Journal: Frontiers in Neurology
Article Title: Relationships of post-stroke fatigue with mobility, recovery, performance, and participation-related outcomes: a systematic review and meta-analysis
doi: 10.3389/fneur.2024.1420443
Figure Lengend Snippet: Included study characteristics.
Article Snippet: Schow et al., 2017 Denmark , To investigate fatigue after stroke and its relation to balance, gait, and binocular visual dysfunction (BVD) , Cross-sectional , 29 , Age: 52,86 ± 7,5 years Sex: M = 16, F = 13 Chronicity: Subacute and chronic Time since injury: 5,24 ± 3,56 months Injury Localization: Brainstem:4, cerebellum:7, right:3, left: 8, bilateral: 7 , MFIS , EuroQol five-dimension three level measure (EQ-5D-3L), the Vertical Heterophoria Symptom Questionnaire (VHS-Q), Randot Sterotest (Stereo Optical Co., Chicago, IL), King-Devick test (K-D), Wolff Wand, Keystone Telebinocular, The BESTest and 10MWT , Health-related quality of life, BVD burden, stereo acuity at Near (SAN), reading-related saccadic eye movements, Near Point of Convergence (NPC), Binocular fusion, balance and gait, gait performance , MFIS cognitive (MFISC) has a significant correlation with walking and reactive postural control, and MFIS arousal (MFISA) has a significant correlation with reactive postural control, postural adjustment, and gain stability. MFIS physical (MFISP) and HRQOL have no significant correlation with balance or walking speed. Arousal was majorly related to dizziness, pain, K-D, MIFSP is strongly related to vision, in VHSQ pain/sensation, VHSQ vision, BFN, convergence (NPC), and TBI-MFIS-physical is associated with dizziness and pain. HRQOL is associated with BFN and NPC. Time in the treatment program is the strongest predictor of post-stroke fatigue.
Techniques: Functional Assay, Modification, Activity Assay, Blocking Assay, Control, Battery, Derivative Assay, Construct