An alteration of ten degrees Celsius in environmental temperature significantly alters the mortality from severe established Escherichia coli and Staphylococcus aureus infection in mice. Many patients with severe infection are nursed in wards without air conditioning. It is suggested that even modest levels of environmental stress may influence their recovery.
HirschJG.Host Resistance to Infectious Disease. In: Bacterial and Mycotic Infections of Man. 4th Ed. J. B. Lippincott, New York1965; 170–180.
2.
CoburnAF, FrankPE, NolanJ.Studies on the pathogenicity of Streptococcus pyogenes IV. The relation between the capacity to induce fatal respiratory infections in mice and epidemic respiratory disease in man. Br J Exp Path1957; 38:256.
3.
MiragliaGJ, BerryLJ.Enhancement of salmonellosis and emergence of secondary infection in mice exposed to cold.J Bacteriol1962; 84:1173–1180.
4.
LewisGBH.The effect of environmental temperature on escherichia coli septicaemia.Intens Care Med1977; 3:171.
5.
MilesAA, MisraSS, IrwinJO.The estimation of bactericidal power of the blood.J Hygiene1938; 38:732.
6.
KlugerMJ.Phylogeny of fever.Federation Proc1979; 38:30–34.
7.
KinneyJM, CaldwellFT. In: Davis-Christopher Textbook of Surgery, 10th Ed. SabistonD., ed. W. B. Saunders, Philadelphia1972.
8.
MacPhersonRK, OfnerF, WelchJA.The effect of the prevailing air temperature on mortality.Br J Prev Soc Med1967; 21:17.
9.
MacPhersonRK.Thermal stress and thermal comfort. In: Man under Stress. WelfordA. T., ed. Taylor and Francis, London1974.
