Fever appears to have evolved in ve

Fever appears to have evolved in vertebrate hosts as an adaptive mechanism for controlling infection. This phenomenon is produced by certain exogenous (largely microbial) stimuli that activated bone-marrow-derived phagocytes to release a fever-inducing hormone (endogenous pyrogen). Endogenous pyrogen, in turn, circulates to the thermoregulatory center of the brain (preoptic area of the anterior hypothalamus) where it causes an elevation in the "set-point" for normal body temperature. Warm blooded animals produced fever by increasing heat production (through shivering) or reducing heat loss (by peripheral vasoconstriction), whereas cold blooded animals do so only by behavioral mechanisms (seeking a warmer environment). This paper discusses current concepts that involve the mechanism of endogenous pyrogen production, the role of central transmittors, and the probable function of fever in combating disease.

Fever appears to have evolved in vertebrate hosts as an adaptive mechanism for controlling infection. This phenomenon is produced by certain exogenous (largely microbial) stimuli that activated bone-marrow-derived phagocytes to release a fever-inducing hormone (endogenous pyrogen). Endogenous pyrogen, in turn, circulates to the thermoregulatory center of the brain (preoptic area of ​​the anterior hypothalamus) where it causes an elevation in the "set-point" for normal body temperature. Warm blooded animals produced fever by increasing heat production (through shivering) or reducing heat loss (by peripheral vasoconstriction), whereas cold blooded animals do so only by behavioral mechanisms (seeking a warmer environment). This paper discusses current concepts that involve the mechanism of endogenous pyrogen production, the role of central transmittors, and the probable function of fever in combating disease.

Fever appears to have evolved in vertebrate hosts as an adaptive mechanism for controlling infection. This phenomenon is. Produced by certain exogenous (largely microbial) stimuli that activated bone-marrow-derived phagocytes to release a fever-inducing. Hormone (endogenous pyrogen). Endogenous pyrogen in turn,,Circulates to the thermoregulatory center of the brain (preoptic area of the anterior hypothalamus) where it causes an. Elevation in the "set-point" for normal body temperature. Warm blooded animals produced fever by increasing heat production. (through shivering) or reducing heat loss (by peripheral vasoconstriction),Whereas cold blooded animals do so only by behavioral mechanisms (seeking a warmer environment). This paper discusses current. Concepts that involve the mechanism of endogenous pyrogen production the role, of, central transmittors and the probable. Function of fever in combating disease.
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