Ewha Womans University · 社会科学
Professor Sojung Park's research lab focuses on advancing clinical and environmental applications of biomedical and atmospheric modeling. The lab investigates innovative diagnostic and therapeutic strategies for lung cancer and acute respiratory distress syndrome (ARDS), emphasizing molecular testing, symptom management, and biomarker evaluation. Additionally, the lab contributes to improving numerical weather prediction through optimization of land surface and cloud microphysics schemes in regional climate models. These interdisciplinary efforts bridge clinical oncology, respiratory medicine, and environmental science with a strong emphasis on translational and data-driven solutions.
Figures are computed from collected data and may differ slightly.
Based on the premise that the experience of aging in place is different for vulnerable subgroups of older adults compared with less vulnerable subgroups, we focus on low-income older adults as a vulnerable subgroup and senior housing as an alternative to a conventional, private home environment. Using the 2008 and 2010 waves of the Health Retirement Study, regression models determined the impact of person-environment (P-E) fit between poverty status and residence in senior housing on self-rated
Life course and cohort-related factors contribute to similarities across societies in network types and their associations with well-being. Korean-specific life course and socio-historical factors, however, may contribute to our unique findings about network types.
This study provides an empirical foundation for efforts to identify age-friendly environmental characteristics as modifiable environmental resources that can improve older adults' psychological well-being. As the first attempt to use WHO ACF indicators within the P-E fit perspective in a non-Western context, our study provides a foundation for designing support services or programs that effectively meet the needs of vulnerable older adults.
The heat shock protein ClpB in Escherichia coli is a protein-activated ATPase and consists of two proteins with sizes of 93 and 79 kDa. By polymerase chain reaction-aided site-directed mutagenesis, both the proteins have been shown to be encoded by the same reading frame of the clpB gene, the 93-kDa protein (ClpB93) from the 5'-end AUG translational initiation site and the 79-kDa protein (ClpB79) from the 149th codon (an internal GUG start site). Both the purified ClpB93 and ClpB79 proteins beha
Smartphone app-based PR represents an effective and feasible program to improve exercise capacity and to manage symptoms and distress in patients with advanced lung cancer who are undergoing chemotherapy.
This study identified differential patterns of later-life cognitive function trajectories and examined to what extent life course factors and social engagement are associated with group trajectories. Data came from seven waves of the Health and Retirement Study (HRS 1998-2010; n = 7374; Observations = 41,051). Latent class growth analysis identified cognitive function trajectory groups, and multinomial logistic regression was used to examine the factors associated with group trajectories. Five h
A large body of literature addresses the determination of the economic, financial and institutional factors that significantly influence variations of life insurance demand across countries. Chui and Kwok (2008) included four cultural variables developed by IBM psychologist Hofstede and demonstrated that culture has a profound impact on life insurance consumption. We extend Chui and Kwok's work by analyzing the fifth Hofstede cultural dimension: Long-Term Orientation, a variable that scores coun
Abstract. Snow-covered surface albedo varies depending on many factors, including snow grain size, snow cover thickness, snow age, forest shading factor, etc., and its parameterization is still under great uncertainty. For the snow-covered surface condition, albedo of forest is typically lower than that of short vegetation; thus snow albedo is dependent on the spatial distributions of characteristic land cover and on the canopy density and structure. In the Noah land surface model with multiple
cfDNA from BAL fluid could be used for molecular testing of EGFR mutations and identification of p.T790M mutations, with an easily applicable method.
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