APA (7th ed.) Citation

United States. Public Health Service. (1934). Studies in asphyxia: 1, neuropathology resulting from comparatively rapid carbon-℗Ưmonoxide asphyxia; 2, neuropathology resulting from comparatively slow carbon-℗Ưmonoxide asphyxia; 3, neuropathology resulting from comparatively slow carbon-℗Ưmonoxide asphyxia, reaction during 16 to 165 days after exposure; 4, neuropathology resulting from comparatively rapid asphyxia by atmospheres deficient in oxygen; 5, blood chemistry changes resulting from comparatively rapid asphyxia by atmospheres deficient in oxygen; 6, blood chemistry of dogs after comparatively rapid carbon℗Ư-monoxide asphyxia. [s.n.].

Chicago Style (17th ed.) Citation

United States. Public Health Service. Studies in Asphyxia: 1, Neuropathology Resulting from Comparatively Rapid Carbon-℗Ưmonoxide Asphyxia; 2, Neuropathology Resulting from Comparatively Slow Carbon-℗Ưmonoxide Asphyxia; 3, Neuropathology Resulting from Comparatively Slow Carbon-℗Ưmonoxide Asphyxia, Reaction During 16 to 165 Days After Exposure; 4, Neuropathology Resulting from Comparatively Rapid Asphyxia by Atmospheres Deficient in Oxygen; 5, Blood Chemistry Changes Resulting from Comparatively Rapid Asphyxia by Atmospheres Deficient in Oxygen; 6, Blood Chemistry of Dogs After Comparatively Rapid Carbon℗Ư-monoxide Asphyxia. [Washington]: [s.n.], 1934.

MLA (9th ed.) Citation

United States. Public Health Service. Studies in Asphyxia: 1, Neuropathology Resulting from Comparatively Rapid Carbon-℗Ưmonoxide Asphyxia; 2, Neuropathology Resulting from Comparatively Slow Carbon-℗Ưmonoxide Asphyxia; 3, Neuropathology Resulting from Comparatively Slow Carbon-℗Ưmonoxide Asphyxia, Reaction During 16 to 165 Days After Exposure; 4, Neuropathology Resulting from Comparatively Rapid Asphyxia by Atmospheres Deficient in Oxygen; 5, Blood Chemistry Changes Resulting from Comparatively Rapid Asphyxia by Atmospheres Deficient in Oxygen; 6, Blood Chemistry of Dogs After Comparatively Rapid Carbon℗Ư-monoxide Asphyxia. [s.n.], 1934.