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1 g and reflex voiding during bladder filling (under anesthesia).
2 ected from the trachea of pigs exsanguinated under anesthesia.
3 ough the right internal carotid artery while under anesthesia.
4 xamination performed while the patients were under anesthesia.
5 left internal and external carotid arteries under anesthesia.
6 lets, weighing 10.6 +/- 0.4 kg, were studied under anesthesia.
7 very, the sheep had tracheostomies performed under anesthesia.
8 hat spontaneous changes in brain state occur under anesthesia.
9 tes but are abolished in dreamless sleep and under anesthesia.
10 nous dexamethasone or matching placebo while under anesthesia.
11 acisternally into the foramen magnum of rats under anesthesia.
12 ssion of auditory cortical activity recorded under anesthesia.
13 ting guidelines before an elective procedure under anesthesia.
14 es were conducted during routine examination under anesthesia.
15 nt sleep, and their CO(2) response persisted under anesthesia.
16 ptimal imaging performed without examination under anesthesia.
17 of patients at increased risk of aspiration under anesthesia.
18 HFO, which has precluded their investigation under anesthesia.
19 ortical hemodynamics during cardiac ablation under anesthesia.
20 r perception and can reverse unconsciousness under anesthesia.
21 unique cross-scale neuronal dynamic patterns under anesthesia.
22 ng, which may preferentially be examinations under anesthesia.
23 ch dramatically contrast with those recorded under anesthesia.
24 ans, were found to be functionally connected under anesthesia.
25 ry depression during hypoxia was exacerbated under anesthesia.
26 istability when recorded in vitro or in vivo under anesthesia.
27 ations are slower during slow-wave sleep and under anesthesia.
28 erved drop in CMR(glc(ox)) in NREM sleep and under anesthesia.
29 All patients underwent examinations under anesthesia.
30 s was correlated with larger pitch deviation under anesthesia.
31 ice and other species are typically measured under anesthesia.
32 was achieved in awake conditions and imaged under anesthesia.
33 BPV is elevated in hypertension but reduced under anesthesia.
34 ynaptic inputs differing markedly from those under anesthesia.
35 ond to CO(2) during the perinatal period and under anesthesia.
36 s were recorded using a GE 1.5 Tesla machine under anesthesia.
37 orm the contour detection task but disappear under anesthesia.
38 r subconjunctival (periocular) space in rats under anesthesia.
39 nd sacrificed 2 h later by cardiac perfusion under anesthesia.
40 and stimulation patterns and were preserved under anesthesia.
41 SNOs in red blood cells and are hypotensive under anesthesia.
42 th cotton smoke (48 breaths, < 40 degrees C) under anesthesia.
43 designed for total liquid ventilation placed under anesthesia.
44 he primary auditory cortex (AI), as examined under anesthesia.
45 Echocardiography was performed at rest, under anesthesia.
46 on was performed using a 60Co gamma-ray unit under anesthesia.
47 dentical to the changes observed in patients under anesthesia.
52 ntrol, effects that are attenuated or absent under anesthesia and are presumably mediated by the nume
54 asure was the difference between retinoscopy under anesthesia and cycloplegic retinoscopy in children
55 The average difference between retinoscopy under anesthesia and cycloplegic retinoscopy was -0.98 d
58 ned with large-scale unit recordings in rats under anesthesia and in quiet waking, using photoinhibit
60 rats were subjected to a sciatic nerve crush under anesthesia and mechanical thresholds were assessed
61 cordings from mouse olfactory bulb glomeruli under anesthesia and quantified the dominant influence o
62 orded intracellularly from the same neurons, under anesthesia and subsequent wakefulness, in rat barr
63 ypothesis relies mainly on studies conducted under anesthesia and the extent to which it holds under
64 erpretation of neuroscientific data obtained under anesthesia and the understanding of the neuronal b
65 e of two novel odorants is first experienced under anesthesia and then relearned consciously in pairs
66 sponse to chemical and mechanical distension under anesthesia and to feeding and stress in freely-mov
67 caque MD regions were functionally connected under anesthesia and were further refined by iterative o
68 ely with excised intestines or noninvasively under anesthesia, and cannot reveal intestinal dynamics
69 s interpretation of animal studies conducted under anesthesia, and limits the sensitivity of clinical
70 nclude surgeon experience, probing performed under anesthesia, and primary balloon catheter dilation.
71 ly fades away during deep sleep, more stably under anesthesia, and sometimes permanently due to brain
73 Current fasting guidelines for procedures under anesthesia are poorly implemented, leading to nega
74 that RTN activity supports eupneic breathing under anesthesia as well as during states of high arousa
75 imaging using supine OCTA during examination under anesthesia at Bascom Palmer Eye Institute from Mar
77 hese become more fragmented and less diverse under anesthesia but remain wake-like during induced sle
78 been associated with neuronal hyperactivity under anesthesia, but clinical trials of anticonvulsants
79 Z), and retinal blood flow rate was measured under anesthesia by a microsphere infusion technique, or
80 nal signals, such as brain state transitions under anesthesia, can induce noise correlations but can
81 ediated olfactory neural plasticity, induced under anesthesia, can store an individual recognition me
83 Our results suggest that unconsciousness under anesthesia comprises several distinct shifts in br
84 rder of 50% of that obtained with the animal under anesthesia, consistent with previous studies in no
89 arison, the practice of physical examination under anesthesia for evaluation of the contralateral ing
92 ve ocular examination, including examination under anesthesia for younger children, and were diagnose
94 OCTA images were obtained during examination under anesthesia from a young boy with a history of idio
97 IRB-approved clinical study, underwent exam under anesthesia, HRA, and imaging with the experimental
101 ry may decrease the frequency of examination under anesthesia in the long-term management of patients
105 Three children also underwent evaluation under anesthesia, including measurement of corneal thick
111 en adult male Brown-Norway rats were studied under anesthesia (ketamine/xylazine/acepromazine, 55:5:1
114 3 months of strength training, an experiment under anesthesia mapped potential responses to CST and R
115 l fluctuations markedly reduced correlations under anesthesia, matching those observed during wakeful
117 auditory cortex, recorded using Neuropixels under anesthesia (n = 465 units from 2 additional untrai
118 jected to a 40% total body surface area burn under anesthesia (n = 9) or sham burn receiving anesthes
119 d subsequent staining of PC with neurobiotin under anesthesia (n=8) to correlate their neuronal orien
121 s in total CBV by neuronal burst-suppression under anesthesia or by transient global vasodilation in
122 d no male/female differences in total influx under anesthesia, or across the anterior/posterior axis
123 ed ablative procedures, ablation or excision under anesthesia, or the administration of topical fluor
125 port, Sprague-Dawley rats (all male, n = 30) under anesthesia received an intracisternal injection of
126 de and speed of evoked hemodynamic responses under anesthesia resembled those in the awake state, ind
128 ection, electrophysiological recordings made under anesthesia revealed that auditory selectivity in L
129 -unit recordings made from the same monkeys, under anesthesia, revealed that MT neurons were rarely d
131 HVc neurons that respond to auditory stimuli under anesthesia show no responses to the same stimulus
133 easurements performed while the rabbits were under anesthesia suggested that the effect was mediated
135 When characterizing responses to pure tones under anesthesia, the distinct signature of TeA was chan
137 et-induced obesity in the latter two groups. Under anesthesia, the neural activity in the vagus nerve
138 in the lungs of mice inoculated intranasally under anesthesia to cause significant morbidity and mort
140 undergoing clinically indicated examination under anesthesia underwent overhead-mounted optical cohe
142 tivation is generally carried out in animals under anesthesia, usually alpha-chloralose because of it
143 llow eyes, the SD of the mean IOP in animals under anesthesia was always greater than the correspondi
145 hat support temporal precision were obtained under anesthesia, we also reexamined response properties
146 d mPFC in male rats during slow oscillations under anesthesia, we identified a reliable sequential ac
148 ographs obtained during routine examinations under anesthesia were collected to construct an image li
152 min or 6 h following intranasal inoculation under anesthesia were subjected to liquid chromatography
153 ng periods of synaptic quiescence, prominent under anesthesia, were abolished by wakefulness, which p
155 urgical dissection of primary tumors in mice under anesthesia with sevoflurane leads to significantly
156 ory if intraocular pressure was <=16.0 mm Hg under anesthesia without or with topical medications, re
157 ctory if intraocular pressure was 16.0 mm Hg under anesthesia without or with topical medications, re
158 7 years (range, 0.8 to 11 years) retinoscopy under anesthesia yielded significantly more myopic measu