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1 by indirect calorimetry, as well as impaired thermoregulation.
2 e aspect to its well-documented functions in thermoregulation.
3 pth occupied, suggesting possible behavioral thermoregulation.
4 was not explained by novelty, locomotion or thermoregulation.
5 specialized fat tissue that is dedicated to thermoregulation.
6 s are abundant in the body and essential for thermoregulation.
7 c tone, cellular proliferative activity, and thermoregulation.
8 is involved in heat-induced hyperalgesia and thermoregulation.
9 dopaminergic circuits, pain perception, and thermoregulation.
10 REB deficient mice are limited to reward and thermoregulation.
11 functions associated with powered flight and thermoregulation.
12 ic structures involved in energy balance and thermoregulation.
13 and that 5-HT(2A) receptors are involved in thermoregulation.
14 dehydration, electrolyte imbalance and poor thermoregulation.
15 dentification of neural circuits involved in thermoregulation.
16 intenance of metabolic rate and adaptational thermoregulation.
17 ulating energy expenditure, body weight, and thermoregulation.
18 the C. elegans neural pathway that mediates thermoregulation.
19 ns including steroidogenesis, lipolysis, and thermoregulation.
20 ns such as foraging, predator avoidance, and thermoregulation.
21 achieved through natural host-driven dynamic thermoregulation.
22 asing resting metabolic rates, and improving thermoregulation.
23 by increasing metabolic and hydric costs of thermoregulation.
24 end projections to brain regions involved in thermoregulation.
25 al neurons serve as FS models with deficient thermoregulation.
26 iome contributes to host CRs in activity and thermoregulation.
27 ia-induced seizures as well as deficiency in thermoregulation.
28 litating access to scarce shade critical for thermoregulation.
29 ract with infection to influence patterns of thermoregulation.
30 variety of visual signals and potentially in thermoregulation.
31 which remarkably impacts their activity and thermoregulation.
32 entary and structural color productions, and thermoregulation.
33 ialized ability to burn calories as heat for thermoregulation.
34 piration, blood pressure, water balance, and thermoregulation.
35 after birth, and appropriate assistance with thermoregulation.
36 ties to shelter from their predators and for thermoregulation.
37 s a direct assessment of the limits of human thermoregulation.
38 heat and humidity exceeding limits for human thermoregulation.
39 et side effects, impacting thermosensing and thermoregulation.
40 ves as a previously unknown target of P57 in thermoregulation.
41 D2 (PGD(2)), we further explored its role in thermoregulation.
42 example of a protein with multiple layers of thermoregulation.
43 ature decrease, a negative feedback loop for thermoregulation.
44 increased anxiety-like behavior and improved thermoregulation.
45 gulation, including autonomic and behavioral thermoregulation.
46 ring acute cold exposure and is critical for thermoregulation.
47 cs of this species, coupled with behavioural thermoregulation.
48 (BAT), leading to impaired BAT function and thermoregulation.
49 ostasis and consequent metabolic control and thermoregulation.
50 Sweat glands are critical for thermoregulation.
51 creases BAT mass, with a resultant effect on thermoregulation.
52 (UCP1) and UCP3 are important for mammalian thermoregulation.
53 leasant cold stimuli as well as in mammalian thermoregulation.
54 and impairment in uncoupled respiration and thermoregulation.
55 nterrogate the neuronal circuitry underlying thermoregulation.
57 roclimate, predicts a moderate level of leaf thermoregulation across a broad air temperature gradient
63 , in addition to playing a conserved role in thermoregulation and chemosensation, is required for thi
64 To examine the role of nitric oxide (NO) on thermoregulation and control of breathing in obesity, aw
67 own adipose tissue (BAT) contributes to both thermoregulation and energy expenditure in rats through
70 nderlie the key physiological adaptations in thermoregulation and energy utilization that permitted h
71 ical model predicts that the energy costs of thermoregulation and flight, respectively, impose upper
72 L) and its receptor (PRLR) have an impact on thermoregulation and hair morphology phenotypes, giving
73 polating these findings clinically, impaired thermoregulation and hypothermia are potential risks in
74 DMH), a brain region known to be involved in thermoregulation and in stress responses, causes similar
75 nological basis have the potential to affect thermoregulation and increase the risk of heat injury.
76 tions, involving both direct effects through thermoregulation and indirect pathways through trophic i
77 nthesize the complexities of host behavioral thermoregulation and its impacts on various temperature-
79 and UCP5 may be involved in tissue-specific thermoregulation and metabolic changes associated with n
80 temperatures, may exert greater influence on thermoregulation and metabolism during the hibernation s
81 TRPV1- and TRPM8-neurons in thermosensation, thermoregulation and nociception, thus significantly ext
83 o demonstrate that increasing uncertainty in thermoregulation and parental investment of parasitic yo
85 of butterfly wings potentially contribute to thermoregulation and provide an insight into butterflies
87 ting in normal thermal sensation relevant to thermoregulation and reproductive functions, HE TRPV1 ce
92 insights into the role of microstructures in thermoregulation and suggest both evolutionary and physi
94 n, which may be due to the interplay between thermoregulation and the habitat changes occurring in ea
95 drenaline reuptake inhibitor on performance, thermoregulation and the hormonal responses to exercise.
98 dy were to develop a cell model of cutaneous thermoregulation and to determine the mechanisms underly
99 both female and male mice, their effects on thermoregulation and torpor bout initiation exhibit diff
100 e a response to opposed selection pressures, thermoregulation and water conservation, at different li
101 ine sweat glands are indispensable for human thermoregulation and, similar to other mammalian skin ap
102 e analogues, we propose that the benefits of thermoregulation and/or crypsis are likely to have contr
105 man and animal studies of muscle physiology, thermoregulation, and autonomic nervous system function.
107 ANS are key regulators of immune responses, thermoregulation, and energy balance, functions that und
108 emodeling, lymph node organogenesis, central thermoregulation, and formation of a lactating mammary g
112 mportant roles in mimicry, sexual selection, thermoregulation, and other adaptive processes in many g
113 tipredator defenses, parasitic exploitation, thermoregulation, and protection from ultraviolet light,
115 ribute to the modulation of pain processing, thermoregulation, and sexual function in the spinal cord
116 mechanisms controlling feeding, metabolism, thermoregulation, and sleep overlap in the hypothalamus.
117 nd sufficient for autonomic cardiac control, thermoregulation, and survival, and targeting the overac
118 plays important roles in energy homeostasis, thermoregulation, and the maintenance of lung morphology
119 ent evidence suggests roles in AT expansion, thermoregulation, antigen presentation, and iron homeost
120 other constraints such as predation risk and thermoregulation are connected to this two-dimensional f
124 tributors to individual differences in human thermoregulation are physical attributes, including body
126 iological roles for vagal afferents (e.g. in thermoregulation, arousal and fatigue) are being investi
127 insight into the role of adipose tissues in thermoregulation, as well as an alternative way to targe
130 an important role in coupling metabolism and thermoregulation at the level of anterior hypothalamus.
131 emperature-sensitive neurons are involved in thermoregulation, because for eight decades they have on
134 rozole (20 mug, p.o.) on cognition, anxiety, thermoregulation, brain estrogen content, and hippocampa
135 ses on routine neonatal care, resuscitation, thermoregulation, breast-feeding, "kangaroo" [skin-to-sk
136 tch (histamine and chloroquine) and impaired thermoregulation but did not impair mechanosensation or
138 DNA sequences within papB were required for thermoregulation, but the PapB and PapI regulatory prote
139 gration of water/electrolyte homeostasis and thermoregulation, but we have a limited understanding th
141 Specifically, we suggest that behavioral thermoregulation by the intermediate host may buffer the
142 ndividuals that fail to balance the costs of thermoregulation (by huddling in groups) with the costs
144 ipose tissues during cold is dispensable for thermoregulation, central FGF21 signaling is necessary f
145 lations in the SPZ, and different aspects of thermoregulation (circadian rhythm and fever response) a
146 nates, implying that this taxon did not have thermoregulation comparable to modern birds, but was abl
149 ly spraying them directly, creates free-form thermoregulation composites, featuring an outstanding De
151 cost, as porpoises must maintain their high thermoregulation costs with a reduced energy intake.
152 rmanent and 4 (9%) transient ptosis, 5 (11%) thermoregulation difficulties, 4 (9%) a sensation of lef
153 with a severe defect in water repulsion and thermoregulation due to decreased production of sebaceou
158 multiple scales are critical for behavioural thermoregulation during periods of potential heat stress
161 ding neural pathways for thermoreception and thermoregulation, experiments were performed on anaesthe
164 o evidence of colour patterning, ecology and thermoregulation, fossil melanosomes can also carry a ph
166 emoval and pay little attention to the basic thermoregulation function of sweat, showing limited evap
169 ss impacts, including high metabolic cost of thermoregulation, hence access to microclimate refugia m
170 a region involved in the central control of thermoregulation, identified neurons that express both I
171 tions of the disease, would recapitulate the thermoregulation impairment observed in children with IN
172 oss during a fast, in partial restoration of thermoregulation in a cold challenge, and in inducing se
173 nce, and nanotechnology have now facilitated thermoregulation in a far more personalized and energy-s
174 lasma uridine governs energy homeostasis and thermoregulation in a mechanism involving adipocyte-depe
175 Circadian body temperature fluctuations and thermoregulation in a warm environment were also indisti
176 pigmentation could play an important role in thermoregulation in cold climates, while a range of comp
178 ls, devoid of 5-HT neurones, showing altered thermoregulation in cold stress (4 degrees C) and a redu
182 cussed, emphasizing the importance of social thermoregulation in maintaining physiological stability
183 and is required for glucose homeostasis and thermoregulation in OPA1 BKO mice by increasing energy e
184 of underlying brain injury causing impaired thermoregulation in out-of-hospital cardiac arrest patie
189 e NST could indeed play an important role in thermoregulation in species lacking BAT, we investigated
192 These findings advance our understanding of thermoregulation in the distribution of natural colours.
193 against hyperthermia and alleviate defective thermoregulation in the elderly, and may provide a model
198 ids resulted in impaired water repulsion and thermoregulation, increased rates of UVB-induced epiderm
199 d water loss, problems with electrolytes and thermoregulation, increased risk of local or systemic in
202 gene fusions and point mutations, that RhlR thermoregulation is a posttranscriptional effect depende
205 gh performance, particularly those for which thermoregulation is challenging or ecologically costly.
207 nkeys), demonstrating that TRPV1 function in thermoregulation is conserved from rodents to primates.
210 A combination of blunted HCVR and abnormal thermoregulation is known to occur with dysfunction of t
216 a significantly lower maximum T(w) at which thermoregulation is possible even with minimal metabolic
218 a region that contains neurons that control thermoregulation, is the main locus at which histamine a
219 ine gland density are required for efficient thermoregulation, it is unclear if these changes are lin
220 gnificant role for delta opioid receptors in thermoregulation, it is unclear whether delta receptors
221 (size, wings), behavior (activity patterns, thermoregulation), life cycles, and ecophysiology (cold
222 for these two species indicate that variable thermoregulation likely existed among the non-avian dino
223 an adaptation to special challenges, such as thermoregulation, locomotion in dense forests, or endura
224 , with applications in robotic transformers, thermoregulation, mechanical memories in hysteresis loop
226 such as the preoptic area (altered sleep and thermoregulation), medulla (adrenal corticosteroid respo
228 d, on the basis of heat-balance models, that thermoregulation might have been important in the evolut
236 e RNA thermometers are the main mechanism of thermoregulation of QS-dependent gene expression in P. a
237 ation of the molecular mechanism involved in thermoregulation of QS-dependent virulence-factor produc
238 e nonpermissive temperature, suggesting that thermoregulation of region 1 may be exerted through vari
240 ently suggested to play an important role in thermoregulation of species lacking brown adipose tissue
242 sera revealed that some proteins exhibiting thermoregulation of synthesis elicited antibody response
243 e nearly poikilothermic, with no evidence of thermoregulation of T(leaf) towards a homeostatic value.
246 stem-loop structure was sufficient to confer thermoregulation on the reporter, while sequences furthe
247 e hypothalamus in the homeostatic control of thermoregulation or goal-oriented behaviors during wakef
248 iological functions including UV protection, thermoregulation, oxidant scavenging, arthropod immunity
249 onse to mitochondrial stress is required for thermoregulation, partially by increasing FGF21 expressi
250 t functions of colour lightness in anurans - thermoregulation, pathogen and UVB protection - and broa
252 cur and coincide with the periods of altered thermoregulation produced by systemic administration of
257 y critical inter-individual factors of human thermoregulation, resulting in unreliable and unrealisti
258 ted in feeding behavior, energy homeostasis, thermoregulation, reward seeking, addiction, and materna
259 ross animals, in part because of its role in thermoregulation: small ears conserve heat, while large
261 defense, immune surveillance, UV protection, thermoregulation, sweating, lubrication, pigmentation, t
263 spectively, we propose an autonomous textile thermoregulation system that could intelligently provide
265 tissues, which were instead dependent on the thermoregulation tactic employed by an organism, being c
266 mentous covering that probably functioned in thermoregulation, tactile sensing, signalling and aerody
267 me climate change effects through behavioral thermoregulation that can be captured by mechanistic mod
268 me climate change effects through behavioral thermoregulation that can be captured by mechanistic mod
269 evaluate predictions from a novel theory of thermoregulation that synthesizes energy budget and carb
270 Within the central neural circuitry for thermoregulation, the balance between excitatory and inh
272 terface for light capture, gas exchange, and thermoregulation, the potential contributions of leaves
273 appeared to match predictions of behavioral thermoregulation theory, fine-scale examination revealed
274 on taste and ingestive behaviors, pain, and thermoregulation, this review is intended to provide a c
275 d water is a vital resource that facilitates thermoregulation through evaporative cooling, especially
276 hange implementations equipped with adaptive thermoregulation to drive Monte Carlo optimization proce
277 must be considered in addition to behavioral thermoregulation to explain habitat selection decisions.
279 e to novel conditions or may use behavioural thermoregulation to reduce their exposure to stressful m
280 to general principles of thermosensation and thermoregulation, unachievable using the rodent model al
282 The lig fragment successfully conferred thermoregulation upon the beta-galactosidase reporter in
283 dy provides new evidence that TRPV1 controls thermoregulation upstream of the SNS, providing a potent
285 nce of two buffering mechanisms: behavioural thermoregulation versus fine-scale microclimate selectio
287 Therefore, the role of 5-HT(2A) receptors in thermoregulation was assessed in two rat models of ovari
289 no changes in hypothalamic E2 were observed, thermoregulation was disrupted by letrozole in females o
291 ance understanding of TRPV1 contributions to thermoregulation, we measured the effects of a TRPV1 rec
292 e the roles of 5-HT neurons in breathing and thermoregulation, we took advantage of a unique conditio
293 , the potential detrimental effects of SI on thermoregulation were discussed, emphasizing the importa
294 pring and summer when environmental costs of thermoregulation were low, but reducing that precision i
295 ndicates that in social insect tasks such as thermoregulation, where temperature may provide a global
296 ciated with PPT1 deficiency, that of altered thermoregulation, which is associated with impaired lipo
297 region-wide demographic trends and butterfly thermoregulation, which may be due to the interplay betw
298 at both temperatures, contrasting with papB thermoregulation, which was not greatly altered by limit
299 brown coloration may have a limited role in thermoregulation, while light brown-yellow does not have
300 AAs playing a role in photon dissipation and thermoregulation with a possible role in contributing to