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1 vides insight into cardiovascular health and autonomic function.
2 ctor and those involved in the regulation of autonomic function.
3 disease through favorable changes in cardiac autonomic function.
4 ypoglycemia leads to impaired cardiovascular autonomic function.
5 ction and perhaps a role for the striatum in autonomic function.
6 e crucial for the control of food intake and autonomic function.
7 nesis, ingestive behavior, reproduction, and autonomic function.
8 ntral neurotransmitter, modulating brainstem autonomic function.
9 pate in the regulation of cardiovascular and autonomic function.
10 lerated atherosclerosis, and altered cardiac autonomic function.
11 nd receptors mediating central E2 actions on autonomic function.
12 te for the integration of neuroendocrine and autonomic function.
13 hose with suppressed uric acid had decreased autonomic function.
14 e used to monitor the restoration of cardiac autonomic function.
15 improve cardiorespiratory reflex measures of autonomic function.
16 uggested to be involved in the regulation of autonomic function.
17 eptor variants contributing to regulation of autonomic function.
18 ds to brain regions regulating digestion and autonomic function.
19 hypothalamic nuclei regulating appetite and autonomic function.
20 was observed in brainstem nuclei controlling autonomic function.
21 rmal cerebellar, sensory, cranial nerve, and autonomic function.
22 ily changes in vagal afferent signalling and autonomic function.
23 a neuropeptide regulating neuroendocrine and autonomic function.
24 n-may disrupt subsequent sleep and nocturnal autonomic function.
25 the application and adaptability of scES for autonomic function.
26 izes a striking division of labor to control autonomic function.
27 effects of COVID-19 on vascular and cardiac autonomic function.
28 n muscle physiology, cortical circuitry, and autonomic function.
29 used for the restoration of sensorimotor and autonomic function.
30 n the parasympathetic control of cardiac and autonomic function.
31 o regulate thirst, vasopressin secretion and autonomic function.
32 nd inhibition of CeM, resulting in modulated autonomic function.
33 tory neurons, whose wiring may help modulate autonomic function.
34 rom internal organs are essential for normal autonomic function.
35 inate behavior, neuroendocrine function, and autonomic function.
36 ment, cortical regions that modulate cardiac autonomic function.
37 redicted several disturbances in cardiac and autonomic function.
38 rs as well as controlling neuroendocrine and autonomic function.
39 uence behavior as well as neuroendocrine and autonomic function.
40 ssential for motor control, stable mood, and autonomic function.
41 otential link between nutritional status and autonomic function.
42 Acupuncture regulates autonomic function.
43 including food intake, reward behaviors, and autonomic function.
44 stibulospinal reflexes or mediate changes in autonomic function.
45 at processes stress and regulates immune and autonomic functions.
46 e location of vestibular neurons involved in autonomic functions.
47 paired circadian regulation of endocrine and autonomic functions.
48 the hypothalamus (AVPV) mediate a variety of autonomic functions.
49 on of the sleep/wake cycle, food intake, and autonomic functions.
50 one (CRH) in the regulation of endocrine and autonomic functions.
51 mus (LH) regulates metabolic, behavioral and autonomic functions.
52 eptor (alpha2A-AR) agonists modulate diverse autonomic functions.
53 apped in the hypothalamus in areas that have autonomic functions.
54 n of responses to emotional stress and other autonomic functions.
55 st that PACAP may participate in sensory and autonomic functions.
56 psychological status, hormonal profiles and autonomic functions.
57 several nuclei implicated in the control of autonomic functions.
58 quire the coordinated actions of somatic and autonomic functions.
59 gical mechanisms underlying OMT's effects on autonomic functions.
60 itive, motor, visuo-auditory perceptual, and autonomic functions.
61 The pons controls crucial sensorimotor and autonomic functions.
62 r activates stress system neuroendocrine and autonomic functions.
63 critical neurotransmitter in the control of autonomic functions.
64 analgesia, feeding behavior, and a range of autonomic functions.
65 ity is proposed to be a central indicator of autonomic functioning.
66 arisons) and the Scale for Outcomes for PD - autonomic function (5.8 [3.7] vs 8.1 [5.9] and 8.4 [6.0]
67 genic forms of PD, comorbidities that affect autonomic function, a coexisting neuropathologic diagnos
68 association between household PM and cardiac autonomic function among individuals with COPD, as well
72 t from abnormalities in brainstem control of autonomic function and breathing during a critical devel
73 the association between measures of cardiac autonomic function and cardiac vascular function in type
74 between cerebrovascular disease and impaired autonomic function and cerebrovascular reactivity have l
76 exposure is also related to impaired cardiac autonomic function and changes in heart rate variability
78 number of structures with probable roles in autonomic function and direct connections to some of the
79 t rate variability (HRV) provides indices of autonomic function and electrophysiology that are associ
81 thing and apnoea, conceived to perturb their autonomic function and identify changes, if any, provoke
83 or role in the regulation of many aspects of autonomic function and of certain cognitive processes.
85 , affected individuals have abnormalities in autonomic function and respiratory control that may cont
86 ts of motor, sleep, olfactory, cognitive and autonomic function and were followed prospectively to de
89 found that lights triggered more changes in autonomic functions and negative emotions during, rather
90 gions that are involved in the regulation of autonomic functions and to forebrain regions that are in
91 lated to medullary ventilatory command), (3) autonomic function, and (4) compound muscle action poten
93 nsustained ventricular tachycardia, tests of autonomic function, and cardiac MRI demonstrate predicti
94 t bring an additional positive effect to the autonomic function, and consequently, in the inflammator
95 e "gut-brain axis" to alter neural circuits, autonomic function, and higher-order brain function and
96 on, advances in imaging, measures of cardiac autonomic function, and measures of repolarization have
99 ty (HRV), a non-invasive tool for evaluating autonomic function, and routine coagulation indices (RCI
100 Baseline hemodynamic parameters (telemetry), autonomic function, and spontaneous baroreflex sensitivi
101 isability, quality of life, cognition, mood, autonomic function, and striatal dopamine transporter bi
103 ogical systems, including stress reactivity, autonomic functioning, and sleep patterns, and supports
104 hiatric, emotional, cognitive, metabolic and autonomic functions are presented, along with uncertaint
105 o investigate whether differences in cardiac autonomic function as indexed by resting heart rate and
106 icate that the modulation of nociceptive and autonomic function as well as stress and arousal respons
107 s may explain these responses by considering autonomic functions as competing consumers of the finite
108 e hypothesized that statins exert effects on autonomic function, as assessed by plasma norepinephrine
109 ific brain regions involved in emotional and autonomic function, as monitored by a reduction of Creb
110 Disruptions of arousal, mood, sleep, and autonomic function before the first motor signs of PD im
111 nt of the brainstem and has pivotal roles in autonomic functions, behavior, and cognition, most notab
113 ve measures of peripheral muscle fatigue and autonomic function, bringing them closer to healthy cont
114 Prefrontal cortices have been implicated in autonomic function, but their role in this activity is n
115 ent in PH rats normalized the cardiovascular autonomic function, demonstrated by an increase in paras
120 different scenes prior to a stressor altered autonomic function during the recovery from the stressor
122 ansauricular electrical stimulation (tES) on autonomic function during visually induced motion sickne
123 ce other than deconditioning include altered autonomic function (eg, chronotropic incompetence, dysfu
124 dian arrhythmias impair mentation, immunity, autonomic function, endocrine activity, hormonal signali
129 ty of sensitive and reproducible measures of autonomic function has improved physicians' ability to d
130 F; measured by 4-min step test), and cardiac autonomic function (heart rate [HR] recovery, HR variabi
131 aging and the measurement of parasympathetic autonomic function (heart rate variability) in 19 patien
132 ipant was measured 6 times for biomarkers of autonomic function (heart rate, systolic and diastolic b
133 s of physiological studies of cardiovascular autonomic function in 35 PSP and 20 MSA subjects, and 26
134 zed that SIM exerts its beneficial effect on autonomic function in CHF by downregulating central angi
135 se data strongly suggest that SIM normalizes autonomic function in CHF by inhibiting central Ang II m
140 for understanding the regulation of cardiac autonomic function in humans and may greatly influence s
143 e objective of the study was to determine if autonomic function in newborns differs by mode of delive
144 with more favorable and specific indices of autonomic function in older adults, including several su
145 e 5-HT2 receptor modulate cardiovascular and autonomic function in part through actions in the nTS, t
146 ess as well as providing pivotal support for autonomic function in the peripheral nervous system.
155 us, and in brainstem regions associated with autonomic function, including the dorsal vagal complex,
156 al cord to the periphery and thereby control autonomic functions, including blood pressure and body t
158 d central type 1 receptors (CB1R) and modify autonomic functions, including feeding and anti-emetic b
160 aimed to evaluate the relationships between autonomic functions, intracranial pressure, and cerebral
161 amate and serotonin are potent modulators of autonomic functions involving the nucleus of the solitar
162 negative health impact of combat exposure on autonomic function is mediated largely through PTSD and
164 theterizations, echocardiography, indices of autonomic function, lung and heart histology and immunoh
165 ebellum in cognition, sensation, emotion and autonomic function, making it an important target for fu
166 hythms were also observed in hemodynamic and autonomic function markers (blood pressure, heart rate,
167 data suggest that baroreflex sensitivity and autonomic function may be restored after smoking cessati
169 rovides preliminary evidence that changes in autonomic function may influence SBTT in PWH and that pr
171 neuropathy measured 4 weeks later, preserved autonomic function measured by pilocarpine-induced sweat
172 t a clear link between these activations and autonomic functions measured by dynamics of pupillary di
174 jective assessment of CWL, but dependence on autonomic function negates selectivity and diagnosticity
175 llidus and effects on ingestive behavior and autonomic functions of local orexin-A administration in
176 ment sleep behavioural disorder (P = 0.026), autonomic function (P = 0.004), frontal cognitive functi
178 umans, synchrony occurs even at the level of autonomic functioning; people interacting often show mut
179 blood pressure, arterial stiffness, cardiac autonomic function, platelet activation, and NADPH oxida
180 ve diseases; from disorders in which altered autonomic function plays a primary pathophysiologic role
182 Sensory function declined more rapidly than autonomic function, reaching a nadir by Day 6, whereas a
185 ) plays an integral role in stress response, autonomic function, social behavior, and other affective
186 eptor beta (ERbeta) plays important roles in autonomic functions, stress reactivity and learning and
187 rocessing sensory information and regulating autonomic functions, such as bladder control, which is c
188 M including autonomic diary and quantitative autonomic function testing (AFT; 30% females, mean age 5
189 ambulatory esophageal monitoring, manometry, autonomic function testing and GER symptom assessment.
190 function was defined as autonomic failure at autonomic function testing or 2 of the following symptom
193 stinal p < 0.01; genitourinary p < 0.01) and autonomic function tests (p < 0.01, sympathetic and para
194 l examination, nerve conduction studies, and autonomic function tests in 115 patients with a function
197 ols also underwent a standardized battery of autonomic function tests summarized as the Modified Comp
201 utonomic dysfunction reflects the changes in autonomic function that are secondarily induced by cardi
203 ases are also associated with impairments in autonomic function - the regulation of involuntary physi
204 rate variability (HRV), a measure of cardiac autonomic function tied to cardiovascular morbidity and
207 ) enrolled in a longitudinal study, in which autonomic function was evaluated annually for 3 years.
212 neuronal substrate for central E2 actions on autonomic function, we carried out an immunohistochemica
213 itive airway pressure (CPAP) affects cardiac autonomic function, we measured R-R interval (RRI), resp
214 To reestablish the descending regulation of autonomic function, we transplanted serotonergic neuron
215 -nerve electrophysiology, and cardiovascular autonomic function, were assessed at 6 and 12 months.
216 t Rate Variability parameters, indicators of autonomic function, were assessed using fast Fourier tra
217 ei involved in physiological homeostasis and autonomic function, which may have implications in the d
219 nd that genetic variation at CHGB influenced autonomic function, with association maximal toward the
220 arette and noncigarette emission exposure on autonomic function, with particular emphasis on the mech
222 n channel implicated in reflex regulation of autonomic functions within the nucleus of the solitary t