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Research Article
Assessing the Impact of Healthcare Wearables on Improving Health Disparities in Minority Communities in Mississippi
Issue:
Volume 9, Issue 2, December 2025
Pages:
71-79
Received:
2 May 2025
Accepted:
29 May 2025
Published:
24 July 2025
Abstract: This study examines perceptions of healthcare wearable technology among African American communities in Mississippi, focusing on two key demographic groups: church leaders and college students. As the first systematic investigation of this kind, the research explores critical factors influencing adoption and trust in wearable devices, including their perceived usefulness in managing chronic conditions, potential to improve healthcare outcomes and reduce costs, data-sharing willingness, and concerns about device accuracy and privacy. A mixed-methods approach analyzed survey data from 435 participants (247 church members and 188 students) using frequency distributions and chi-square tests. Findings reveal significant generational and group-based differences: older participants and church members reported more chronic conditions and stronger agreement on the benefits of wearables. At the same time, younger students expressed higher trust in data and greater comfort with sharing health information. Concerns around data security, affordability, and device accuracy, particularly for individuals with darker skin tones, emerged as key barriers to adoption. The study’s findings underscore the importance of culturally informed strategies to promote equitable access to wearable health technologies, especially in communities disproportionately affected by chronic illnesses such as cardiovascular disease and diabetes. These insights can guide future public health initiatives and technology design to ensure inclusivity and address long-standing health disparities.
Abstract: This study examines perceptions of healthcare wearable technology among African American communities in Mississippi, focusing on two key demographic groups: church leaders and college students. As the first systematic investigation of this kind, the research explores critical factors influencing adoption and trust in wearable devices, including the...
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Research Article
Knowledge, Perception, Attitude, and Adoption of Consumer Wearables Among African Americans in Mississippi: A Public Health Analysis
Issue:
Volume 9, Issue 2, December 2025
Pages:
80-90
Received:
11 August 2025
Accepted:
25 August 2025
Published:
13 September 2025
DOI:
10.11648/j.stpp.20250902.12
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Abstract: African American communities in Mississippi face disproportionately high rates of chronic disease, yet the adoption of wearable health technologies, tools with the potential to improve health outcomes, remains limited. This study is the first systematic investigation of wearable devices use among African Americans in Mississippi, offering critical insights to inform public health strategies and interventions aimed at promoting health equity in minority communities. The primary objective of this study was to explore the difference/similar perceptions of African American church leaders regarding the use of wearable health devices compared to students, and to identify the cultural, economic, mistrust, cost, and technological barriers that impact adoption within their communities. A qualitative research design was used, involving 89 focus groups discussions with African American church leaders from Northern, Central, and Southern Mississippi. Sessions were conducted both in-person and virtually via Zoom. Data were analyzed using thematic analysis, guided by the Social-Ecological Model (SEM) and the Transtheoretical Model of Behavior Change (TTM), to understand individual and contextual factors influencing wearable devices adoption. Participants, primarily African American clergy and students aged 18 and older from 89 Christian denominations, expressed strong interest in wearable devices but cited several barriers to adoption. These included concerns over data privacy, cost, limited technological literacy, generational divides, and mistrust in healthcare systems. Older adults, in particular, viewed wearables as tools for younger people and lacked awareness of their health benefits. The study also found that African American clergy, as trusted community figures, who can play a pivotal role in influencing health behavior and could be instrumental in promoting wearable devices use through trust-building, education/preaching, and modeling as exemplary leaders by utilizing wearable devices. The broader dataset included 548 participants, allowing for robust demographic analysis. Results showed a health-conscious yet cautious population, highlighting the need for targeted culturally sensitive interventions. These should include educational outreach, financial assistance, and transparent communication about data use. Wearable devices have the potential to improve health outcomes and reduce disparities in underserved African American communities. To unlock this potential, public health strategies must address key barriers, particularly those related to cost, trust, technological comfort, and awareness. By engaging faith leaders and community organizations in culturally aligned efforts, wearables can become effective tools for chronic disease management and health promotion. The study proposes the "Mississippi Model of Wearable Adoption," emphasizing collaboration among clergy, policymakers, and technology providers to drive equitable adoption and foster community trust.
Abstract: African American communities in Mississippi face disproportionately high rates of chronic disease, yet the adoption of wearable health technologies, tools with the potential to improve health outcomes, remains limited. This study is the first systematic investigation of wearable devices use among African Americans in Mississippi, offering critical ...
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Research Article
Policy to Promote Technology Transfer in Vietnam
Nguyen Huu Xuyen*
Issue:
Volume 9, Issue 2, December 2025
Pages:
91-97
Received:
4 June 2025
Accepted:
19 June 2025
Published:
19 September 2025
Abstract: Technology transfer (TT) is a critical element in enhancing national innovation capacity, particularly in the context of globalization and increasing competition. In recent years, Vietnam has introduced various policies and legal frameworks to foster TT activities, with the 2017, Law on Technology Transfer and its guiding decrees and circulars serving as key milestones. Despite these efforts, the practical implementation of TT policies remains constrained by institutional limitations, inadequate implementation resources, weak coordination mechanisms among stakeholders, and limited spillover effects on the business sector. This article provides a comprehensive analysis of Vietnam’s TT policy, including its theoretical foundation, current status, and key influencing factors. It also offers evidence-based policy recommendations aligned with the country’s innovation and development goals. Findings show that while the policy framework for TT in Vietnam has seen gradual improvements, it still lacks coherence and strong incentive mechanisms, especially in facilitating the commercialization of research outcomes. To address these issues, the article recommends enhancing the integration of TT within the national innovation ecosystem, promoting the development of technology intermediary organizations, increasing financial incentives, and strengthening the absorptive capacity of enterprises. These measures aim to improve the effectiveness of technology transfer, thereby supporting knowledge diffusion and contributing to sustainable and innovation-driven economic growth.
Abstract: Technology transfer (TT) is a critical element in enhancing national innovation capacity, particularly in the context of globalization and increasing competition. In recent years, Vietnam has introduced various policies and legal frameworks to foster TT activities, with the 2017, Law on Technology Transfer and its guiding decrees and circulars serv...
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Research Article
Mapping Solutions for Livestock Climate Challenges: Satellite Tech Innovations Steer Through Environmental Risks
Issue:
Volume 9, Issue 2, December 2025
Pages:
117-126
Received:
16 October 2025
Accepted:
27 October 2025
Published:
9 December 2025
DOI:
10.11648/j.stpp.20250902.15
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Views:
Abstract: Livestock systems experience increased losses from heat stress, drought, floods, and climate-sensitive illnesses. Conventional, reactive management is ill-suited to the spatial-temporal complexity of these risks. This paper advocates for data-driven resilience as a unifying framework for climate risk management in livestock by integrating multimodal data (remote sensing, climate re-analyses, veterinary surveillance, supply-chain, and socio-economic indicators) with machine learning, causal inference, and decision optimization to support anticipatory action. We (i) consolidate the state-of-the-art; (ii) propose an open, modular reference architecture for end-to-end climate-risk analytics and early warning; (iii) sketch a transparent indicator taxonomy and composite risk index; and (iv) demonstrate a small, proof-of-concept simulation of how the pipeline triages heat-stress and vector-borne disease risk and optimizes low-cost interventions. For example, satellite data detecting a 15% decrease in forage availability during drought periods is used to predict livestock stress hotspots. The paper also addresses critical issues of governance, equity, and adoption pathways, emphasizing the need for inclusive decision-making and equitable access to data-driven tools. We outline validation protocols and reporting standards to ensure robustness and transparency in risk assessment and intervention planning. The article provides a constructive roadmap for researchers and policymakers to integrate data intelligence into policies and practices for the resilience of climate-smart livestock systems.
Abstract: Livestock systems experience increased losses from heat stress, drought, floods, and climate-sensitive illnesses. Conventional, reactive management is ill-suited to the spatial-temporal complexity of these risks. This paper advocates for data-driven resilience as a unifying framework for climate risk management in livestock by integrating multimoda...
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