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1.
Journal of Medical Biomechanics ; (6): E059-E065, 2022.
Article in Chinese | WPRIM | ID: wpr-920669

ABSTRACT

Objective To explore the joint contact force, ligament tensile force and force transmission mode of foot internal structure in Down’s syndrome child (DSC) during standing. Methods The finite element models of foot were constructed based on CT image data from one DSC and one typically developing child (TDC). The models were validated by plantar pressure measurement during static standing. To simulate foot force during standing, the ground reaction force and the triceps surae force were applied as the loading condition. Contact pressure of the tibiotalar, talonavicular and calcaneocuboid joints, tensile force of the spring and plantar calcaneocuboid ligaments, and force transmission mode in transverse tarsal joints were calculated and analyzed. Results The finite element models of foot were validated to be reliable. Compared with the TDC, the DSC showed higher contact pressure at the tibiotalar joint and lower contact pressure at the talonavicular joint. The tensile force of spring and plantar calcaneocuboid ligaments of DSC was 10 times and 58 times of TDC, respectively. The forces transmitted through both mediate and lateral columns in DSC were lower than those in TDC. Conclusions Abnormal contact pressure of the tibiotalar joint, larger tensile force of midfoot ligaments and smaller force of the transverse tarsal joint were found in DSC during standing. The abnormal alteration of stress patterns in foot internal structure of DSC should be fully considered in clinical rehabilitation, so as to provide theoretical references for screening and making intervention plans for early rehabilitation, as well as designing individualized orthopedic insoles.

2.
Chinese Journal of Information on Traditional Chinese Medicine ; (12): 128-130, 2015.
Article in Chinese | WPRIM | ID: wpr-477034

ABSTRACT

Powder is a powdery medicine dispensed in the form of a pulverized medicine from one or multiple Chinese herbal medicines, which has been recorded in theHuang Di Nei Jing (Huangdi’s Canon of Medicine),the earliest Chinese medical classic. TCM powder is widely used in various subjects by clinical TCM practitioners, especially in digestive system diseases. This article overviewed the clinical researches on the application of TCM powder in digestive system diseases, which could provide comprehensive references for further studies of TCM powder in the treatment of digestive system diseases and perfect its application in clinical studies.

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