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1 photophobia, seizure, extremity weakness, or sensory disturbance.
2 ven the complex and widespread nature of the sensory disturbance.
3 ve variable potentials for the initiation of sensory disturbances.
4 o severe disability from muscle weakness and sensory disturbances.
5 penia (25% v 13%), diarrhea (28% v 23%), and sensory disturbances (5% v 0%), grade 3 to 4 toxicities
6 ic, or monolimb weakness, with minimal or no sensory disturbance after a mild flu-like prodrome.
7 naire we could evaluate changes in motor and sensory disturbance after IVIG treatment in patients wit
8 ghts into neuronal degeneration underpinning sensory disturbance and have potential as responsive bio
9                                   Imbalance, sensory disturbances and dysarthria were the most freque
10 ied by a number of other features, including sensory disturbances, and verbal and spatial memory defi
11 presence of the following 4 characteristics: sensory disturbances at the painful abdominal area (78%)
12 mal neuronal activity in the cortex produces sensory disturbances (aura) some 20-40 min before the on
13  brainstem involvement, cerebellar signs and sensory disturbance between the two groups.
14 to peripheral nerves can cause paralysis and sensory disturbances, but such functional impairments ar
15 to changes in motor cortical excitability or sensory disturbance caused by cTBS.
16 s usually of headache with other symptoms of sensory disturbance (eg, light and sound sensitivity), m
17                                              Sensory disturbances following nerve injury may result f
18 uestionnaire for the evaluation of motor and sensory disturbance in EGPA (ANCA related.com).
19 for autism spectrum disorders (ASDs) include sensory disturbances in addition to the well-established
20 several anti-neoplastics and a main cause of sensory disturbances in cancer survivors, negatively imp
21  created a new questionnaire about motor and sensory disturbances in EGPA and investigated whether th
22 ve injury may contribute to the aetiology of sensory disturbances, including dysaesthesia.
23 d ALT/AST (n = 1), dizziness, confusion, and sensory disturbances (n = 2).
24                This can result in persistent sensory disturbance of the hands and feet including numb
25  in mouse models, and differential timing of sensory disturbance onset may contribute to phenotypic d
26 unilateral optic neuritis, partial myelitis, sensory disturbances, or brainstem syndromes such as int
27  inversely correlated with the change in the sensory disturbance ratio, but not with the motor distur
28 score increased significantly, and the total sensory disturbance score decreased significantly, 1 mon
29 ts who received IVIG, we evaluated motor and sensory disturbance scores at disease onset, before IVIG
30                                          One sensory disturbance seen in ASD is an impaired ability t
31 nce of five high-severity symptoms (fatigue, sensory disturbance, walking instability, depression or
32                                        Minor sensory disturbance was significantly lower in the EVLA