimination in man. Aerosp Med 44:365?370

4. Balke B (1954) Rate of gaseous nitrogen elimination during rest and work in relation to the occurrence of decompression sickness at high altitude. USAF School of Aviation Medicine Project No. 21-1201-0014, Report No. 6

5. Barcroft J, Douglas CG, Kendal LP, Margaria R (1931) Muscular exercise at low barometric pressures. Arch Sci Biol (Napoli) 16:609?615

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