The present review distinguishes pathogenic, neurogenic, and psychogenic fever, but
focuses largely on pathogenic fever, the hallmark of infectious disease. The data presented …

Reviews the processes of brain cooling in mammals and birds. Brain/body temperature
relationships are examined, along with evidence for brain cooling in humans, which is …

How do mammals manage to maintain their body temperature within the same narrow range
in environments as different as polar regions and hot deserts? This advanced text describes …

A number of studies have demonstrated increased synthesis of heat shock proteins in brain
following hyperthermia or transient ischemia. In the present experiments we have …

In most mammalian species internal body temperature is maintained within narrow limits
despite large variations in ambient temperature. This phenomenon is called homeothermy …

Five horses were exercised on a treadmill [to central blood temperature (Tcore)
approximately 42.5 degrees C]. Three of those horses were heated at rest in a climate room …

1. Animals living in the Arabian desert are subjected to extremely high temperatures during
the day in summer and very cold nights in winter. They have developed various adaptive …

Thermal physiological research in Germany over the past 70 years has endeavoured to
“illuminate” normal homoeothermic temperature regulation—and fever, hyperthermia, and …

Cineangiographic examination of reindeer exposed to local (hypothalamic) or general
heating and cooling revealed that the angular oculi veins are constricted during cold stress …

Chronic experiments were conducted on five freely moving rabbits at ambient temperatures
of 0-42 degrees Celsius. The influence of nasal mucosal thermal changes on the venous …