Dairies that rely on embryo transfer often achieve success rates similar to artificial insemination (A.I.). Plus, in times of heat stress, pregnancies resulting from embryo transfer may exceed those of A.I., with some dairies reporting pregnancy rates as much as 10 or more percentage points higher for embryos. Yet, positive outcomes are not possible without a commitment to quality ­­– of embryos and transfer techniques.

Betley Family Farms might’ve burst into the registered cattle scene like a lion, but there’s no way they’re going out like a lamb. It’s evident by the team’s commitment to creating profitable cattle that they’re just getting started.

Your heifers are the future of your herd, and getting them to an ideal weight at the proper age is important to the future success of your business. Following simple protocols to get them bred at the ideal time will pay significant future dividends.

Sitting in his home office sipping a cup of coffee, Paul Larmer is seemingly common. Unbeknownst to the average person, his influence on the dairy cattle genetics sector of the industry is undeniable. It is for both his remarkable leadership and self-effacing attitude that Larmer is named this year’s World Dairy Expo International Person of the Year.

Dr. Joe Mancino, reproductive services veterinarian at Vytelle, has been specializing in ovum pickup (OPU) for six years. Throughout his career, Mancino has experienced a wide array of working conditions across the country that have shaped his perspective and enabled him to identify the four key components that lead to a successful OPU.

With the growing trend of using beef semen in dairy herds to produce high-value beef-on-dairy calves, the industry faces unique challenges and opportunities. There is a critical need for internal herd expansion as dairy replacements become scarce.

Regardless of how a producer chooses to breed – either naturally or with synchronization protocols using fertility pharmaceuticals – their goals must involve an approach that maximizes cow health.