Validated through peer-reviewed studies conducted in Korea and Singapore, with contributions from the U.S. research group that originally developed the SPPB.
Foundational research demonstrating SPPB automation validity, reliability, and clinical applicability.
Objective: This study validated a multi-sensor-based kiosk designed to automate standardized administration of SPPB components in older adults, and demonstrated strong agreement with conventional assessments conducted by trained personnel.
View Publication →Objective: This study proposed a functional age metric derived from electronically captured SPPB data and demonstrated its ability to discriminate frailty status in community-dwelling older adults.
View Publication →Objective: This study compared two electronic physical performance assessment systems in terms of testing time efficiency and sarcopenia classification, providing evidence on the feasibility of electronic SPPB-based assessments.
View Publication →Objective: This study evaluated agreement between human raters and a rule-based algorithm applied to instrumented sit-to-stand data, supporting algorithm-based interpretation of lower-extremity performance.
View Publication →Objective: This study developed and validated a 2D-LiDAR-based system for automated gait analysis, providing technical foundations for sensor-based gait speed measurement relevant to SPPB.
View Publication →Objective: This study validated the clinical usability of a multi-sensor-based SPPB kiosk in a fall and balance clinic setting, supporting its applicability in real-world geriatric assessment workflows.
View Publication →Comprehensive list of peer-reviewed research involving AndanteFit and related frailty/sarcopenia studies.
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