 |
Dr. Janice M. (Lilly) Miller DVM
1962 Kansas State University
MS 1963 Kansas State University
PhD 1969 University of Wisconsin
Diplomate, American College
of Veterinary Pathologists |
Dr. Janice M. (Lilly) Miller is a
veterinary medical officer at the National Animal Disease Center, USAD Agriculture
Research Service in Ames, Iowa. Dr. Miller has served as a member of the NADC staff since
1972 and during her tenure, has conducted research on a variety of food animal diseases
including retrovirus and herpesvirus infections of cattle, and transmissable spongiform
encephalopathies and mycobacterial infections of ruminants. She is currently assigned to
the respiratory and neurological disease section of the NADC where she serves as lead
scientist on a CRIS project entitled, "Advanced Diagnostic Methods for Infectious
Diseases", a project which has been in place since 1995.
Dr. Miller has been involved with biomedical research for over 35
years. During her career, Dr. Miller has authored or co-authored a total of 134 research
or professional publications and presented over 90 invited professional presentations to
colleagues and fellow scientists. She has been the recipient of several professional
awards and recognitions including the ARS Distinguished Scientist in 1988, the USDA
Distinguished Service Award in 1990, and the American Feed Industry Award from the AVMA in
1999. Dr. Miller was elected to the National Academy of Science in 1999 and is known
nationally and internationally for her discovery of the bovine leukemia virus, an
accomplishment which was featured on the cover of Cancer Research in February of 1984.
Dr. Miller is a native of Mentor, Kansas and received her
bachelor's, Doctor of Veterinary Medicine, and Master's degrees from Kansas State
University in 1960, 1962, and 1963 respectively. Her doctoral credential and research were
performed at the University of Wisconsin and completed in 1969. She is a diplomate of the
Amercian College of Veterinary Pathologists and possesses special competence and abilities
in the diagnosis of bovine viral, mycobacterial and prion associated disease.
|