Roman M. Pogranichniy

Roman M. Pogranichniy is a Professor of Virology in the Department of Diagnostic Medicine/Pathobiology at Kansas State University's College of Veterinary Medicine. He also holds a diagnostic appointment at the Kansas State Veterinary Diagnostic Laboratory (KSVDL), where he serves as Section Head of Diagnostic Virology and Serology. His work bridges academic research, diagnostic services, and teaching within the veterinary medical field.

Education:

• DVM (1993), Ukrainian State Agricultural University, Kiev, Ukraine
• MS (2000), Iowa State University
• PhD (2005), Iowa State University

Roman M. Pogranichniy is a veterinarian with advanced training in veterinary microbiology and virology, focusing on viral infectious diseases, their pathogenesis, and the development of new diagnostic and preventive methods. His research spans multiple areas including coronavirus studies across species (including SARS-CoV-2 in animals), African Swine Fever, porcine reproductive and respiratory syndrome virus (PRRSV), and canine respiratory pathogens. His work demonstrates a strong emphasis on developing diagnostic tools such as PCR panels and ELISA assays for veterinary applications. He actively collaborates with scientists, field veterinarians, producers, and researchers to understand disease pathogenesis and develop innovative diagnostic tools and vaccines.

His recent publications (2021-2024) demonstrate a strong focus on emerging viral threats, with particular attention to cross-species transmission of coronaviruses, swine viral diseases, and diagnostic method development. His work spans both fundamental virology and applied diagnostic development, with publications appearing in journals covering veterinary diagnostics, virology, and infectious diseases.

Professional Service:

• Section Head of Diagnostic Virology and Serology at KSVDL
• Active collaborations with international researchers on viral disease projects

Dr. Pogranichniy integrates his diagnostic, research, and teaching responsibilities, providing classroom instruction for veterinary and graduate students, conducting workshops and seminars with field veterinarians and producers, and presenting at scientific meetings. His work directly impacts veterinary diagnostic capabilities and animal health through the development of new testing methodologies and understanding of viral pathogenesis.