Research Faculty Spotlight: Alan Ealy
February 20, 2026
Alan Ealy
The Horace E. and Elizabeth F. Alphin Professor of Dairy Science – School of Animal Sciences
What are you working on now?
Our research group aims to understand why such a high proportion of early pregnancies are lost in cattle. In dairy and beef herds, an estimated 40% to 70% of pregnancies fail within the first month of gestation. The precise causes of most of these losses remain unclear. Our work focuses on identifying the underlying mechanisms that support pregnancy establishment and maintenance, with the long-term goal of reducing pregnancy loss in cattle.
We also investigate strategies to improve pregnancy success following embryo transfer (ET). Many embryos used for ET are produced through ovum pickup (OPU) from genetically elite females and subsequently fertilized in vitro (IVF). These OPU and IVF procedures currently have limited efficiency, and the embryos they produce are often of lower quality than those developed naturally within the cow. Our research seeks to address these limitations and enhance the generation of high-quality, developmentally competent OPU/IVF-derived embryos.
A day-12 bovine embryo, collected and stained by the Ealy lab, to distinguish the major cell types that make up the early conceptus. The large cluster of blue cells in the center represents the population that will ultimately form the fetus. The green and red cells correspond to two different lineages that will contribute to the early placenta once the embryo attaches to the uterus. At this stage, however, the embryo has not yet attached.
The lab is interested in this very early window of pregnancy because 25 – 50% of pregnant cows lose their pregnancy within the first two weeks. The lab's goal is to understand the developmental steps an embryo must successfully complete to stay alive. Once those requirements are identified, they can begin developing strategies to correct or support embryos that are otherwise susceptible to loss.
What excites you most about your research today?
The most rewarding aspect of my work is the opportunity to work with a group of highly motivated young scientists who share my passion for exploring embryology and pregnancy. I am fortunate to have built a research program that attracts exceptional M.S. and Ph.D. students from across the United States. Their enthusiasm for their projects and their commitment to collaborative work bring me tremendous satisfaction.
Did you always know you'd study this, or did your path shift along the way?
My interest in research began as an undergraduate dairy science major, where I first worked with a dairy endocrinologist. That experience sparked my initial passion for research, but my focus shifted during my Ph.D. training at the University of Florida when I began working on embryo-related projects. I found the idea of creating life in the laboratory utterly fascinating, and from that point forward, I have never wanted to study anything else.
"One of the most rewarding parts of working with students is witnessing the moment when something truly 'clicks.'"
How did your undergraduate or early academic experiences shape your current research interests?
I feel very fortunate to have been guided by several outstanding academic mentors. The advice, support, and insight I received from them were instrumental in helping me secure an academic position and succeed as a researcher and educator.
What do you love about teaching or sharing your field with students?
One of the most rewarding parts of working with students is witnessing the moment when something truly “clicks.” That moment when they grasp a new concept or make an exciting connection, remind me of the many times I learned something new and immediately knew it would be valuable.
What’s one discovery or idea in your field that you find particularly thrilling?
I predict that embryo transfer (ET) is poised to become the “next big thing” in the dairy industry, and potentially in the beef industry as well. As we continue improving our ability to produce larger numbers of high-quality embryos at lower cost, I anticipate that the market for embryos will eventually surpass that of semen sales in the United States and possibly worldwide.
If you could go back in time and tell your younger self something about this field, what would it be?
Perhaps the single best message I could share with my younger self is to “be patient” and allow good things to come in their own time. I spent far too much energy worrying about matters beyond my control, and I now wish I could reclaim that time to focus more fully on the work in front of me.
Ealy Lab
Dr. Alan Ealy looks on as Mary Ali Oliver and Abigayle Pollock prepare media and culture plates to receive in vitro produced cattle embryos.