CLINICAL_TRIALS ClinicalTrials.gov record with results posted

Locomotor Adaptability for Community Mobility of Older Adults: The Role of Gait Automaticity

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Record identity and dates

Source: ClinicalTrials.gov
Source record ID: NCT04934956
Title field or adapter rule: {'original_value': 'Locomotor Adaptability for Community Mobility of Older Adults: The Role of Gait Automaticity', 'source_field': 'protocolSection.identificationModule.officialTitle'}
Ingested At: 2026-10-29T01:00:17.608755+00:00
Published At: 2026-10-28T00:00:00+00:00
Record Updated At: 2026-10-28
Results Posted At: 2026-10-28
Source Retrieved At: 2026-10-29T01:00:16.864611+00:00
Timestamp Basis: ClinicalTrials.gov API/RSS response retrieval timestamp recorded by Dossier adapter
Date limitation: ClinicalTrials.gov API/RSS response retrieval timestamp recorded by Dossier adapter

protocolSection.conditionsModule.conditions: ["Community Mobility of Older Adults", "Locomotor Adaptability", "Gait Automaticity"]
protocolSection.statusModule.lastUpdatePostDateStruct: {"date": "2026-10-28", "type": "ACTUAL"}
protocolSection.identificationModule.nctId: "NCT04934956"
protocolSection.identificationModule.officialTitle: "Locomotor Adaptability for Community Mobility of Older Adults: The Role of Gait Automaticity"
protocolSection.statusModule.overallStatus: "COMPLETED"
protocolSection.designModule.phases: ["NA"]
protocolSection.statusModule.resultsFirstPostDateStruct: {"date": "2026-10-28", "type": "ACTUAL"}

{'armGroupLabels': ['Intervention: Split-belt walking; Multiple transitions between split-belt and tied-belt walking'], 'description': 'These will be used in all experiments and consists of a time period during which the legs move at different speeds (0.5 m/s vs. 1 m/s). The investigators select those speeds since the investigators have observed in our preliminary data and published study (Sombric et al. 2017) that older individuals adapted at these speeds exhibit large deficits at motor switching when transitioning to overground walking. This large reference signal will facilitate the detection of a change in motor switching (Aim 2) following the Intervention.', 'name': 'Split-belt walking', 'type': 'OTHER'} (protocolSection.armsInterventionsModule.interventions[])
{'armGroupLabels': ['Intervention: Split-belt walking; Multiple transitions between split-belt and tied-belt walking'], 'description': 'This intervention consists of multiple short adaptation blocks (i.e., 5 blocks of 200 strides each) interleaved with short de-adaptation blocks (i.e., 4 blocks of 50 strides of tied-belt walking each). It was designed based on several studies showing improvements in adaptation rate in young adults with a similar protocol (Malone et al. 2011; Day et al. 2018; Leech et al. 2018).', 'name': 'Multiple transitions between split-belt and tied-belt walking', 'type': 'OTHER'} (protocolSection.armsInterventionsModule.interventions[])

An intervention appearing in a study record does not establish an effect or an approved use.

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