R.W. Moore
Affiliation confirmed via AI analysis of OpenAlex, ORCID, and web sources.
Laboratory Director
Also affiliated: Oxford Brookes University (2008); Agricultural Research Service (1995–2008); United States Department of Agriculture (2003–2006); Baylor University (1966–1987); Hess (United States) (1962); University of Calgary (1995–2022); Texas A&M University System (1970); Cornell University (1962); University of Arkansas System (2023); Royal Perth Hospital (1998); Texas College (1966–2001); AgResearch (1984); Mayo Clinic Hospital (2018); Southern Plains Agricultural Research Center (2003–2006); Wellborn Road Veterinary Medical Center (2008); Quality Research (2006–2008); U.S. National Poultry Research Center (2004–2006); University of Pennsylvania (1973); Texas A&M University (1970–2008); Western Kentucky University (2007)
Faculty Researcher
Research Areas
Biomedical Subjects
Links
Biography and Research Information
OverviewAI-generated summary
R.W. Moore's research focuses on avian health, particularly the study of bacterial infections in broiler chickens and turkeys. Recent publications investigate the impact of specific bacterial pathogens, such as *Enterococcus cecorum* and *Streptococcus gallolyticus subspecies pasteurianus*, on disease progression, microbiome composition, and early performance in poultry. This work also includes the isolation and characterization of these pathogens for experimental infection models.
Beyond avian research, Moore's work has included medical case reports, such as metallosis following hip arthroplasty. With an h-index of 20 and 1,384 total citations across 69 publications, the research demonstrates a sustained contribution to scientific literature. Moore collaborates with several researchers at the University of Arkansas at Fayetteville, including Danielle Graham, Juan D. Latorre, Billy M. Hargis, and L S Gray, with whom multiple shared publications have been produced.
Metrics
- h-index: 20
- Publications: 69
- Citations: 1,394
Selected Publications
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Characterizing the impact of Enterococcus cecorum infection during late embryogenesis on disease progression, cecal microbiome composition, and early performance in broiler chickens (2023)
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Interaction of Color and Photointensity on Preening Behavior and Ingestion of Spray-Applied Biologics (2001)
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Effect of Selected Photointensity Regimes on Chick Preening Behavior and Competitive Exclusion Culture Efficacy (2001)
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Effect of Photointensity, Sound Intensity, and Ambient Temperature on Preening Behavior and Ingestion of Spray-Applied Biologics (2001)
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The effect of in ovo or day-of-hatch subcutaneous antibiotic administration on competitive exclusion culture (PREEMPT) establishment in neonatal chickens (2000)
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Evaluation of alternative sampling methods for Salmonella critical control point determination at broiler processing (1998)
Collaboration Network
Top Collaborators
- Characterizing the impact of Enterococcus cecorum infection during late embryogenesis on disease progression, cecal microbiome composition, and early performance in broiler chickens
- Characterizing the impact of Enterococcus cecorum infection during late embryogenesis on disease progression, cecal microbiome composition, and early performance in broiler chickens
- Characterizing the impact of Enterococcus cecorum infection during late embryogenesis on disease progression, cecal microbiome composition, and early performance in broiler chickens
- Characterizing the impact of Enterococcus cecorum infection during late embryogenesis on disease progression, cecal microbiome composition, and early performance in broiler chickens
- Characterizing the impact of Enterococcus cecorum infection during late embryogenesis on disease progression, cecal microbiome composition, and early performance in broiler chickens
- Characterizing the impact of Enterococcus cecorum infection during late embryogenesis on disease progression, cecal microbiome composition, and early performance in broiler chickens
- Characterizing the impact of Enterococcus cecorum infection during late embryogenesis on disease progression, cecal microbiome composition, and early performance in broiler chickens
- Characterizing the impact of Enterococcus cecorum infection during late embryogenesis on disease progression, cecal microbiome composition, and early performance in broiler chickens
- Characterizing the impact of Enterococcus cecorum infection during late embryogenesis on disease progression, cecal microbiome composition, and early performance in broiler chickens
- Characterizing the impact of Enterococcus cecorum infection during late embryogenesis on disease progression, cecal microbiome composition, and early performance in broiler chickens
- Characterizing the impact of Enterococcus cecorum infection during late embryogenesis on disease progression, cecal microbiome composition, and early performance in broiler chickens
- Characterizing the impact of Enterococcus cecorum infection during late embryogenesis on disease progression, cecal microbiome composition, and early performance in broiler chickens
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