Decoding the Neural Mechanisms Underlying Postural Instability and Gait Dysfunction in Parkinson's Disease

This page presents selected fields from the linked source record. It does not add a medical interpretation.

Open original source record ↗

Record identity and dates

Source

ClinicalTrials.gov

Source record ID

NCT07748962

Title field or adapter rule

{'original_value': "Decoding the Neural Mechanisms Underlying Postural Instability and Gait Dysfunction in Parkinson's Disease", 'source_field': 'protocolSection.identificationModule.officialTitle'}

Ingested At

2026-10-31T23:27:33.597299+00:00

Published At

2026-10-26T00:00:00+00:00

Record Updated At

2026-10-26

Source Retrieved At

2026-10-31T22:18:37.902788+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

Fields recorded by this source

protocolSection.conditionsModule.conditions

["Parkinson Disease", "Freezing of Gait"]

protocolSection.statusModule.lastUpdatePostDateStruct

{"date": "2026-10-26", "type": "ACTUAL"}

protocolSection.identificationModule.nctId

"NCT07748962"

protocolSection.identificationModule.officialTitle

"Decoding the Neural Mechanisms Underlying Postural Instability and Gait Dysfunction in Parkinson\u0027s Disease"

protocolSection.statusModule.overallStatus

"RECRUITING"

protocolSection.designModule.phases

["NA"]

protocolSection.statusModule.resultsFirstPostDateStruct

null

Study condition terms

• Parkinson Disease (protocolSection.conditionsModule.conditions)
• Freezing of Gait (protocolSection.conditionsModule.conditions)

Interventions recorded in this study

• {'armGroupLabels': ['Participants With Parkinson Disease Undergoing Multi-Condition DBS Assessments'], 'description': 'Participants have the Medtronic Percept DBS system implanted as part of standard clinical care. During study sessions, stimulation is evaluated under different conditions, including clinically optimized stimulation, off stimulation, and alternative stimulation paradigms. Stimulation settings are temporarily adjusted for research assessments and are returned to clinically optimized settings at the end of each session. Effects of those conditions on task performance are being assessed.', 'name': 'Multiple Deep Brain Stimulation (DBS) Conditions', 'type': 'OTHER'} (protocolSection.armsInterventionsModule.interventions[])
• {'armGroupLabels': ['Participants With Parkinson Disease Undergoing Multi-Condition DBS Assessments'], 'description': 'Participants complete walking and balance tasks within a virtual reality environment designed to simulate real-world situations that provoke gait disturbances. Tasks include navigating environmental constraints, performing turning and stopping movements, and completing dual-task cognitive challenges while walking.', 'name': 'Moving Overground in a Virtual Environment (MOVE)', 'type': 'BEHAVIORAL'} (protocolSection.armsInterventionsModule.interventions[])
• {'armGroupLabels': ['Participants With Parkinson Disease Undergoing Multi-Condition DBS Assessments'], 'description': 'Participants complete stair ambulation and functional mobility tasks on an instrumented platform, including ascending and descending steps, walking, turning, and performing dual-task conditions. These assessments provide quantitative measures of gait performance, balance, and functional mobility.', 'name': 'Cleveland Clinic Stair Ambulation and Functional Evaluation of Gait (SAFE-Gait)', 'type': 'BEHAVIORAL'} (protocolSection.armsInterventionsModule.interventions[])

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

This index keeps the source fields it imported; it may not contain the complete original record. Verify wording and context in the linked source.