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1      Neural complexity correlates with one's level of consciousness.
2 metrically according to clinically diagnosed level of consciousness.
3 hnic group, social class, stroke subtype and level of consciousness.
4 due to acute myeloid leukaemia and depressed level of consciousness.
5 ncephalopathy and four of whom had depressed level of consciousness.
6  reevaluation of the role of connectivity in level of consciousness.
7 n cohort, even in one patient with depressed level of consciousness.
8 ous system, which was a reversible depressed level of consciousness.
9 sing the SAS to subjectively determine their level of consciousness.
10 Blink and tail-clamp responses also assessed level of consciousness.
11 s computer desk with a substantially reduced level of consciousness.
12 h frank hematemesis, melena, and a decreased level of consciousness.
13  signals strongly relates to an individual's level of consciousness.
14 s computer desk with a substantially reduced level of consciousness.
15 l findings were fever, headache, and altered levels of consciousness.
16 mus and basal forebrain underlies decreasing levels of consciousness.
17 used a perturbational approach to assess the levels of consciousness.
18 singly, this phenomenon appears to transcend levels of consciousness.
19 of emotion relate differentially to types or levels of consciousness.
20  deep (N3-)sleep, characterised by different levels of consciousness.
21 rain functional organization that transcends levels of consciousness.
22 recently emerged as a robust metric to infer levels of consciousness.
23 h dissection (0.47, 0.22-0.99; p=0.047), low level of consciousness (0.45, 0.31-0.64; p<0.0001), and
24 dard supportive measures (1D), and decreased level of consciousness (2D).
25                                      Altered level of consciousness (67.9%) in the intensive care uni
26 ned by illicit drugs presented with impaired level of consciousness (92.5%), unstable vital signs and
27 fter the brain is stimulated to quantify the level of consciousness across different states.
28  The development of an index to quantify the level of consciousness across these different states is
29 ral urgency, cardiovascular instability, and level of consciousness after cardiac arrest were most pr
30 lowing neurologic abnormalities: an abnormal level of consciousness, an inability to answer two conse
31 oundational in assessing a patient's current level of consciousness and capacity for recovery.
32 tive days of ICU care, against constructs of level of consciousness and delirium, and correlated with
33 f interventions aimed at improving patients' level of consciousness and functional recovery were beha
34        In children with infection, decreased level of consciousness and higher Pediatric Risk of Mort
35 uated associations between these measures of level of consciousness and outcomes using multivariable
36 ted to the intensive care unit for decreased level of consciousness and respiratory failure.
37 diarrhea, anorexia, weight loss, and altered levels of consciousness and pathologically by the presen
38 common emergency conditions (such as altered level of consciousness) and automated paging for "panic
39 mptoms, seizures, memory deficits, decreased level of consciousness, and central hypoventilation asso
40 o 15, with lower scores indicating a reduced level of consciousness] and at least one reactive pupil)
41 exmedetomidine produced differing effects on level of consciousness as assessed by response to tail c
42 wide variability in BIS scores for any given level of consciousness as compared with the SAS.
43 stolic blood pressure, body temperature, and level of consciousness as previously described.
44 edelic phenomenology constitutes an elevated level of consciousness - as measured by neural signal di
45                                    Depressed level of consciousness, as defined by the RASS, was not
46 tress/low SpO2 at 28% (213/748), and altered level of consciousness at 23% (170/748) compared with re
47 of status epilepticus and improvement in the level of consciousness at 60 minutes occurred in 68 pati
48       The ACD score represents age at onset, level of consciousness at admission, and duration of sta
49  = no reaction to pain) to measure patients' level of consciousness at enrollment and 12 additional t
50 cerebellum significantly correlated with the level of consciousness at the time of PET (r = 0.58, P <
51 se regions significantly correlated with the level of consciousness at the time of PET.
52 t to controlling for sedation (P = 0.02) and level of consciousness at time of MRI (P = 0.02).
53            We included patients with altered levels of consciousness at ICU admission or within the f
54                      Therefore, not only the level of consciousness, but also body posture, might aff
55 ally evident seizures and improvement in the level of consciousness by 60 minutes after the start of
56                         We conclude that the level of consciousness can be dissociated from cortical
57                                    While the level of consciousness can be taken to describe the actu
58 al CMRglc were plotted against posttraumatic level of consciousness, CMRglc values for the thalamus,
59              We did identify that an altered level of consciousness, core feature 3 of delirium, was
60  neurodeficit score (NDS) which consisted of level of consciousness, cranial nerve, motor-sensory fun
61                                    Depressed level of consciousness during hospitalization was define
62          We investigated the relationship of level of consciousness during hospitalization with long-
63 was compared with severity of injury and the level of consciousness evaluated using GCSini and the Gl
64 thalamic sites, elicits major changes in the level of consciousness, even in some minimally conscious
65 ncy Destination; and gaze, facial asymmetry, level of consciousness, extinction/inattention.
66 jury, but its use in patients with decreased levels of consciousness from acute poisoning is uncertai
67 and decreased for those triggered by reduced level of consciousness (from 20% to 17%; difference [95%
68 ; 95% CI: 0.25-0.62), and those with reduced levels of consciousness, GCS <9, (HR: 0.44; CI: 0.33-0.5
69                                          The level of consciousness, hemoglobin concentration, blood
70 cognition, the PFC is a key regulator of the level of consciousness (i.e., the global state of arousa
71 y be the pathological correlate of depressed level of consciousness in acute disseminated encephalomy
72 l adjunctive tool in objective assessment of level of consciousness in brain-injured patients.
73 ical wake-up test" is needed to evaluate the level of consciousness in patients with severe traumatic
74 ship between sleep electrophysiology and the level of consciousness in severely brain-damaged patient
75 iable nor valid for routinely monitoring the level of consciousness in the critically ill patient.
76 e of human consciousness by manipulating the level of consciousness in volunteers with anesthetic age
77 that has been shown to distinguish different levels of consciousness in in vivo settings.
78  proven helpful in assessing objectively the level of consciousness irrespective of sensory processin
79                          Assessing someone's level of consciousness is a complex matter, and attempts
80                                    Depressed level of consciousness is a more specific clinical crite
81 g critically ill patients, acutely depressed level of consciousness is associated with mortality, but
82 ill, brain-injured patients with a decreased level of consciousness is challenging.
83 pre-percutaneous coronary intervention (PCI) level of consciousness (LOC) and outcomes among patients
84 encephalopathy syndrome, seizures, depressed level of consciousness, methotrexate-related stroke-like
85                                  What is the level of consciousness of the psychedelic state?
86 nesias, autonomic dysfunction, and decreased level of consciousness often requiring ventilatory suppo
87 nd mental travel strongly rely, at different levels of consciousness, on past and ongoing sensory inp
88                There was little variation in level of consciousness or motor activity or drug dose ov
89 1; 95% CI, 1.023-1.099; P = .001), decreased level of consciousness (OR, 5.397; 95% CI, 2.660-10.948;
90 t with encephalopathy (P < 0.001), depressed level of consciousness (P < 0.001), headache (P < 0.001)
91 , atrial fibrillation, and any impairment in level of consciousness (p <.05).
92 nificant reductions in fatigue and depressed level of consciousness (P <.05).
93  RASS showed significant differences between levels of consciousness (P<.001 for all) and correctly i
94  be dysfunctional, although correlation with level of consciousness remains controversial.
95 ntinence, agitation, combativeness, a labile level of consciousness, respiratory depression, and deat
96 linical variables including use of a 6-point level of consciousness scale (1 = awake, 6 = no reaction
97                               The ability of level of consciousness score and additional clinical dat
98 er controlling for these factors, increasing level of consciousness score at 3 hrs after enrollment a
99                                      Maximum level of consciousness score during the initial 24 hrs o
100 in conditions associated with changes in the level of consciousness, such as following severe brain i
101 syndrome characterized by an acute change in level of consciousness that is associated with inattenti
102 patients in the intensive care unit retain a level of consciousness that is inconsistent with their b
103 olved issues include psychology's neglect of levels of consciousness that are distinct from access or
104 , there was no association between depressed level of consciousness (total or sedation-associated) wi
105     Reversible delirium, headache, decreased level of consciousness, tremor, and seizures were most c
106 itions and EEG signatures for monitoring the levels of consciousness under sedation.
107                     We assessed delirium and level of consciousness using the Confusion Assessment Me
108                     We assessed delirium and level of consciousness using the Confusion Assessment Me
109    Patients were prospectively evaluated for level of consciousness using the RASS, SAS, and GCS ever
110                          Sedative-associated level of consciousness was similarly defined for all hos
111                                The decreased level of consciousness was thought to be secondary to se
112 icity (seizures, motor neuropathy, depressed level of consciousness) was attributed to radiation trea
113           The presence of Feature 3, altered level of consciousness, was significantly associated wit
114  to explain different aspects or mechanistic levels of consciousness, we argue that the theories do n
115  of the default mode network (DMN) reflects "level of consciousness," we observed functional uncoupli
116  History of seizures, age, seizure type, and level of consciousness were determined at status epilept
117  to 15, with lower scores indicating a lower level of consciousness) were randomly assigned to intrav
118 ention, cognitive dysfunction and an altered level of consciousness, whereas dementia is an insidious
119 ceptors induce hallucinations and reduce the level of consciousness, while the nicotinic receptor is
120 icient hemodynamic conditions, and decreased level of consciousness, who received mild induced hypoth
121               The development of a decreased level of consciousness within the initial hours after st
122 hese findings suggest that variations in the level of consciousness within the same physiological sta

 
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