APA (7th ed.) Citation

United States. Public Health Service, Yant, W. P., Chornyak, J., Schrenk, H. H., Patty, F. A., & Sayers, R. R. (1934). Studies in asphyxia.: I. Neuropathology resulting from comparatively rapid carbon-monoxide asphyxia. II. Neuropathology resulting from comparatively slow carbon-monoxide asphyxia. III. Neuropathology resulting from comparatively slow carbon-monoxide asphyxia; reaction during 16 to 165 days after exposure. IV. Neuropathology resulting from comparatively rapid carbon-monoxide asphyxia by atmospheres deficient in oxygen. V. Blood chemistry changes resulting from comparatively rapid asphyxia by atmospheres deficient in oxygen. VI. Blood chemistry of dogs after comparatively rapid carbon-monoxide asphyxia. U.S. Govt. print. off.

Chicago Style (17th ed.) Citation

United States. Public Health Service, W. P. Yant, John Chornyak, H. H. Schrenk, F. A. Patty, and R. R. Sayers. Studies in Asphyxia.: I. Neuropathology Resulting from Comparatively Rapid Carbon-monoxide Asphyxia. II. Neuropathology Resulting from Comparatively Slow Carbon-monoxide Asphyxia. III. Neuropathology Resulting from Comparatively Slow Carbon-monoxide Asphyxia; Reaction During 16 to 165 Days After Exposure. IV. Neuropathology Resulting from Comparatively Rapid Carbon-monoxide Asphyxia by Atmospheres Deficient in Oxygen. V. Blood Chemistry Changes Resulting from Comparatively Rapid Asphyxia by Atmospheres Deficient in Oxygen. VI. Blood Chemistry of Dogs After Comparatively Rapid Carbon-monoxide Asphyxia. Washington: U.S. Govt. print. off, 1934.

MLA (8th ed.) Citation

United States. Public Health Service, et al. Studies in Asphyxia.: I. Neuropathology Resulting from Comparatively Rapid Carbon-monoxide Asphyxia. II. Neuropathology Resulting from Comparatively Slow Carbon-monoxide Asphyxia. III. Neuropathology Resulting from Comparatively Slow Carbon-monoxide Asphyxia; Reaction During 16 to 165 Days After Exposure. IV. Neuropathology Resulting from Comparatively Rapid Carbon-monoxide Asphyxia by Atmospheres Deficient in Oxygen. V. Blood Chemistry Changes Resulting from Comparatively Rapid Asphyxia by Atmospheres Deficient in Oxygen. VI. Blood Chemistry of Dogs After Comparatively Rapid Carbon-monoxide Asphyxia. U.S. Govt. print. off, 1934.