FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3147437095> ?p ?o ?g. }

• W3147437095 abstract "Real-time gait biofeedback is a promising rehabilitation strategy for improving biomechanical deficits in walking patterns of post-stroke individuals. Because wearable sensor technologies are creating avenues for novel applications of gait biofeedback, including use in tele-health, there is a need to evaluate the state of the current evidence regarding the effectiveness of biofeedback for post-stroke gait training. The objectives of this review are to: (1) evaluate the current state of biofeedback literature pertaining to post-stroke gait training; and (2) determine future research directions related to gait biofeedback in context of evolving technologies. Our overall goal was to determine whether gait biofeedback is effective at improving stroke gait deficits while also probing why and for whom gait biofeedback may be an efficacious treatment modality. Our literature review showed that the effects of gait biofeedback on post-stroke walking dysfunction are promising but are inconsistent in methodology and therefore results. We summarize sources of methodological heterogeneity in previous literature, such as inconsistencies in feedback target, feedback mode, dosage, practice structure, feedback structure, and patient characteristics. There is a need for larger-sample studies that directly compare different feedback parameters, employ more uniform experimental designs, and evaluate characteristics of potential responders. However, as these uncertainties in existing literature are resolved, the application of gait biofeedback has potential to extend neurorehabilitation clinicians' cues to individuals with post-stroke gait deficits during ambulation in clinical, home, and community settings, thereby increasing the quantity and quality of skilled repetitions during task-oriented stepping training. In addition to identifying gaps in previous research, we posit that future research directions should comprise an amalgam of mechanism-focused and clinical research studies, to develop evidence-informed decision-making guidelines for gait biofeedback strategies that are tailored to individual-specific gait and sensorimotor impairments. Wearable sensor technologies have the potential to transform gait biofeedback and provide greater access and wider array of options for clinicians while lowering rehabilitation costs. Novel sensing technologies will be particularly valuable for telehealth and home-based stepping exercise programs. In summary, gait biofeedback is a promising intervention strategy that can enhance efficacy of post-stroke gait rehabilitation in both clinical and tele-rehabilitation settings and warrants more in-depth research." @default.
• W3147437095 created "2021-04-13" @default.
• W3147437095 creator A5015790093 @default.
• W3147437095 creator A5075066856 @default.
• W3147437095 creator A5079011282 @default.
• W3147437095 date "2021-03-30" @default.
• W3147437095 modified "2023-09-25" @default.
• W3147437095 title "Biofeedback for Post-stroke Gait Retraining: A Review of Current Evidence and Future Research Directions in the Context of Emerging Technologies" @default.
• W3147437095 cites W1969450508 @default.
• W3147437095 cites W1972413448 @default.
• W3147437095 cites W1977600168 @default.
• W3147437095 cites W1977865477 @default.
• W3147437095 cites W1992324078 @default.
• W3147437095 cites W2023511615 @default.
• W3147437095 cites W2054807784 @default.
• W3147437095 cites W2072846733 @default.
• W3147437095 cites W2086390357 @default.
• W3147437095 cites W2096575895 @default.
• W3147437095 cites W2102110903 @default.
• W3147437095 cites W2106079562 @default.
• W3147437095 cites W2112502224 @default.
• W3147437095 cites W2115138492 @default.
• W3147437095 cites W2117916152 @default.
• W3147437095 cites W2120294471 @default.
• W3147437095 cites W2123261097 @default.
• W3147437095 cites W2128774823 @default.
• W3147437095 cites W2131742577 @default.
• W3147437095 cites W2149623181 @default.
• W3147437095 cites W2150232231 @default.
• W3147437095 cites W2150527897 @default.
• W3147437095 cites W2163611642 @default.
• W3147437095 cites W2166176654 @default.
• W3147437095 cites W2166940734 @default.
• W3147437095 cites W2167697319 @default.
• W3147437095 cites W2271450762 @default.
• W3147437095 cites W2312562409 @default.
• W3147437095 cites W2324022282 @default.
• W3147437095 cites W2334771086 @default.
• W3147437095 cites W2391649572 @default.
• W3147437095 cites W2399986902 @default.
• W3147437095 cites W2430262792 @default.
• W3147437095 cites W2551319577 @default.
• W3147437095 cites W2560073794 @default.
• W3147437095 cites W2622956736 @default.
• W3147437095 cites W27181 @default.
• W3147437095 cites W2732497360 @default.
• W3147437095 cites W2735474392 @default.
• W3147437095 cites W2755813924 @default.
• W3147437095 cites W2759079715 @default.
• W3147437095 cites W2761505665 @default.
• W3147437095 cites W2764048668 @default.
• W3147437095 cites W2766248369 @default.
• W3147437095 cites W2790458389 @default.
• W3147437095 cites W2795942226 @default.
• W3147437095 cites W2801085339 @default.
• W3147437095 cites W2802137293 @default.
• W3147437095 cites W2807362762 @default.
• W3147437095 cites W2887846601 @default.
• W3147437095 cites W2891286156 @default.
• W3147437095 cites W2893965229 @default.
• W3147437095 cites W2900311594 @default.
• W3147437095 cites W2902274595 @default.
• W3147437095 cites W2909824550 @default.
• W3147437095 cites W2935004960 @default.
• W3147437095 cites W2950945930 @default.
• W3147437095 cites W2955202828 @default.
• W3147437095 cites W2962687869 @default.
• W3147437095 cites W2969107163 @default.
• W3147437095 cites W2969825481 @default.
• W3147437095 cites W2990939922 @default.
• W3147437095 cites W2995255336 @default.
• W3147437095 cites W3020472581 @default.
• W3147437095 cites W3092033380 @default.
• W3147437095 cites W3093806818 @default.
• W3147437095 cites W3102591842 @default.
• W3147437095 cites W4237873001 @default.
• W3147437095 cites W4240216723 @default.
• W3147437095 cites W4252684013 @default.
• W3147437095 cites W43735165 @default.
• W3147437095 doi "https://doi.org/10.3389/fneur.2021.637199" @default.
• W3147437095 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/8042129" @default.
• W3147437095 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33859607" @default.
• W3147437095 hasPublicationYear "2021" @default.
• W3147437095 type Work @default.
• W3147437095 sameAs 3147437095 @default.
• W3147437095 citedByCount "28" @default.
• W3147437095 countsByYear W31474370952021 @default.
• W3147437095 countsByYear W31474370952022 @default.
• W3147437095 countsByYear W31474370952023 @default.
• W3147437095 crossrefType "journal-article" @default.
• W3147437095 hasAuthorship W3147437095A5015790093 @default.
• W3147437095 hasAuthorship W3147437095A5075066856 @default.
• W3147437095 hasAuthorship W3147437095A5079011282 @default.
• W3147437095 hasBestOaLocation W31474370951 @default.
• W3147437095 hasConcept C127413603 @default.
• W3147437095 hasConcept C144133560 @default.
• W3147437095 hasConcept C151730666 @default.
• W3147437095 hasConcept C151800584 @default.
• W3147437095 hasConcept C155202549 @default.
• W3147437095 hasConcept C15744967 @default.

• next