- Ky Pohler
- Assistant Professor, Physiology of Reproduction
- 442 Kleberg
- Undergraduate Education
- B.S. in Animal Science, Texas A&M University
- Graduate Education
- M.S. in Animal Science, University of Missouri
- Ph.D. in Animal Science, University of Missouri
- Ph.D. Minor, in College Teaching in Ag, University of Missouri
- University of Tennessee Department of Animal Science Buford E. Ellington Distinguished Faculty Award for Research, Teaching and Extension
- University of Tennessee Research Foundation Inventor Spotlight
- University of Tennessee Research Foundation Innovation Driver Award
- SEC Travel and Collaboration Award
- American Society of Animal Scientist Agri-King Outstanding Animal Science Young Scholar Award
- Gamma Alpha Gamma Dissertation Fellowship
- Ag Research Merit Award, USDA -SSR
Dr. Ky Pohler is an Assistant Professor and a member of the graduate faculty in the Department of Animal Science. He grew up in Shiner, TX and received a B.S. in Animal Science from Texas A&M University in 2009. He then received a M.S. and Ph.D. from the University of Missouri. Prior to returning to Texas A&M, Dr. Pohler was on faculty at the University of Tennessee in the Department of Animal Science.
Dr. Pohler’s research interest focus on understanding the physiological and molecular mechanisms that control reproductive efficiency in cattle. More specifically his lab is interested in the mechanisms that lead to embryonic and fetal mortality in cattle and development of management strategies to overcome these losses. Embryonic mortality can be classified into early (< d 28 of gestation) or late (> d 28 of gestation) depending on the exact timing at which it occurs during gestation. Reports of high fertilization rates after a single insemination (~90%), followed by pregnancy rates of 60 to 70% on d 28 in cows indicate that early embryonic mortality may be 20 to 30% in beef cows. Documented causes of early embryonic mortality range from genetic abnormalities to uterine-embryo asynchrony to failure of maternal recognition of pregnancy and this has been an area of intense investigation. Late embryonic mortality (> d 28 of gestation) has been reported in both beef/dairy cattle and may vary from 3.2 to 42.7%. Currently, there is very little known about the causes of late embryonic mortality. However, the economic consequences of each unit of late embryonic mortality are greater than that of early mortality. Along with the increased economic consequences, late embryonic mortality is becoming more evident in both the beef and dairy industries based on the shift to early pregnancy diagnosis (~d28-35 of gestation).
His professional memberships include the Society for the Study of Reproduction, the American Society of Animal Science, and the Brazilian Society of Embryo Transfer.
List of Publications