Publications by authors named "J L Chien"

Purpose: This study aims to investigate the differences in pelvic floor dysfunction (PFD) and diastasis recti abdominis (DRA) between primiparous and second-parous females with known risk factors controlled.

Patients And Methods: 49 primiparous and 49 age-matched second-parous postpartum after spontaneous vaginal delivery were included between October and December 2023. Independent variables include weight, height, body mass index (BMI), fetal weight, gestational weight gain (GWG).

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Background: The radiology, obstruction, symptoms and exposure (ROSE) criteria provide a standardised approach for identifying the "COPD-bronchiectasis (BE) association." However, the clinical implications and outcomes of the COPD-BE association in East Asian populations remain unclear. Our study applied the ROSE criteria to assess the prevalence, clinical impact and outcomes of the COPD-BE association in an East Asian cohort, and compared that cohort with nonsmoking BE patients with fixed airflow obstruction (FAO) and those without FAO.

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Ageing-related sensory deteriorations are significantly associated with poor balance control among older individuals, resulting in a higher risk of falling in a dark environment. In particular, the proprioceptive system plays a critical role in maintaining balance. This study aimed to determine how ageing-related sensory deteriorations contributed to balance control during standing under various sensory conflicts.

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Sialidosis is a rare autosomal recessive lysosomal storage disorder caused by mutations in the gene, resulting in deficient neuraminidase-1 activity and the subsequent accumulation of sialylated compounds in lysosomes. This review comprehensively analyzes the genetic and clinical heterogeneity associated with sialidosis, emphasizing the distinction between the milder type I form and the more severe type II form. Over 90 pathogenic variants, predominantly missense mutations, have been identified, highlighting significant phenotypic diversity.

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Background: Walking on an incline demands specific neuronal control because the vestibular system may alter gait patterns to maintain balance with respect to self-orientation to gravity. A previous study confirms the aforementioned hypothesis that walking on inclines with bilateral vestibular disruptions altered spatial-temporal gait parameters in anterior-posterior and vertical directions. This study extended the current knowledge to investigate bilateral mastoid vibration's effect on the Margin of Stability (MoS) while walking on inclines.

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