ライフサイエンスコーパス: thermoregulation

1 dopaminergic circuits, pain perception, and thermoregulation.

2 Sweat glands are critical for thermoregulation.

3 REB deficient mice are limited to reward and thermoregulation.

4 ic structures involved in energy balance and thermoregulation.

5 and that 5-HT(2A) receptors are involved in thermoregulation.

6 dehydration, electrolyte imbalance and poor thermoregulation.

7 creases BAT mass, with a resultant effect on thermoregulation.

8 dentification of neural circuits involved in thermoregulation.

9 intenance of metabolic rate and adaptational thermoregulation.

10 ulating energy expenditure, body weight, and thermoregulation.

11 the C. elegans neural pathway that mediates thermoregulation.

12 ns including steroidogenesis, lipolysis, and thermoregulation.

13 cs of this species, coupled with behavioural thermoregulation.

14 (UCP1) and UCP3 are important for mammalian thermoregulation.

15 leasant cold stimuli as well as in mammalian thermoregulation.

16 and impairment in uncoupled respiration and thermoregulation.

17 (BAT), leading to impaired BAT function and thermoregulation.

18 by indirect calorimetry, as well as impaired thermoregulation.

19 e aspect to its well-documented functions in thermoregulation.

20 pth occupied, suggesting possible behavioral thermoregulation.

21 was not explained by novelty, locomotion or thermoregulation.

22 ostasis and consequent metabolic control and thermoregulation.

23 specialized fat tissue that is dedicated to thermoregulation.

24 s are abundant in the body and essential for thermoregulation.

25 c tone, cellular proliferative activity, and thermoregulation.

26 is involved in heat-induced hyperalgesia and thermoregulation.

27 Additionally, a role in thermoregulation, a defining feature of mammalian homeos

28 roclimate, predicts a moderate level of leaf thermoregulation across a broad air temperature gradient

29 e had impaired water repulsion and defective thermoregulation after water immersion.

30 Furthermore, thermoregulation and activity measurements in cilia muta

31 at MRR 5-HT1A receptors are also involved in thermoregulation and arousal.

32 While infant behavioral thermoregulation and BAT thermogenesis have been extensi

33 , in addition to playing a conserved role in thermoregulation and chemosensation, is required for thi

34 To examine the role of nitric oxide (NO) on thermoregulation and control of breathing in obesity, aw

35 LCN2 has a novel role in adaptive thermoregulation and diet-induced insulin resistance.

36 own adipose tissue (BAT) contributes to both thermoregulation and energy expenditure in rats through

37 sm that controls whole-body BAT activity for thermoregulation and energy homeostasis.

38 BAT function, with possible implications for thermoregulation and energy metabolism in drinkers.

39 nderlie the key physiological adaptations in thermoregulation and energy utilization that permitted h

40 L) and its receptor (PRLR) have an impact on thermoregulation and hair morphology phenotypes, giving

41 polating these findings clinically, impaired thermoregulation and hypothermia are potential risks in

42 DMH), a brain region known to be involved in thermoregulation and in stress responses, causes similar

43 tions, involving both direct effects through thermoregulation and indirect pathways through trophic i

44 nthesize the complexities of host behavioral thermoregulation and its impacts on various temperature-

45 and UCP5 may be involved in tissue-specific thermoregulation and metabolic changes associated with n

46 temperatures, may exert greater influence on thermoregulation and metabolism during the hibernation s

47 TRPV1- and TRPM8-neurons in thermosensation, thermoregulation and nociception, thus significantly ext

48 We dissect the molecular mechanisms of thermoregulation and report the structure of the CssA th

49 ting in normal thermal sensation relevant to thermoregulation and reproductive functions, HE TRPV1 ce

50 sults, infection and dehydration and enables thermoregulation and sensory perception.

51 nal autonomic and motor circuits involved in thermoregulation and sexual function.

52 DB thermosensitive neurons can modulate both thermoregulation and sleep-wake control.

53 e neurons are hypothesized to participate in thermoregulation and sleep-wake control.

54 drenaline reuptake inhibitor on performance, thermoregulation and the hormonal responses to exercise.

55 In the context of thermoregulation and the maintenance of core temperature

56 f") - a state that is shaped by early social thermoregulation and through the social network.

57 dy were to develop a cell model of cutaneous thermoregulation and to determine the mechanisms underly

58 e a response to opposed selection pressures, thermoregulation and water conservation, at different li

59 e analogues, we propose that the benefits of thermoregulation and/or crypsis are likely to have contr

60 wo-component signal transduction systems for thermoregulation, and a ferritin uptake network.

61 al mechanisms underlying the drive to sleep, thermoregulation, and antinociception.

62 man and animal studies of muscle physiology, thermoregulation, and autonomic nervous system function.

63 ANS are key regulators of immune responses, thermoregulation, and energy balance, functions that und

64 emodeling, lymph node organogenesis, central thermoregulation, and formation of a lactating mammary g

65 Reproduction, water balance, thermoregulation, and neuroendocrine functions are also

66 , memory, anxiety, cardiovascular responses, thermoregulation, and nociception.

67 mportant roles in mimicry, sexual selection, thermoregulation, and other adaptive processes in many g

68 tipredator defenses, parasitic exploitation, thermoregulation, and protection from ultraviolet light,

69 hological nucleus involved in feeding, fear, thermoregulation, and sexual activity.

70 ribute to the modulation of pain processing, thermoregulation, and sexual function in the spinal cord

71 mechanisms controlling feeding, metabolism, thermoregulation, and sleep overlap in the hypothalamus.

72 nd sufficient for autonomic cardiac control, thermoregulation, and survival, and targeting the overac

73 plays important roles in energy homeostasis, thermoregulation, and the maintenance of lung morphology

74 ent evidence suggests roles in AT expansion, thermoregulation, antigen presentation, and iron homeost

75 ever, the effects of weightlessness on human thermoregulation are not well understood.

76 iological roles for vagal afferents (e.g. in thermoregulation, arousal and fatigue) are being investi

77 insight into the role of adipose tissues in thermoregulation, as well as an alternative way to targe

78 Body thermoregulation at room temperature was also disrupted

79 in's temperature set-point while maintaining thermoregulation at that lower set point.

80 an important role in coupling metabolism and thermoregulation at the level of anterior hypothalamus.

81 Rat pups are capable of behavioral thermoregulation, both in the nest and on a thermocline,

82 ses on routine neonatal care, resuscitation, thermoregulation, breast-feeding, "kangaroo" [skin-to-sk

83 tch (histamine and chloroquine) and impaired thermoregulation but did not impair mechanosensation or

84 MA, where ambient temperature interacts with thermoregulation, but not locomotor activity.

85 DNA sequences within papB were required for thermoregulation, but the PapB and PapI regulatory prote

86 gration of water/electrolyte homeostasis and thermoregulation, but we have a limited understanding th

87 peratures, suggesting the use of behavioural thermoregulation by caribou.

88 Specifically, we suggest that behavioral thermoregulation by the intermediate host may buffer the

89 ndividuals that fail to balance the costs of thermoregulation (by huddling in groups) with the costs

90 lations in the SPZ, and different aspects of thermoregulation (circadian rhythm and fever response) a

91 nates, implying that this taxon did not have thermoregulation comparable to modern birds, but was abl

92 In addition male piglets showed impaired thermoregulation compared to females.

93 rmanent and 4 (9%) transient ptosis, 5 (11%) thermoregulation difficulties, 4 (9%) a sensation of lef

94 with a severe defect in water repulsion and thermoregulation due to decreased production of sebaceou

95 ountercurrent heat exchange is associated to thermoregulation during blood-feeding.

96 Its principal function is thermoregulation during exposure to a hot environment or

97 ehavioral mechanisms contribute to effective thermoregulation during huddling in the cold.

98 gesting that muscle assumes a larger role in thermoregulation during starvation.

99 expected to influence body size by altering thermoregulation, energetics or food availability.

100 ding neural pathways for thermoreception and thermoregulation, experiments were performed on anaesthe

101 ions, including arousal, locomotor activity, thermoregulation, food intake, and memory.

102 o evidence of colour patterning, ecology and thermoregulation, fossil melanosomes can also carry a ph

103 Leaf thermoregulation has been documented in a handful of stu

104 a region involved in the central control of thermoregulation, identified neurons that express both I

105 tions of the disease, would recapitulate the thermoregulation impairment observed in children with IN

106 oss during a fast, in partial restoration of thermoregulation in a cold challenge, and in inducing se

107 lasma uridine governs energy homeostasis and thermoregulation in a mechanism involving adipocyte-depe

108 Circadian body temperature fluctuations and thermoregulation in a warm environment were also indisti

109 ls, devoid of 5-HT neurones, showing altered thermoregulation in cold stress (4 degrees C) and a redu

110 diverse range of non-visual roles, including thermoregulation in ectotherms.

111 In line with this, altered thermoregulation in Gpr50(-/-) mice is associated with a

112 sweat glands are essential for sweating and thermoregulation in humans.

113 of underlying brain injury causing impaired thermoregulation in out-of-hospital cardiac arrest patie

114 Thermoregulation in over-wintering clusters is thought t

115 To assess the global role of rppH in thermoregulation in P. syringae, RNA sequencing was used

116 about the underlying genetic determinants of thermoregulation in plant-pathogenic bacteria.

117 on MDMA neurotoxicity, core temperature, and thermoregulation in rats.

118 hesized to serve as a temperature sensor for thermoregulation in the cold.

119 against hyperthermia and alleviate defective thermoregulation in the elderly, and may provide a model

120 contribution of TRPV4 to thermosensation and thermoregulation in vivo.

121 Here we show that thermoregulation, in which the transcription of select R

122 ids resulted in impaired water repulsion and thermoregulation, increased rates of UVB-induced epiderm

123 d water loss, problems with electrolytes and thermoregulation, increased risk of local or systemic in

124 Thermoregulation is a complex intercommunicative functio

125 gene fusions and point mutations, that RhlR thermoregulation is a posttranscriptional effect depende

126 Autonomic thermoregulation is a recently acquired function, as it

127 Morphine-induced thermoregulation is attenuated in CREB(alphaDelta) mutan

128 mote winter survival when food is scarce and thermoregulation is challenging.

129 nkeys), demonstrating that TRPV1 function in thermoregulation is conserved from rodents to primates.

130 are sensitive to cold, indicating that their thermoregulation is defective.

131 Thermoregulation is one of the most vital functions of t

132 We suggest that leaf thermoregulation is widespread in both space and time, a

133 a region that contains neurons that control thermoregulation, is the main locus at which histamine a

134 ine gland density are required for efficient thermoregulation, it is unclear if these changes are lin

135 gnificant role for delta opioid receptors in thermoregulation, it is unclear whether delta receptors

136 (size, wings), behavior (activity patterns, thermoregulation), life cycles, and ecophysiology (cold

137 for these two species indicate that variable thermoregulation likely existed among the non-avian dino

138 an adaptation to special challenges, such as thermoregulation, locomotion in dense forests, or endura

139 such as the preoptic area (altered sleep and thermoregulation), medulla (adrenal corticosteroid respo

140 d, on the basis of heat-balance models, that thermoregulation might have been important in the evolut

141 are widely accepted in animal but not human thermoregulation models.

142 are widely accepted in animal but not human thermoregulation models.

143 ar to BAT and is essential for intravascular thermoregulation of cold acclimation.

144 Thermoregulation of immune defence could offer an adapti

145 e RNA thermometers are the main mechanism of thermoregulation of QS-dependent gene expression in P. a

146 ation of the molecular mechanism involved in thermoregulation of QS-dependent virulence-factor produc

147 e nonpermissive temperature, suggesting that thermoregulation of region 1 may be exerted through vari

148 Intriguingly, RppH is involved in the thermoregulation of ribosome-associated proteins, as wel

149 ia coli mediates RNA turnover, contribute to thermoregulation of syfA.

150 sera revealed that some proteins exhibiting thermoregulation of synthesis elicited antibody response

151 hanism may explain the role of alpha2-ARs in thermoregulation of the cutaneous circulation.

152 Thermoregulation of the thorax allows endothermic insect

153 stem-loop structure was sufficient to confer thermoregulation on the reporter, while sequences furthe

154 cur and coincide with the periods of altered thermoregulation produced by systemic administration of

155 ted in feeding behavior, energy homeostasis, thermoregulation, reward seeking, addiction, and materna

156 defense, immune surveillance, UV protection, thermoregulation, sweating, lubrication, pigmentation, t

157 General anaesthetics greatly impair thermoregulation, synchronously reducing the thresholds

158 at TRPM8 is a universal cold receptor in the thermoregulation system.

159 tissues, which were instead dependent on the thermoregulation tactic employed by an organism, being c

160 me climate change effects through behavioral thermoregulation that can be captured by mechanistic mod

161 me climate change effects through behavioral thermoregulation that can be captured by mechanistic mod

162 evaluate predictions from a novel theory of thermoregulation that synthesizes energy budget and carb

163 terface for light capture, gas exchange, and thermoregulation, the potential contributions of leaves

164 appeared to match predictions of behavioral thermoregulation theory, fine-scale examination revealed

165 must be considered in addition to behavioral thermoregulation to explain habitat selection decisions.

166 ed in diverse aspects of their ecology, from thermoregulation to mimicry.

167 to general principles of thermosensation and thermoregulation, unachievable using the rodent model al

168 e-stimulated insulin secretion and defective thermoregulation upon fasting.

169 The lig fragment successfully conferred thermoregulation upon the beta-galactosidase reporter in

170 dy provides new evidence that TRPV1 controls thermoregulation upstream of the SNS, providing a potent

171 Therefore, the role of 5-HT(2A) receptors in thermoregulation was assessed in two rat models of ovari

172 This failure of thermoregulation was caused by impaired shivering and no

173 Impaired thermoregulation was evident in Mfap2(-/-) mice prior to

174 ance understanding of TRPV1 contributions to thermoregulation, we measured the effects of a TRPV1 rec

175 e the roles of 5-HT neurons in breathing and thermoregulation, we took advantage of a unique conditio

176 ndicates that in social insect tasks such as thermoregulation, where temperature may provide a global

177 ciated with PPT1 deficiency, that of altered thermoregulation, which is associated with impaired lipo

178 at both temperatures, contrasting with papB thermoregulation, which was not greatly altered by limit