Journal of Thermal Biology 1998: Vol 23 Index

5 Pages·1998·0.82 MB·English

Journal of
THERMAL BIOLOGY
PERGAMON
Subject Index: Volume 23
Acclimation,
effect on CTMax of two crab sper cles,
efefcetc t ONnn mMeettaabd one| rattee,. ogiflll]
chromis, 283
effect on thermoregulation response
rats, 63
lack of effect on hsp70 production in the L, in short-horned lizards at
259 measurement of in chick embr
Acclimatization, in humans, 11
and hibernation, 224 ‘optel
f larVve
effect ol on recovery
Drosophila. 29]
Ambient temperature tympanic,
effect on metabolic rate, gill ventilation and ECG Bradymetabolis
in Oreochromis, 283 Brassica olerace
effect on metabolic rate in Bathygobiu
3]
effect on muscle pH in antarctic teleost
effect on rectal temperature in humans during
sleep. 15 Calcium,
Amphibia, 49, 259.
Arachnids, 23~
Bathy gohius soporator, 31. ]
Behaviour, Cell culture
avoidance, and peripheral thermosensitive neurons Chill coma,
in Helix, 111 recovery from in Drosop
Behavioural thermoregulation, Cloth colour preference.
in short-horned lizards at high elevation, n face cool
lack of evidence for in Spodoptera larvae,
Birds, 53, 123, 311, 369 biophysical
Body temperature, humans
and face cooling in man, effect on colour prefer- Cold exposure,
ence, 335 effect of DNP on thermoregulatory response LC tO
and garment wettedness in humans, 41. rats, 63
effect of room temperature on during sleep in Cold tolerance,
humans, 15 recovery from in Di
effect on light intensity on in man, 353 Columba livia, 53
geographical variation of in Sceloporus lizard Convective heat exchange,
species, 329 in insects, dependency on size. orientation
in Bufo marinus, 49. wind speed, 5.
in cold and warm acclimated rats, effect of DNP Convective heat transfer coefficient.
on, 63 in an insect,
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elect of temperature on in Bathygobius soporator,
31
Ww Oreochromis. 283
Heat loss.
conductive in human infants.
estimations of in horses, S59
IR thermography measurement of in barn owls,
311
Heat production,
effect of DNP on inc and warm acclimated
rats, 03
in barn owls, 311
in chick embryos, 123, 369
Heat shock proteins
production of in Plethodon sp VQ
Heat stroke.
and physiological and blood parameter
anesthetized miniswine, 341
development of a model for using miniswine, 341
Heat transfer
control of in mammalian thermoregulation, 164
models for in man in relation » environmental
change, (17
Helix pomatia, 111
rature in Al Hibernation,
central nervous system in, 224.
Human, (5, 41,99, 117, 267
Hyperthermia,
pro-
duction, 69
Hypothermia,
effect on mitochondrial activity in plants, |
thermoregulatory response to in cold and warm
acclimated rats. 63
Ice
nucleation in plants, studies using infrared ima-
ging, 81
Incubation temperature,
comparison of nest and incubator on development
of pigeon embryos, 53.
Indomethacin,
inhibition of hyperthermia induced PGE; pro-
duction in rat glial cells, 69
Infrared thermal imaging, 81, 267, 311
Insect, 5, 131, 291, 301.
Lepomis macrochirus, 359
Life history strategies,
and the effect of temperature on development in
spiders, 23
Light intensity,
effect on body temperature prior to bathing at
38.5 C in humans, 353.
during bathing effect on sweating threshold and skin temperature
in humans, 99.
Lipid composition
of Lepomis | é nd normothermic
359
Locusta migratoria. 5 Plethodon
Lower critical
in horses,
HCiatOUlll daa na ch
VUelanoplus hi)
Velanoplus sanguinipes, 5
Melatonin
effect of light intensity n excretion rate in Rattus sp.. §
humans, 99, 353 Reproduction
effect on preferred t ‘ature of bull akes, eflect of
319
Metabolic rate,
and fever in toads. 49 ;
and temperature in a marine teleost, 3] and acclimation in O
in acclimated O; hromis, 283
measurement of in developing avian embryos, 369
Metabolism, Sonia odin.
factors in determining basal, 200
mn CTMax of tw
Mitochondria.
Water effluent
activity of and stress proteins during hypothe |
: : mioloulns
in plants, |
Model. Set-point
for blood potassium changes during
in n
miniswine, 341
for lower threshold temperature
stant in spiders, 23. ,
dependency
for mammalian thermoregulatory system,
of convective heat exchange in insects, 5
Skin temperature,
of thermal stability in humans under changing en- ae
ees F anc
vironments, |] " e |
; : ; effect of |
use 1n validation of effect of helox on thermal con- ;
ee leep phase
ductance, 3
Mollusc, 111 body tel
Solanum tuberosum
Muscle, Spodoptera exempt
Steinernema
Ste 1}1¢ Vile }} ad
Steinernema
Stress proteins
Nematode, producti yn
Suis suis. 34]
Oreochromis niloticus. 283 Sweating rate,
Phenotypic plasticity. Tachymetabolisn
and growth temperature in Drosophila, 301 Thalassiosira
Phrynosoma douglassi, 395 Thermal conductance
Phytoplankton, effect of helox on
biofouling in cooling water of power stations, 91 validation of, 37
of DNP on in cold and warm acclimated
rats, 63
model for the central neurology of
role of the hypothalamus, 17]
lhermosensitivity,
of neurons, role in regulated body temperature.
180
of peripheral nerves in Helix. 111]
Thermosensors,
properties of in mammals, 159
friticum aestivum, |
Tyvto alba. 311
itions of the
elopment of in avian
of chl1o9r promazine and melatonin on in bu Wind speed,
effect on convective heat loss in insects, &