Taren Massey-Swindle
Researcher
Also affiliated: Arkansas Children's Hospital (2025); Arkansas Children's Nutrition Center (2025)
Graduate Student Researcher
Research Areas
Biomedical Subjects
Biography and Research Information
OverviewAI-generated summary
Taren Massey-Swindle's research has focused on the reliability of medical devices and the implementation of nutrition education in early care settings. She has investigated the intra- and inter-device reliability of pressure-mediated reflection spectroscopy in healthy adults. Massey-Swindle also examined the association between early-care education teachers' self-reflection frequency and their fidelity to nutrition-related evidence-based practices within a preschool nutrition curriculum. Additionally, her work includes the "WISE Babies" initiative, which promotes nutrition for infants and toddlers in early care and education environments. Massey-Swindle has published three scholarly works and collaborates with Lisa T. Jansen and A. R. Hamilton at the University of Arkansas for Medical Sciences.
Metrics
- h-index: 1
- Publications: 3
- Citations: 2
Selected Publications
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Examining intra- and inter-device reliability of pressure-mediated reflection spectroscopy in a multi-state sample of healthy adults (2025)
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Association of Early-Care Education Teachers’ Self-Reflection Frequency to Fidelity of Nutrition-Related Evidence-Based Practices in a Preschool Nutrition Curriculum (2025)
Collaboration Network
Top Collaborators
- Association of Early-Care Education Teachers’ Self-Reflection Frequency to Fidelity of Nutrition-Related Evidence-Based Practices in a Preschool Nutrition Curriculum
- Association of Early-Care Education Teachers’ Self-Reflection Frequency to Fidelity of Nutrition-Related Evidence-Based Practices in a Preschool Nutrition Curriculum
- Examining intra- and inter-device reliability of pressure-mediated reflection spectroscopy in a multi-state sample of healthy adults
- Examining intra- and inter-device reliability of pressure-mediated reflection spectroscopy in a multi-state sample of healthy adults
- Examining intra- and inter-device reliability of pressure-mediated reflection spectroscopy in a multi-state sample of healthy adults
- Examining intra- and inter-device reliability of pressure-mediated reflection spectroscopy in a multi-state sample of healthy adults
- Examining intra- and inter-device reliability of pressure-mediated reflection spectroscopy in a multi-state sample of healthy adults
- Examining intra- and inter-device reliability of pressure-mediated reflection spectroscopy in a multi-state sample of healthy adults
- Examining intra- and inter-device reliability of pressure-mediated reflection spectroscopy in a multi-state sample of healthy adults
- Examining intra- and inter-device reliability of pressure-mediated reflection spectroscopy in a multi-state sample of healthy adults
- Examining intra- and inter-device reliability of pressure-mediated reflection spectroscopy in a multi-state sample of healthy adults
- Examining intra- and inter-device reliability of pressure-mediated reflection spectroscopy in a multi-state sample of healthy adults
- Examining intra- and inter-device reliability of pressure-mediated reflection spectroscopy in a multi-state sample of healthy adults
- Examining intra- and inter-device reliability of pressure-mediated reflection spectroscopy in a multi-state sample of healthy adults
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