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1 social integration has a direct influence on thermoregulatory ability: individual animals that form a
2                                     The main thermoregulatory abnormality of Trpv1 KO mice was a diff
3 system mediates hypothalamic coordination of thermoregulatory activity and is a primary regulator of
4 central modulatory effect governing efferent thermoregulatory activity in humans.
5 aneous vasodilatation by inhibiting efferent thermoregulatory activity in humans.
6 ripheral (i.e. effector organ) modulation of thermoregulatory activity.
7               Although genetic selection for thermoregulatory adaptation is frequently presumed to be
8 it is hypothesized that cocaine also impairs thermoregulatory adjustments that mediate heat dissipati
9  sweat losses, and hypohydration negates the thermoregulatory advantages conferred by acclimation.
10                               Notably, this 'thermoregulatory afferent' pathway exists in parallel wi
11 ral basis for reduced air hunger perception, thermoregulatory and autonomic deficiencies in the syndr
12 eta-endorphin modulates the acute endocrine, thermoregulatory and behavioral response to a social con
13                   Experiment 1 addressed the thermoregulatory and cardiovascular concomitants of ultr
14                                   Ruling out thermoregulatory and immediate effects of social interac
15 ") prompted the current investigation of the thermoregulatory and locomotor effects of 4-MMC.
16 how that the cathinone analog 4-MMC exhibits thermoregulatory and locomotor properties that are disti
17 diotelemetry probes simultaneously monitored thermoregulatory and locomotor responses to various dose
18                         In experiment 1, the thermoregulatory and psychomotor responses produced by M
19 The present results suggest that the blunted thermoregulatory and ventilatory responses to hypoxia in
20 both critical sites to regulate sympathetic, thermoregulatory BAT circuits.
21 d, little is known about the extent to which thermoregulatory behavior can be influenced by BAT therm
22 parative research suggests that yawning is a thermoregulatory behavior in homeotherms.
23 findings indicate that the ability to adjust thermoregulatory behavior to compensate for enhanced met
24 motor and thermogenic capabilities influence thermoregulatory behavior under different task condition
25 ated the incidence of yawning to other avian thermoregulatory behaviors in budgerigars (e.g., panting
26             This prediction was supported by thermoregulatory behaviors of lizards in outdoor arenas
27 ng was also positively correlated with other thermoregulatory behaviors.
28 ctotherms can rely on water availability and thermoregulatory behaviour to buffer constraints along t
29 ctively during cold exposure, gaining little thermoregulatory benefit from the presence of multiple l
30 The hindbrain may be capable of considerable thermoregulatory capacity independent of the hypothalamu
31 roduction is predicted to influence maternal thermoregulatory capacity, as are the size and compositi
32 al subdivision of the medial preoptic area ('thermoregulatory center'), and the reticular thalamic nu
33 dian subregion of the preoptic area (POA), a thermoregulatory centre.
34 ergic (non-p5HT) cells recorded responded to thermoregulatory challenges that evoked an increase in B
35 xtracellularly from raphe cells during three thermoregulatory challenges that evoked an increase in B
36 rgetically costly; thus, it is critical that thermoregulatory circuits are modulated by signals of en
37 istent with the current understanding of BAT thermoregulatory circuits from the DMH/DHA and mPOA.
38 ospectra of sympathetic discharges supplying thermoregulatory circulation but not those influencing t
39 ical sympathetic motor rhythm regulating the thermoregulatory circulation of the rat tail (T-rhythm;
40 ere we investigated whether nerves supplying thermoregulatory circulations share common rhythmic disc
41               The central neural circuits of thermoregulatory cold defense have been recently unravel
42 n of key neurons in the central pathways for thermoregulatory cold defense is sufficient to induce a
43 key area of the central nervous pathways for thermoregulatory cold defense, by means of repeated micr
44  to the hypercapnic ventilatory response and thermoregulatory cold defense.
45 spinal somatosensory neurons directly to the thermoregulatory command center, the preoptic area (POA)
46 spinal somatosensory neurons directly to the thermoregulatory command center, the preoptic area.
47 e anterior hypothalamus (POAH), an important thermoregulatory control center in the brain.
48                                              Thermoregulatory control is sometimes impaired by seriou
49              The effect of opioids on normal thermoregulatory control is well established.
50   Neuraxial anaesthesia also impairs central thermoregulatory control, and prevents vasoconstriction
51  serotonin (5-HT) neurons to respiratory and thermoregulatory control.
52  diurnality under natural conditions reduces thermoregulatory costs in small burrowing mammals like m
53                                              Thermoregulatory cutaneous vasodilatation (VD) is attenu
54 bient temperatures and can be explained by a thermoregulatory defect that leads to an increase in mot
55 e protein--containing nerves or some central thermoregulatory defect.
56                                    The major thermoregulatory defences in humans are sweating, arteri
57 uscles and vital organs, because of enhanced thermoregulatory demand for skin blood flow coupled with
58 apeutic target for sympathetic hyperactivity thermoregulatory disorders.
59 cacy in rat models of ovariectomized-induced thermoregulatory dysfunction and morphine dependent flus
60 lemetric rat model of ovariectomized-induced thermoregulatory dysfunction and were efficacious at ora
61 has suggested that mirtazapine can alleviate thermoregulatory dysfunction by blocking 5-HT(2A) recept
62 2A) receptor blockade appeared to exacerbate thermoregulatory dysfunction in OVX rats.
63 iol, alleviates hot flushes in rat models of thermoregulatory dysfunction of the brain.
64 lemetric rat model of ovariectomized-induced thermoregulatory dysfunction, a mouse p-phenylquinone (P
65                         Menopause-associated thermoregulatory dysfunction, including hot flushes and
66           In the morphine-dependent model of thermoregulatory dysfunction, mirtazapine (10 mg/kg, i.p
67 sed in two rat models of ovariectomy-induced thermoregulatory dysfunction.
68  in two rodent models of ovariectomy-induced thermoregulatory dysfunction.
69 interventions in subjects without underlying thermoregulatory dysfunction.
70 us in animal models of depression, pain, and thermoregulatory dysfunction.
71 growth in iron-depleted medium abrogated the thermoregulatory effect, with high-level expression at b
72 ween output of thermointegrative centers and thermoregulatory effector responses rather than processi
73 es the thermosensory information and outputs thermoregulatory effector signals.
74 lation of body temperature, we evaluated the thermoregulatory effects of ablating KNDy neurons by inj
75 or activation plays a permissive role in the thermoregulatory effects of methanandamide.
76 y a dense array of triangular hairs with two thermoregulatory effects.
77                                 However, the thermoregulatory explanation for hair loss was supported
78 mals is not solely due to metabolic rate and thermoregulatory factors.
79  a profound effect on the development of the thermoregulatory febrile response.
80                                     However, thermoregulatory function during a controlled heat stres
81 ts a central and/or peripheral modulation of thermoregulatory function in humans.
82                           To corroborate its thermoregulatory function, we also related the incidence
83 considered delta(13)C-derived carbon source, thermoregulatory group, and season.
84 s mediated by high-protein crops, but not by thermoregulatory habitat at the scale examined.
85                     A thermodynamic model of thermoregulatory huddling interactions between endotherm
86  of ambient temperatures over which adaptive thermoregulatory huddling will emerge.
87 clear evidence that alpha-1 AR activation of thermoregulatory hypothalamic neurons will result in a r
88 x gene, ttx-3, functions in the antagonistic thermoregulatory interneuron AIY ().
89   Previously, we showed that activation of a thermoregulatory ion channel, transient receptor potenti
90 epRb neurons in the DMH/DHA and mPOA mediate thermoregulatory leptin action.
91 cool sensory signals from the skin is a core thermoregulatory mechanism within the POA that is essent
92                                   Therefore, thermoregulatory mechanisms engaged during moderate cool
93        In menopausal women, dysregulation of thermoregulatory mechanisms leads to hot flushes and nig
94 s produces effects on drinking and autonomic thermoregulatory mechanisms, providing a structural basi
95 of pharmacologically induced hypothermia and thermoregulatory mechanisms.
96  block measures of METH neurotoxicity by non-thermoregulatory mechanisms.
97 d in the Tb setting through afferents to the thermoregulatory median preoptic nucleus (MnPO).
98 sent study, we tested whether induction of a thermoregulatory-mediated increase in tissue blood flow,
99                     These findings support a thermoregulatory model of vasomotor symptoms.
100                              However, recent thermoregulatory models have postulated that increased a
101 ons regulate life-sustaining respiratory and thermoregulatory networks, and demonstrates a noninvasiv
102 to prevalent models, providing a new view on thermoregulatory neural circuits.
103 d is required for the function of AIZ in the thermoregulatory neural network.
104 of a TRPV1 receptor antagonist, A-889425, on thermoregulatory neurons in the medial preoptic area of
105 1 receptors indirectly modulates activity of thermoregulatory neurons in the mPOA in a manner that is
106                                              Thermoregulatory neurons in the preoptic area of the ant
107                                              Thermoregulatory neurons of the median preoptic nucleus
108 ch as the hypothalamus, which is the site of thermoregulatory neurons, is critical for the febrile re
109 on the brown adipose tissue activity through thermoregulatory nuclei such as the dorsomedial nucleus
110 ion has a communicative function, not just a thermoregulatory one.
111                       In humans, the dynamic thermoregulatory organ, comprised of 2-4 million sweat g
112 hich is thought to contain neurons providing thermoregulatory output to effectors.
113  for the function of this interneuron in the thermoregulatory pathway.
114 distribution of thermal resources constrains thermoregulatory performance over space and time.
115          This study aimed at determining the thermoregulatory phenotype of mice lacking transient rec
116 In summary, Trpv1 KO mice possess a distinct thermoregulatory phenotype, which is coupled with a pred
117 skeletal muscle and brown adipose tissue, in thermoregulatory physiology is less well understood.
118               This biological solution for a thermoregulatory problem may lead to the development of
119 to those of MDMA and METH, direct effects on thermoregulatory processes and locomotor activity are li
120 pine is not a likely mechanism for restoring thermoregulatory processes in OVX rats.
121 eurons within a neural network dedicated for thermoregulatory processes.
122 during both central nervous system-mediated, thermoregulatory reflex responses to whole-body heat str
123 entially constitutes the afferent arm of the thermoregulatory reflex that is triggered by cutaneous s
124 e preoptic area and anterior hypothalamus, a thermoregulatory region that integrates central and peri
125 ing prostaglandin E(2) (PGE(2)) synthesis in thermoregulatory regions of the preoptic area and anteri
126 ntitative real-time PCR, we investigated the thermoregulatory response for representative genes in ea
127 solution of the van der Pol equation and the thermoregulatory response in the data that has a stochas
128  and EP4 receptors all may contribute to the thermoregulatory response to PGE2, but each may have a d
129 uclease protection analysis showed that this thermoregulatory response was rapid as evidenced by the
130 somal protein S5, were shown to disrupt this thermoregulatory response, allowing papBA transcription
131  degrees C) cold exposure did not affect the thermoregulatory responses (deep body and tail skin temp
132                  To test the hypothesis that thermoregulatory responses are attenuated in such patien
133 POINTS: Visceral thermoreceptors that modify thermoregulatory responses are widely accepted in animal
134         Visceral thermoreceptors that modify thermoregulatory responses are widely accepted in animal
135 ed the patterns of Fos distribution with the thermoregulatory responses elicited by the LPS.
136                         ABSTRACT: We studied thermoregulatory responses of ten well-trained [VO2 max
137 e that TRPA1 channels do not drive autonomic thermoregulatory responses to cold in rodents.
138  the hypothesis that motion sickness affects thermoregulatory responses to cooling in humans.
139 heral leukocyte concentrations or behavioral thermoregulatory responses to infection.
140  of LPS inflammation, it should mediate both thermoregulatory responses to LPS.
141 s to manifest and integrate normal sleep and thermoregulatory responses to metabolic challenges.
142  of neural activity in the NRM should reduce thermoregulatory responses to peripheral thermal challen
143 ctivities under basal conditions, as well as thermoregulatory responses to severe heat and cold.
144  into the sweltering heat evokes a number of thermoregulatory responses, both autonomic (sweating) an
145 tructing 4 mouse chimeras and studying their thermoregulatory responses, we found that all 3 phases o
146                  These data indicate a novel thermoregulatory role for both IGF-1R and neuronal insul
147                                          The thermoregulatory role of hypothalamic excitatory neurons
148 nd raise questions about the assumption of a thermoregulatory set point in humans, and our evolutiona
149 tters and to instability in the hypothalamic thermoregulatory setpoint.
150 herefore, TRPV1-targeted compounds that lack thermoregulatory side effects may provide relief from pa
151 ally thought that the DMH contained a single thermoregulatory site that worked as a fever-hypothermia
152  unstudied and such factors as reproductive, thermoregulatory, social, and predator-avoidance behavio
153   Further, the reflex SSNA response to a non-thermoregulatory stimulus was preserved in older adults
154 eing, SSNA can be further increased by a non-thermoregulatory stimulus.
155           Autonomic reflex screens (77%) and thermoregulatory sweat test (67%) confirmed sudomotor dy
156 gic, sudomotor and cardiovagal functions and Thermoregulatory Sweat Test (TST), from which the Compos
157 lunteers were dehydrated (2.2-5.8% B(m)) via thermoregulatory sweating.
158 ion from skin thermoreceptors to the central thermoregulatory system is important for the defense of
159 s normally tightly regulated by an effective thermoregulatory system.
160 ensors in this tiny ectotherm reminiscent of thermoregulatory systems in larger, endothermic animals.
161 set of arteriolar smooth muscle cells within thermoregulatory tissues.
162 omote surgical-wound infection by triggering thermoregulatory vasoconstriction, which decreases subcu
163 nt of both smaller (capillaries) and larger (thermoregulatory) vessels.

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