E.M. Fore
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Research Areas
Biography and Research Information
OverviewAI-generated summary
E.M. Fore's research focuses on the evaluation of laboratory techniques and clinical workflows in healthcare settings. Recent publications in 2025 address the comparison of different bead-based assays for HLA typing, assessing their implications for clinical transitions. Another publication examines the safety of proceeding with transplantation in cases of virtual crossmatch compatibility despite unexpected fluorescence in cytometric crossmatch results. These studies contribute to the understanding of diagnostic methodologies and their impact on patient care within transplant and immunogenetics contexts. Fore has co-authored publications with Terry Harville and Shikha Pandey, both at the University of Arkansas for Medical Sciences, indicating collaborative efforts within the institution.
Metrics
- Publications: 2
Selected Publications
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Evaluation of LABType® CWD versus XR beads for HLA typing: implications for transition in clinical workflow (2025)
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Virtual crossmatch compatible, with unexpected fluorescence cytometric crossmatch positive, may be safe to proceed with transplantation under certain circumstances (2025)
Collaboration Network
Top Collaborators
- Virtual crossmatch compatible, with unexpected fluorescence cytometric crossmatch positive, may be safe to proceed with transplantation under certain circumstances
- Evaluation of LABType® CWD versus XR beads for HLA typing: implications for transition in clinical workflow
- Virtual crossmatch compatible, with unexpected fluorescence cytometric crossmatch positive, may be safe to proceed with transplantation under certain circumstances
- Evaluation of LABType® CWD versus XR beads for HLA typing: implications for transition in clinical workflow
- Virtual crossmatch compatible, with unexpected fluorescence cytometric crossmatch positive, may be safe to proceed with transplantation under certain circumstances
- Evaluation of LABType® CWD versus XR beads for HLA typing: implications for transition in clinical workflow
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