Amelia Woolums

Dr. Amelia Woolums serves as a Professor at Mississippi State University's College of Veterinary Medicine, specializing in veterinary pathology and bovine health research. Her work integrates genomic, physiological, and clinical approaches to address critical livestock health challenges, particularly bovine respiratory disease and heat stress management in cattle production systems.

Her educational foundation includes:

• Doctor of Philosophy (PhD) in Pathology, University of California, Davis (1998)
• Master of Science (MS) in Veterinary Science, University of Saskatchewan (1991)
• Doctor of Veterinary Medicine (DVM), Purdue University (1988)

Research focuses intensely on bovine respiratory disease (BRD) pathogenesis, utilizing transcriptomics to identify predictive biomarkers and understand host immune responses during critical production phases. She pioneers heat stress mitigation strategies through vagus nerve stimulation and breed-specific response modeling, while investigating antimicrobial resistance patterns and trace mineral nutrition in stocker cattle. Her methodology combines multi-omics analyses with practical on-farm applications to improve animal welfare and production efficiency.

Recent publications (2023-2024) demonstrate a cohesive research trajectory centered on genomic mechanisms of BRD susceptibility, with emerging emphasis on thermal stress physiology. Key trends include RNA-Seq validation of inflammatory pathways, breed-specific heat stress responses in dairy cattle, and translational applications of transcriptomic biomarkers for early disease detection. Her work increasingly integrates multi-tissue mineral analyses with host transcriptomics to optimize nutritional interventions.

No scientific awards were documented in the provided materials.

Dr. Woolums actively mentors undergraduate and graduate researchers, evidenced by student presentations at MSU's Summer Research Showcase and Graduate Research Symposium. While specific grant details aren't listed, her continuous publication record and student collaborations indicate sustained research funding. She contributes to the College of Veterinary Medicine's research ecosystem, potentially engaging with centers like the Center for Environmental Health Science given her environmental stress focus.

Her laboratory operations concentrate on bovine immunogenomics and stress physiology, utilizing advanced sequencing technologies and physiological monitoring systems. Current projects indicate expansion into breed-comparative heat stress models and practical BRD diagnostic tools, with implications for sustainable livestock production and antimicrobial stewardship.