ライフサイエンスコーパス: autonomic dysfunction

1 ocking proteins and subsequent organism-wide autonomic dysfunction.

2 ventilated patients it is tetanus-associated autonomic dysfunction.

3 errant sensory sprouting involved in pain or autonomic dysfunction.

4 hy, lower-limb proximal muscle weakness, and autonomic dysfunction.

5 d and intraocular pressures in patients with autonomic dysfunction.

6 acterized by widespread sensory and variable autonomic dysfunction.

7 s and thus the variable extent of underlying autonomic dysfunction.

8 hy, lower limb proximal muscle weakness, and autonomic dysfunction.

9 tients with peripheral ischemia and possible autonomic dysfunction.

10 acterized by widespread sensory and variable autonomic dysfunction.

11 movement disorder frequently associated with autonomic dysfunction.

12 neuropathy, whereas 2 others had subclinical autonomic dysfunction.

13 ial apparatus, and disorders associated with autonomic dysfunction.

14 d sexual dysfunction, are due to cholinergic autonomic dysfunction.

15 tereotypies, autistic features, seizures and autonomic dysfunction.

16 normal basal metabolic rate, and evidence of autonomic dysfunction.

17 me ends of a spectrum from minimal to severe autonomic dysfunction.

18 ve stress, enhanced hypoxic sensitivity, and autonomic dysfunction.

19 nifest pain in distal extremities and severe autonomic dysfunction.

20 cess and progressive hypotension from uremic autonomic dysfunction.

21 y, and management of respiratory failure and autonomic dysfunction.

22 cardiac arrhythmia, cerebral depression, and autonomic dysfunction.

23 ith recurrent attacks of severe headache and autonomic dysfunction.

24 ural brain lesions, and explored the role of autonomic dysfunction.

25 rited disorders characterized by sensory and autonomic dysfunctions.

26 dysfunction (hazard ratio 5.62, 3.37-9.35), autonomic dysfunction (3.13, 1.77-5.52), axial rigidity

27 In autonomic dysfunction, a large decrease in MAP correlate

28 CB is thought to contribute significantly to autonomic dysfunction, abnormal breathing patterns, and

29 ng II versus Ang-(1-7) may contribute to the autonomic dysfunction accompanying these states.

30 The degree to which autonomic dysfunction affects the PBC population as a wh

31 ere pain, peripheral nerve degeneration, and autonomic dysfunction after intensive glycemic control.

32 ement abnormalities, developmental delay and autonomic dysfunction; an absolute loss of dopamine is g

33 Cardiac autonomic dysfunction and cardiac microvascular dysfunct

34 he level of the PVN, which can contribute to autonomic dysfunction and dysregulation of neural contro

35 eep behavioural disorder, disorders of mood, autonomic dysfunction and global, frontal and visuoperce

36 cognizable phenotype with features including autonomic dysfunction and impaired olfaction.

37 mentation mitigates PM2.5 effects on cardiac autonomic dysfunction and inflammation in a single-blind

38 this study was to evaluate the prevalence of autonomic dysfunction and its implications on exercise c

39 ohort to study the prevalence of symptoms of autonomic dysfunction and its relationship with other sy

40 (2) The relationship between autonomic dysfunction and morbidity and mortality can be

41 gher antibody titers correlated with greater autonomic dysfunction and more frequent cholinergic dysa

42 tic and management parameters in relation to autonomic dysfunction and movement disorders.

43 enotypes at presentation: cervical dystonia; autonomic dysfunction and peripheral neuropathy; and pur

44 P of <40 mm Hg may be associated with marked autonomic dysfunction and poor outcome.

45 normal heart rate variability (HRV) reflects autonomic dysfunction and predicts cardiac death.

46 ers including chronic or restricted forms of autonomic dysfunction and with neurological or paraneopl

47 sease characterized by parkinsonism, ataxia, autonomic dysfunction, and accumulation of alpha-synucle

48 nd progressed to fever, seizures, dysphagia, autonomic dysfunction, and brain death) was consistent w

49 ozanimod 0.5 mg: optic neuritis, somatoform autonomic dysfunction, and cervical squamous metaplasia

50 ms, amnesia, seizures, frequent dyskinesias, autonomic dysfunction, and decreased level of consciousn

51 SNCA dosage is responsible for parkinsonism, autonomic dysfunction, and dementia observed within each

52 le, with the most common being parkinsonism, autonomic dysfunction, and dementia.

53 iated with significant cognitive, motor, and autonomic dysfunction, and has a negative impact on qual

54 sensitivity, abnormal brain-gut interaction, autonomic dysfunction, and immune activation.

55 sensitivity, abnormal brain-gut interaction, autonomic dysfunction, and immune activation.

56 associated with the development of dementia, autonomic dysfunction, and postural instability, which d

57 to the right, nystagmoid jerks to the right, autonomic dysfunction, and retained consciousness.

58 Autonomic dysfunction appeared in the fifth to sixth dec

59 ), which are noninvasive measures of cardiac autonomic dysfunction, are associated with AF incidence

60 ity, and independent of motor impairment and autonomic dysfunction as assessed using overnight heart

61 all fibre neuropathy characterized by severe autonomic dysfunction as well as neuropathic pain, and s

62 Symptoms of cardiovascular autonomic dysfunction (as assessed using the Orthostatic

63 Thoracic RT is associated with autonomic dysfunction, as measured by elevated resting H

64 We conclude that greater autonomic dysfunction, as reflected by decreased HRV, is

65 mation, impaired baroreflex sensitivity, and autonomic dysfunction, as well as decreased hypothalamic

66 e identified that a significant component of autonomic dysfunction associated with several cardiovasc

67 Evidence suggests that development of autonomic dysfunction (AutD) may negatively affect disea

68 ld woman had a 2-year history of ataxia with autonomic dysfunction but without motor neuron signs.

69 We propose that both types of autonomic dysfunction can contribute to the impaired glu

70 (3) Interventions that modulate or reverse autonomic dysfunction can improve outcomes in the affect

71 Autonomic dysfunction can occur in association with spec

72 Data on autonomic dysfunction, cardiac symptoms, medication, and

73 ovement sleep behavior disorder, depression, autonomic dysfunction, cognitive function, and parkinson

74 neurological disorder characterized by early autonomic dysfunction, cognitive impairment, pyramidal t

75 Within the RT cohort, the presence of autonomic dysfunction, defined by an elevated resting he

76 Cardiac autonomic dysfunction denoted by low resting short-term

77 sociated with non-tremor dominant phenotype, autonomic dysfunction, depression, anxiety and probable

78 Autonomic dysfunction developed in 85 patients (mean [SD

79 show that R185H, from patients with minimal autonomic dysfunction, does not produce detectable chang

80 e summarize some of the latest literature on autonomic dysfunction, focusing primarily on the periope

81 Symptoms suggestive of autonomic dysfunction frequently occur in PBC patients a

82 Autonomic dysfunction frequently occurs in the context o

83 Cardiac autonomic dysfunction has prognostic significance in pat

84 rons, while I739V, from patients with severe autonomic dysfunction, has a profound effect on excitabi

85 city, pulmonary hypertension, diastolic, and autonomic dysfunction have all been described, but a uni

86 mming of hypoxic sensitivity and the ensuing autonomic dysfunction in adulthood.

87 ing that apnea of prematurity predisposes to autonomic dysfunction in adulthood.

88 re may be a helpful early screening tool for autonomic dysfunction in children undergoing a ptosis ev

89 icacious in the treatment of respiratory and autonomic dysfunction in heart failure.

90 ons in vagus nerve which could contribute to autonomic dysfunction in Kcna1-null mice, and that KCNQ

91 DMV degeneration is causative of symptomatic autonomic dysfunction in LBD remains to be determined.

92 ng sympathetic, parasympathetic, and enteric autonomic dysfunction in mice injected with rabbit IgG c

93 otein aggregation in the DMV and symptomatic autonomic dysfunction in patients with LBD.

94 This article reviews depression, sleep, and autonomic dysfunction in PD.

95 that optimizing pain management may resolve autonomic dysfunction in RA.

96 Cardiovascular autonomic dysfunction in seizure is a major cause of sud

97 VLM and their contribution to cardiovascular autonomic dysfunction in seizure.

98 s and Parkinson disease, are associated with autonomic dysfunction including parasympathetic denervat

99 nding antibodies correlated with more severe autonomic dysfunction (including the presence of tonic p

100 Severe autonomic dysfunction, including the loss of control of

101 Prevalence of autonomic dysfunction increased with radiation dose and

102 ple with Rett syndrome and mouse models show autonomic dysfunction involving the brain stem locus coe

103 Autonomic dysfunction is a characteristic of MSA, but ha

104 Pilot studies have suggested that autonomic dysfunction is a frequent occurrence in PBC an

105 Autonomic dysfunction is characterized by a significant

106 In MSA, autonomic dysfunction is common and is associated with e

107 Autonomic dysfunction is independently associated with b

108 Other conditions occur in which the autonomic dysfunction is only part of a larger disease p

109 (1) Autonomic dysfunction is present in common diseases like

110 en cardiovascular risk, althogh whether such autonomic dysfunction is present in RA is not known.

111 ed by burning pain in distal extremities and autonomic dysfunction, is a disorder of small-caliber ne

112 t rate recovery after exercise, a measure of autonomic dysfunction, is also associated with increased

113 tiffness, changes in vascular structure, and autonomic dysfunction, is examined.

114 n elevated creatine phosphokinase level, and autonomic dysfunction led to consideration of a malignan

115 These results suggest that autonomic dysfunction may be an important risk factor fo

116 Autonomic dysfunction may play an important role in the

117 Eleven patients with 3 types of confirmed autonomic dysfunction (multiple system atrophy, pure aut

118 Certain clinical features, such as autonomic dysfunction, neuropsychiatric changes, viral p

119 The variety of autonomic dysfunction now extends to a large number of c

120 cific ion channel function may also underlie autonomic dysfunction occurring in other autoimmune dise

121 in type 1 diabetes and may contribute to the autonomic dysfunction of HGP.

122 brainstem or pontine atrophy, parkinsonism, autonomic dysfunction or corticospinal tract abnormaliti

123 re SMA mouse models and patients, reflecting autonomic dysfunction or direct effects in cardiac tissu

124 these signs are accompanied by parkinsonism, autonomic dysfunction, or cognitive decline, regardless

125 utes to renal damage but the extent to which autonomic dysfunction precedes the development of CKD an

126 Autonomic dysfunction predisposes patients to the develo

127 n, can be considered as part of the systemic autonomic dysfunction present in this disease.

128 y patients with LBD also develop symptomatic autonomic dysfunction prior to motor and cognitive sympt

129 s of the disease (ie, cognitive impairments, autonomic dysfunctions, psychiatric disorders, etc.) are

130 ubiquitin or HSP27 density and the patient's autonomic dysfunction scores.

131 Thus, cardiovascular autonomic dysfunction should be an exclusionary feature

132 1 potently inhibits Abl kinase activity, the autonomic dysfunction side effects associated with its u

133 Our analyses revealed that an autonomic dysfunction-specific multi-organ sequence of g

134 onic-receptor antibodies and the severity of autonomic dysfunction suggests that the antibodies have

135 CHGA is a candidate gene for autonomic dysfunction syndromes, including intermediate

136 utonomic neuropathy assessed by the Compound Autonomic Dysfunction Test (rs = 0.66 [95% CI, 0.22 to 0

137 the second is a rapid-onset, but reversible, autonomic dysfunction that is acutely induced by anteced

138 The pattern of autonomic dysfunction that we describe may help to expla

139 l tests provided evidence against widespread autonomic dysfunction; this differed markedly from MSA s

140 progressive symptoms of sensory loss, pain, autonomic dysfunction, ulcerations, and amputations.

141 ed small fibre neuropathy manifested minimal autonomic dysfunction unlike the other six patients in t

142 Autonomic dysfunction was defined as autonomic failure a

143 Autonomic dysfunction was suggested by a monotonous hear

144 multisystemic cholinergic neurotransmission, autonomic dysfunctions were reported in the antenatal fo

145 CHF is associated with autonomic dysfunction, which can be quantified by measur

146 associated with structural brain lesions and autonomic dysfunction, which may predict risk of cogniti

147 study aimed to evaluate early stage cardiac autonomic dysfunction with electrocardiography (ECG)-bas

148 Molecular mechanisms linking autonomic dysfunction with poorer clinical outcomes in c

149 s the acute onset of neuropathic pain and/or autonomic dysfunction within 8 weeks of a large improvem