NIPH Clinical Trials Search

JAPANESE
国立保健医療科学院
UMIN ID: UMIN000054512

Registered date:01/06/2024

Effect of arch pad insertion on cross-step Motion of people with decreased medial longitudinal arch

Basic Information

Recruitment status Recruiting
Health condition(s) or Problem(s) studiedyouth people(Male only) elderly people(Male only)
Date of first enrollment2024/06/01
Target sample size45
Countries of recruitmentJapan
Study typeInterventional
Intervention(s)(1) Two types of arch pads are inserted for young people. Arch pads should be inserted only at the time of measurement on the day (the insertion time of each arch pad is less than 15 minutes). (2) For the elderly, use only the arch pad that was more effective in (1). Arch pads should be inserted only at the time of measurement on the day (the insertion time of each arch pad is 30 minutes or less).

Outcome(s)

Primary OutcomeCommon to (1) and (2) Amount of navicular bone reduction during movement Lateral Xcom
Secondary OutcomeCommon to (1) and (2) Center of Pressure (COP) position of the supporting leg just before contralateral lower limb ground contact Angle of inversion and eversion forefoot relative to tibia Angle of inversion and eversion hindfoot relative to tibia Tibial rotation angle Angular velocity and anterior tibial tilt

Key inclusion & exclusion criteria

Age minimum20years-old
Age maximum75years-old
GenderMale
Include criteria
Exclude criteria(1) Have a history of orthopedic surgery on the lower limbs and trunk There is paralysis or paresthesia due to central nervous system disease There is pain in the lower limbs and trunk in a stationary standing position or optimal walking. If pain occurs due to the insertion of the arch pad (2) Have a history of orthopedic surgery on the lower limbs and trunk There is paralysis or paresthesia due to central nervous system disease You have lower limb or trunk pain that prevents you from cross-stepping. If pain occurs due to the insertion of the arch pad When practicing the measurement motion, if you are unable to perform the specified motion adequately

Related Information

Contact

public contact
Name Miyuki Watanabe
Address 4-1-26 Akasaka, Minato-ku, Tokyo Japan 107-8402
Telephone 090-5743-9770
E-mail 23s3063@g.iuhw.ac.jp
Affiliation International University of Health and Welfare Graduate School Department of assistive technological science
scientific contact
Name Sumiko Yamamoto
Address 4-1-26 Akasaka, Minato-ku, Tokyo Japan
Telephone 03-5574-3874
E-mail sumiko-y@iuhw.ac.jp
Affiliation International University of Health and Welfare Graduate School Department of assistive technological science