Gary Althouse

Gary Althouse is a Professor of Reproduction and Swine Health at the University of Pennsylvania School of Veterinary Medicine, where he also serves as Associate Dean of Sustainable Agriculture and Veterinary Practices and holds the Marion Dilley and David George Jones Endowed Chair in Animal Reproduction. He joined Penn Vet in 2001 and is the founder and director of the Reference Andrology Laboratory, providing critical research and clinical services in large animal production.

His educational background includes:

• BS from Sul Ross State University (1984)
• MS from Texas A&M University (1988)
• PhD from Iowa State University (1992)
• DVM from Iowa State University (1994)

Dr. Althouse's research focuses on animal reproduction, particularly in swine, with emphasis on andrology and theriogenology. His work includes the study of bacterial contamination in semen extenders, development of antimicrobial pharmacodynamics, molecular mechanisms of sperm function, and the application of assisted reproductive technologies. He is also involved in advancing semen analysis methodologies and ultrasonography techniques for swine reproduction.

His recent publications (2016-2021) demonstrate a strong focus on improving semen analysis techniques and understanding bacterial pathogens in swine reproduction. Key themes include the development of PCR-based detection methods for contaminants, application of ultrasonography in female swine, and molecular investigations into fertility. His work bridges laboratory research with clinical applications, particularly in large animal production.

Dr. Althouse has received notable awards:

• 2021 Theriogenologist of the Year
• 2023 Outstanding Swine Academic of the Year

Information on advising and grants was not provided in the source text.

He founded and directs the Reference Andrology Laboratory at Penn Vet, which provides research and clinical services for large animal production. Additionally, he leads the Penn Vet Swine Group and serves as the attending veterinarian for the largest multi-genetics boar stud system in North America, impacting approximately one-third of the U.S. swine breeding herd.