ライフサイエンスコーパス: postictal

1 ced death, and to prevent SUDEP by enhancing postictal 5-HT tone.SIGNIFICANCE STATEMENT There is incr

2 ardia, insufficient initial sedation dosage, postictal agitation [PIA], residual weakness, and prolon

3 lated hippocampal SD is sufficient to elicit postictal ambulation (PIA), whereas induced isolated sei

4 tic evaluation were 0.44 (interictal), 0.75 (postictal) and 0.97 (ictal).

5 Typically, postictal apnoea and bradycardia progress to asystole an

6 e contrasting clinical profiles of ictal and postictal arrhythmias suggest different pathomechanisms.

7 Postictal arrhythmias were mostly found following convul

8 iac arrhythmias: ictal asystole (103 cases), postictal asystole (13 cases), ictal bradycardia (25 cas

9 entricular (AV)-conduction block (11 cases), postictal AV-conduction block (2 cases), (post)ictal atr

10 the possible exception of seizure freedom in postictal behavioural disturbance, epilepsy treatment al

11 us temporal lobe seizures and compared their postictal binding of the non-subtype selective opioid re

12 al bradycardia in both sexes, progressing to postictal cardiorespiratory failure.

13 central apnoea (1.11, 1.05-1.18), and longer postictal central apnoea (1.32, 1.14-1.54]) were signifi

14 zure frequency, peri-ictal apnoea (>14 s for postictal central apnoea and >17 s for ictal central apn

15 possible identifiable EEG marker of profound postictal cerebral dysfunction, and SUDEP.

16 Profound postictal cerebral dysfunction, possibly leading to cent

17 perfusion MRI to investigate the patterns of postictal cerebral perfusion in IGE patients with absenc

18 ntaneously resolved and were associated with postictal confusion.

19 ntaneously resolved and were associated with postictal confusion.

20 ("abrupt onset," "eye-opening/widening," and postictal "confusion/sleep") were significant and reliab

21 lized convulsions into a prolonged (> 8 min) postictal convulsive state expressed mainly by continuou

22 ction, vocalization, speech, facial grimace, postictal cough, late oral automatisms and late motor in

23 ase shifts were calculated from preictal and postictal CRTs.

24 ral nervous system inflammation, and all had postictal death.

25 uced hypoventilation, partially occluded the postictal decrease in the HCVR, exacerbated hypothermia,

26 and found that convulsive seizures caused a postictal decrease in ventilation and severely depressed

27 Primary outcome was postictal delirium during post-status epilepticus treatm

28 first exploratory insights into the risks of postictal delirium in adult status epilepticus patients

29 re not found to be associated with a risk of postictal delirium may be related to the limited sample

30 Associations with postictal delirium were secondary outcomes.

31 hazards model was used to identify risks of postictal delirium.

32 Those mice with severe postictal depression of the HCVR also exhibited transien

33 isms for spontaneous seizure termination and postictal depression remain poorly understood.

34 demonstrate that termination of seizure and postictal depression state may be mediated by dynamics o

35 Postictal depression was reduced also.

36 f spike generation in neurons, resulting in "postictal depression" of the EEG.

37 ium was reduced below baseline, resulting in postictal depression.

38 sttonic clonus; (6) low-amplitude EEG during postictal depression.

39 termined immediate (30 s) and delayed (24 h) postictal ECS refractoriness in Wistar-Kyoto (WKY) and s

40 Student's t tests and between interictal and postictal epochs within epileptic patients with paired t

41 epileptic men completed both interictal and postictal epochs.

42 malizing and subtracting ictal (or immediate postictal) from interictal SPECT for 53 patients with re

43 of SUDEP is brainstem dysfunction, for which postictal generalised EEG suppression might be a biomark

44 c interval explained 41% of the variation in postictal generalized EEG suppression duration (P < 0.02

45 Conversely, postictal generalized EEG suppression duration explained

46 Our findings suggest that postictal generalized EEG suppression is a separate brai

47 The duration of ictal and postictal generalized EEG suppression periods in human E

48 amics underlying seizure termination and the postictal generalized EEG suppression state.

49 as there is a potential association between postictal generalized EEG suppression, cardiorespiratory

50 nic intervals that determine the duration of postictal generalized EEG suppression.

51 riod of complete brain activity suppression, postictal generalized EEG suppression.

52 death in our center appeared to suggest that postictal generalized electroencephalographic (EEG) supp

53 tionale to investigate the interictal and/or postictal HCVR as noninvasive biomarkers for those at hi

54 dy provides a neural substrate for ictal and postictal headache.

55 he timing and duration of ictal and possibly postictal headaches.

56 lmarked by seizures, since the occurrence of postictal hypoperfusion/hypoxia results in a separate se

57 Importantly, the induction of severe postictal hypoperfusion/hypoxia was prevented in animals

58 entified that long-lasting periods of severe postictal hypoperfusion/hypoxia, not seizures per se, ar

59 ression of the HCVR also exhibited transient postictal hypothermia.

60 by COX-2 inhibition, which prevented severe postictal hypoxia.

61 t with the 5-HT agonist fenfluramine reduced postictal inhibition of the HCVR and hypothermia.

62 tal injections) or decreased perfusion (with postictal injections) were noted.

63 24-hour epochs: an interictal baseline and a postictal interval initiated by an electrographically co

64 ere hypoxia and show that structure specific postictal memory and behavioral impairments are the cons

65 port a key role for hypoperfusion/hypoxia in postictal memory impairments and identify that many aspe

66 l breakthrough complex partial seizures with postictal migraines.

67 HCVR, exacerbated hypothermia, and increased postictal mortality in DS mice.

68 e sensitivity and specificity of interictal, postictal or ictal rCBF patterns to identify a seizure f

69 CT (IISPECT) and hyperperfusion in immediate postictal or periictal SPECT (PISPECT) in nonlesional pa

70 roammonic pathway to CA1 was impaired in the postictal period, but only when severe local hypoxia occ

71 t in a severe hypoxic attack confined to the postictal period.

72 flexion and extension, and are followed by a postictal period.

73 y, cognitive or motor impairments during the postictal phase that show striking similarity to transie

74 l nodal cell firing patterns during ictal or postictal phases can be triggered directly by intrinsic

75 changes in autonomic balance during ictal or postictal phases, as per the neurogenic mechanism.

76 rhythmias, such as ictal (during seizure) or postictal (post-seizure) sinus arrhythmias, are potentia

77 Interictal and postictal psychoses, affective disorders, personality ch

78 mong prior studies on correlates of risk for postictal psychosis (PIP) suggest the value of a control

79 s for schizophrenia in an extended cohort of postictal psychosis cases (n = 58) were significantly hi

80 Forced normalization and postictal psychosis may also contribute to suicidal beha

81 Postictal psychosis occurs under particular circumstance

82 may interact to produce particular outcomes (postictal psychosis) in a common disease.

83 hort study including patients diagnosed with postictal psychosis, confirmed by psychiatric assessment

84 We characterized postictal psychosis, which comprises about one quarter o

85 nts, we identified 83 with psychosis; 49 had postictal psychosis.

86 investigate clinical factors associated with postictal psychosis; univariate associations with a p va

87 Postictal rather than ictal arrhythmias seem of greater

88 s model of epileptic seizure termination and postictal recovery was developed.

89 The results suggest immediate and delayed postictal refractoriness are subject to genetic variatio

90 We determined postictal refractoriness in Sprague-Dawley rats by compa

91 not affect seizure severity but it did alter postictal respiratory outcomes and the probability of se

92 pilepsy should perform ictal, preferably, or postictal scanning in combination with interictal scanni

93 This study evaluates the interictal and postictal secretion of luteinizing hormone in mesial tem

94 sleep predisposed sinoatrial nodal cells to postictal sinus arrhythmias, nighttime wakefulness promo

95 ring an epileptic seizure, may contribute to postictal sleep and termination of seizures.

96 In contrast to sleep, postictal slowing was characterized by a broadband incre

97 ission computed tomography (SPECT; n=33), or postictal SPECT (n=23) for localization of epileptogenic

98 Postictal SPECT has low sensitivity and a high incorrect

99 acquire sequentially coregistered ictal and postictal SPECT images of a single seizure.

100 on changes as measured by ictal or immediate postictal SPECT in localizing the epileptogenic region i

101 to perform ictal scanning or interictal and postictal SPECT studies.

102 0 of 23 cases) in PET, interictal SPECT, and postictal SPECT, respectively.

103 Sleep and postictal state affected the spike spatial distribution

104 confusion and memory difficulties during the postictal state remain a major unmet problem in epilepsy

105 y that spontaneously terminates, followed by postictal state when neuronal activity is generally depr

106 During the postictal state, constituting tens of minutes to hours,

107 ure onset zone (SOZ) during wake, sleep, and postictal states using intracranial electroencephalograp

108 table attractors, representing the ictal and postictal states, emulate the observed dynamics.

109 nocturnal monitoring to detect seizures and postictal stimulation is unproven but warrants further s

110 evaluation (7.4% for interictal and 1.5% for postictal studies) and surgical outcome (4.4% for interi

111 al outcome (4.4% for interictal and 0.0% for postictal studies).

112 correlated with the presence and duration of postictal suppression.

113 ctivity onset, tonic phase, clonic phase and postictal suppression.

114 zed pathoclinical entity underlying distinct postictal symptoms in epilepsy.

115 viral encephalitis, we studied seizures and postictal symptoms in mice.

116 Patients with prolonged postictal symptoms lasting up to 8 wk displayed intensiv

117 tion, chewing and lip smacking, automatisms, postictal symptoms, and at least some degree of alterati

118 Postseizure (postictal) symptoms are regularly encountered in epileps

119 trigger a headache during (ictal) or after (postictal) the termination of the event.

120 l flutter/atrial fibrillation (14 cases) and postictal ventricular fibrillation (3 cases).