+ Site Statistics
+ Search Articles
+ Subscribe to Site Feeds
EurekaMag Most Shared ContentMost Shared
EurekaMag PDF Full Text ContentPDF Full Text
+ PDF Full Text
Request PDF Full TextRequest PDF Full Text
+ Follow Us
Follow on FacebookFollow on Facebook
Follow on TwitterFollow on Twitter
Follow on Google+Follow on Google+
Follow on LinkedInFollow on LinkedIn

+ Translate

Can panting mammals without a carotid rete cool their brains below deep body temperature

Federation Proceedings 35(3): 481

Can panting mammals without a carotid rete cool their brains below deep body temperature

Accession: 026190014

Related references

Rojas, A.Daniella.; Körtner, G.; Geiser, F., 2013: Cool running: locomotor performance at low body temperature in mammals. Mammalian torpor saves enormous amounts of energy, but a widely assumed cost of torpor is immobility and therefore vulnerability to predators. Contrary to this assumption, some small marsupial mammals in the wild move while torpid at low body temp...

Rerkamnuaychoke, W.; Ohsawa, K.; Kurohmaru, M.; Hayashi, Y.; Nishida, T., 1994: The evidence of carotid body in the carotid rete of the shiba goat. The carotid body was found in/on the cavernous sinus of the carotid rete of the Japanese miniature Shiba goat by light and electron microscopies. The carotid body-like aggregated cell group consisted of two types of cells arranged in the lobule. T...

Hiestand, W.A.; Randall, W.C., 1942: Influence of proprioceptive vagal afferents on panting and accessory panting movements in mammals and birds. Stimulation of the pulmonary stretch receptors by emphysema in the rabbit during panting progressively reduces the panting rate and results in apnea if prolonged. No such effect occurs in the non-anesthetized bird during panting. Under barbiturate...

Bugh, J.; Beadle, M., 1963: The continuous radio-telemetric recording of deep body temperature of some African mammals. Biochem J 89(2): 72p

Peltonen L.M.; Arieli Y.; Marder J., 1989: Brain temperature regulation of panting and non panting pigeons exposed to extreme thermal conditions. 1. Brain (hypothalamic), skin and body temperatures were measured in hand-reared acclimated (Acc, n = 5) and non-acclimated (NAcc, n = 7) rock pigeons (Columba livia, mean body mass 237 g) exposed to increasing ambient temperatures (Ta) (30-60.deg...

Tabatabai, M.; Ovassapian, A.; Shahidi, H.A.; Farivar, S., 1974: Elimination of panting by decerebration and determination of core temperature threshold for panting in conscious and anesthetized cats. European Surgical Research. Europaische Chirurgische Forschung. Recherches Chirurgicales Europeennes 6(2): 117-122

Tamura T.; Takahashi M., 1984: Experimental clinical studies on deep body temperature in dogs deep body temperature in normal healthy beagles. In homoiothermal animals, there is an equilibrium between generation and radiation of heat in the body and a definite body temperature can be maintained. The thermoregulation is carried out by the thermoregulatory centers located in the hypothalam...

Bligh, J.; Harthoorn, A.M., 1965: Continuous Radiotelemetric Records Of The Deep Body Temperature Of Some Unrestrained African Mammals Under Near-Natural Conditions. A radiotelemetric system has been used to obtain continuous records of the deep body temperature (TB) of a selection of unrestrained mammals in environments close to those in which they naturally occur (eland, oryx, buffalo, giraffe and black rhin...

Baker, M.A., 1972: Influence of the carotid rete on brain temperature in cats exposed to hot environments. 1. Thermocouples were chronically implanted in various intracranial and extracranial structures in adult cats. Temperature of arterial blood on the proximal and distal sides of the carotid rete was determined by measuring temperature in the aortic...

Baker, M.A.; Hayward, J.N., 1968: The influence of the nasal mucosa and the carotid rete upon hypothalamic temperature in sheep. 1. In chronically-prepared sheep, intracranial temperatures were measured in the cavernous sinus among the vessels of the carotid rete and at the circle of Willis extravascularly, and in the preoptic area and in other brain stem regions. Extracran...