ライフサイエンスコーパス: neurological examination

1 ile (SIP), Fatigue Severity Scale (FSS), and neurological examination.

2 atric interview that included a physical and neurological examination.

3 d neuropsychological battery and underwent a neurological examination.

4 vements, a low HINE score (<57), and medical neurological examination.

5 logical symptom, and 3 (15%) had an abnormal neurological examination.

6 r Development (third edition) and a detailed neurological examination.

7 urologic symptom, and 9 (5%) had an abnormal neurological examination.

8 ioperative stroke indicated by postoperative neurological examination.

9 mutant alleles of TBC1D24 were available for neurological examination.

10 sis, if present, is mild and evident only by neurological examination.

11 Signs of DSPN were ascertained by neurological examination.

12 gical validation of abnormal findings on the neurological examination.

13 death, using medical history and findings of neurological examination.

14 ing, rope and ladder climbing), as well as a neurological examination.

15 he knockout and wild-type mice in systematic neurological examinations.

16 rom the sonication based on neuroimaging and neurological examinations.

17 ardized magnetic resonance imaging (MRI) and neurological examinations.

18 e safe and feasible), the Hammersmith Infant Neurological Examination (90% sensitivity), and the Deve

19 98% sensitivity), and the Hammersmith Infant Neurological Examination (90% sensitivity).

20 ing-remitting multiple sclerosis, a complete neurological examination, a baseline brain and spinal co

21 h included history, physical assessment, and neurological examinations; a subset had electroencephalo

22 The relationship between neurological examination abnormalities and alterations i

23 All subjects underwent neurological examination and 3mm skin biopsies.

24 Participants underwent a neurological examination and a cognitive evaluation with

25 diabetic polyneuropathy, the results of the neurological examination and abnormalities of nerve cond

26 12 months after injury, combined with a full neurological examination and comprehensive pain assessme

27 All underwent detailed neurological examination and electrodiagnostic and genet

28 Neurological examination and electrodiagnostic testing s

29 count <300 cells/mm3 underwent standardized neurological examination and functional status assessmen

30 l study site remotely administered a onetime neurological examination and in-depth neuropsychological

31 y signs were elicited by a standard clinical neurological examination and included signs of focal dam

32 ned for polyneuropathy with a questionnaire, neurological examination and nerve conduction studies.

33 Diagnosis was based on structured history, neurological examination and neuropsychological assessme

34 Participants underwent neurological examination and OCT with central postproces

35 ticipants were clinically assessed including neurological examination and pain questionnaire.

36 e integration of historical information with neurological examination and relevant laboratory and par

37 Diagnosis of dementia was based on clinical neurological examination and standardized criteria.

38 ental impairment was based on a standardized neurological examination and the revised Brunet-Lezine s

39 coworkers, including a general physical and neurological examination and the Unified Parkinson's Dis

40 cal presentation with normal findings from a neurological examination and unremarkable findings on di

41 At baseline, patients underwent neurological examination and were scored on the Expanded

42 y focuses on a retrospective chart-review of neurological examinations and genetic and electrodiagnos

43 ES (CMTES-R) were used to describe symptoms, neurological examinations and neurophysiological charact

44 ological dysfunction, 4) abnormal limits for neurological examinations and tests, 5) minimal criteria

45 cording to results on the Hammersmith Infant Neurological Examination) and event-free survival (time

46 es of the Bayley scales, head circumference, neurological examination, and abnormalities on brain mag

47 ld be assessed using MRI of brain and spine, neurological examination, and anti-inflammatory or antia

48 is based on the history and an unremarkable neurological examination, and is made according to the d

49 ated based on neuropsychological evaluation, neurological examination, and MRI.

50 ecificity when combined with EEG background, neurological examination, and somatosensory evoked poten

51 o substantial added value to EEG background, neurological examination, and SSEPs.

52 d spine MRI, cerebral spinal fluid cytology, neurological examination, and steroid use.

53 e use (self-report, urine toxicology), mood, neurological examinations, and anatomical and functional

54 Neuroimaging, nerve conduction studies, neurological examinations, and neuropsychological examin

55 garding age, medical history, oculomotor and neurological examinations, and result of any neuroimagin

56 ividual, was responsible for the form of the neurological examination as it is now performed; and his

57 opathic epilepsy and abnormal motor-sensory (neurological) examinations as predictors of a positive M

58 s (IQR 5-10), with 190 (85%) followed up for neurological examination at a median age of 23 months (2

59 peg test, tremor-related disability, general neurological examination, Barthel Activities of Daily Li

60 ic assessment, clinical scales, physical and neurological examination, bedside cognitive tests, neuro

61 We performed neurological examinations, bedside mental state tests, n

62 Patients had independent neurological examinations before and after the procedure

63 al characterization of the patients included neurological examination, blood tests, magnetic resonanc

64 lysis, exome and Sanger sequencing, clinical neurological examination, brain magnetic resonance imagi

65 Neurological examinations, brain magnetic resonance imag

66 idence of conscious awareness when a careful neurological examination cannot.

67 All subjects underwent clinical assessment, neurological examination, cerebral magnetic resonance, a

68 lineated the frequencies of abnormalities on neurological examination, cerebrospinal fluid studies, n

69 eizures were more likely to have an abnormal neurological examination (clinical seizures: 78% versus

70 rooke's Cognitive Examination (ACE-R), had a neurological examination, clinical diagnostics and multi

71 1228 symptomatic individuals, with detailed neurological examination descriptions available for 753

72 jected to behavioural tests that comprised a neurological examination, determination of motor functio

73 ing DWI in this time window with the 72-hour neurological examination, DWI improved the sensitivity f

74 These EEG features together with basic neurological examinations (eg, pupillary light reflex) c

75 ging has become a requisite component of the neurological examination enabling tailored stroke therap

76 Baseline assessment included: history, neurological examination, expanded disability status sca

77 th APP mutations), with detailed history and neurological examination findings available for 121 (85

78 On neurological examination, he had no light perception bil

79 Measures included pain VAS, neurological examination, health-related quality of life

80 of fidgety movements, and Hammersmith Infant Neurological Examination (HINE) scores at corrected age

81 ry feasts were obtained together with serial neurological examination, if possible.

82 Investigators observed neurological examination improvements for 3 of 92 patien

83 stic specificity of abnormal findings on the neurological examination in first-episode schizophrenia

84 and through neurodevelopment questionnaires/neurological examinations in 70 remaining children.

85 ribution underwent standard and quantitative neurological examination, including disability status, v

86 Video recordings of neurological examinations, including the Movement Disord

87 europhysiologic monitoring and postoperative neurological examination is important to enable immediat

88 resonance imaging and the Hammersmith Infant Neurological Examination may be helpful in assisting cli

89 These results indicate pretransplantation neurological examinations may be the most significant pr

90 e a unique profile, suggesting that targeted neurological examinations may support PANS diagnosis.

91 tive patients with liver cirrhosis underwent neurological examination, MMSE and electroencephalograph

92 The MIS-C group exhibited abnormalities on neurological examination more frequently than controls (

93 njury, several in-vivo procedures (including neurological examination, neuropsychological assessment,

94 ipants undergo regular assessments including neurological examination, neuropsychological testing and

95 Neurological examination, neuropsychological testing and

96 All participants underwent neurological examination, neuropsychological testing and

97 ipants undergo regular assessments including neurological examination, neuropsychological testing, an

98 Neurological examination of non-communicating patients r

99 d at least one postbaseline MRI, relapse, or neurological examination or efficacy assessment.

100 and highlight the need for precision in the neurological examination particularly of elderly patient

101 The quantitative sensory neurological examination provides valuable data alongsid

102 hological grade and scores on the Quantified Neurological Examination (QNE) and its chorea and motor

103 ain location and characteristics, structured neurological examination, quantitative sensory testing,

104 e hundred seventeen women with FMS underwent neurological examination, questionnaire assessment, neur

105 uctural magnetic resonance imaging scans and neurological examination reports of patients with brain

106 The remainder of the neurological examination results were normal.

107 Neurological examination revealed new asymmetric quadrip

108 Neurological examination revealed weakness in bilateral

109 The neurological examination revealed: drooping of the right

110 tes of Health Stroke Scale (NIHSS, a 15-item neurological examination scale with scores from 0 to 42,

111 the age and the NIH Stroke Scale (a 15-item neurological examination scale with scores ranging from

112 No differences in Hammersmith Infant Neurological Examination score (adjusted log odds, -1.50

113 ral Movements Assessment, Hammersmith Infant Neurological Examination score, and clinical examination

114 ers (CHOP INTEND) and the Hammersmith Infant Neurological Examination-Section 2 (HINE-2).

115 Neurological examination, serological characterization a

116 Third, a complete and systematic neurological examination should be routinely done in pat

117 the majority of patients were asymptomatic, neurological examination showed distal sensory loss to p

118 ents obtained routinely, even if the regular neurological examination shows they are healthy.

119 Basic neurological examination supplemented by X-ray examinati

120 clude a thorough history, digital rectal and neurological examinations, symptom scoring (including qu

121 Doppler with embolus detection studies, and neurological examinations to evaluate the relation of RL

122 Neurological examinations traditionally rely on visual a

123 bar puncture underwent standardized history, neurological examination, venipuncture, and lumbar punct

124 sments included adverse events, physical and neurological examinations, vital signs, clinical laborat

125 Neurological examination was abnormal in three, with lim

126 A standardized childhood neurological examination was administered to a sample of

127 Neurological examination was normal.

128 d 12 months after discontinuation), complete neurological examination was undertaken and an adverse e

129 Other than mental retardation, the neurological examination was unremarkable, with exceptio

130 narrow a differential diagnosis and limited neurological examination were common potential sources o

131 The results of an initial neurological examination were normal, including his high

132 n studies, quantitative sensory testing, and neurological examination were used to assess peripheral

133 Neurological examinations were performed at baseline and

134 il 2003) through a survey and a standardized neurological examination, which was videotaped and subse

135 with cerebrospinal fluid (CSF) leakage test, neurological examination with locomotor assessment, whol

136 ts underwent detailed neuropsychological and neurological examinations, with a proportion also undert

137 n patients were excluded because they had no neurological examination within the first 3 visits and w