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11. DECOMPRESSION - VENOUS GAS EMBOLISM. INERT GAS EXCHANGE. DECOMPRESSION SICKNESS
Note: Data and Records Only.  For Decompression Procedures, see Component 3

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 Experiment Name
11.10 DECOMPRESSION SCHEDULES-PRIMATE

11.20

 DECOMPRESSION CONCEPTS

REPORT: Lambertsen, C. J. Basic requirements for improving diving depth and decompression tolerance. Underwater Physiology III. Lambertsen, C. J. (Ed.). Baltimore, MD: Williams and Wilkins, 223-240, 1967.

11.21

 MULTIPLE INERT GASES-RATS

11.22

 RAPID DECOMPRESSION, AIR-MICE

REPORT: Flynn, E.T., and C.J. Lambertsen. Calibration of inert gas exchange in the mouse. In: Underwater Physiology IV. Lambertsen, C.J., Ed. New York: Academic Press, pp. 179-191, 1971.

11.23

 122 ATM HE-O2 DECOMPRESSION-MICE

REPORT: MacInnis, J.B., J.G. Dickson and C.J. Lambertsen. Exposure of mice to a helium-oxygen atmosphere at pressures to 122 atmospheres (4000 feet of sea water). J. Appl. Physiol. 22: 694-698, 1967.

11.24

 MIXED GAS HE-N2-O2 DECOMPRESSION-GUINEA PIG

REPORT: The Role of Multiple Inert Gases in Optimizing Decompression. Ray, J.W. 1973 (Undergraduate Honors Thesis, Harvard University)

11.25

 NO CONTENT

11.26

 MONKEY DECOMPRESSION

11.30

 "OPTIMAL" DECOMPRESSION SCHEDULES PROGRAM (See also Component 3)

REPORT: Feld, J.N. Optimum Decompression Scheduling for Undersea Operations. PhD, University of Pennsylvania, Biomedicine Electronic Engineering, 1971.

11.31

 PERFUSION-DIFFUSION MODEL FOR INERT GAS EXCHANGE

11.32

 DECOMPRESSION MODEL, SOLUTION OF HALDANE'S DIFFERENTIAL EQUATION (G. Karreman)

11.33

 DECOMPRESSION CALCULATIONS FOR PROGRAMMED HAND-HELD CALCULATOR

REPORT: Ranade, A., and R.E. Peterson. Computation of decompression schedules for single inert gas-oxygen dives using a hand-held programmable calculator. Comput. Programs in Biomed. 12: 51-54, 1980.

11.40

 DECOMPRESSION STRESS ANALYSIS. GAS PHASE DYNAMICS

REPORT: Lambertsen, C. J., M. L. Gernhardt, R. G. Miller, and E. Hopkin. Development of Decompression Procedures, Air Diving with Surface Decompression using Oxygen, Based upon Integrated Analytic Models of Tissue Gas Bubble Dynamics and Oxygen Tolerance. IFEM-EBRDC Report No. 28-7-92. Philadelphia, PA: Environmental Biomedical Research Data Center, Institute for Environmental Medicine, University of Pennsylvania Medical Center, 1992.

REPORT: Gernhardt, M.L. Development and Evaluation of a Decompression Stress Index Based on Tissue Bubble Dynamics. Ph.D. Dissertation in Bioengineering. Philadelphia, PA: University of Pennsylvania, 1991.

REPORT: Lambertsen, C. J., R. Y. Nishi, and E. J. Hopkin. Relationships of Doppler Venous Gas Embolism to Decompression Sickness. IFEM-EBRDC Report No. 7-10-1997. Philadelphia, PA: Environmental Biomedical Research Data Center, Institute for Environmental Medicine, University of Pennsylvania, 1997.

REPORT: Lambertsen, C. J. Saturation Decompression Using O2. IFEM-EBRDC Report No. 12-17-97. Philadelphia, PA: Environmental Biomedical Research Data Center, Institute for Environmental Medicine, University of Pennsylvania Medical Center, 1997.

11.50

 DECOMPRESSION PROCEDURES DEVELOPMENT (See also Component 3)

08 February 2000 03:20:48 PM

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For information, contact EBSDC: clambert@mail.med.upenn.edu