Translational Reproductive Biotechnology

Integration and real-world application

The Translational Reproductive Biotechnology group focuses on integrating reproductive endocrinology and pathophysiology into clinical practice and application with relevance to improving animal and human health and reproduction.

Impact

The Translational Reproductive Biotechnology research group is built on decades of successful translational research with clinical application at the Animal Reproduction and Biotechnology Laboratory and the Equine Reproduction Laboratory. Supported by world-class faculty expertise, facilities and equipment, this group leverages our reputation with large animal clinical programs to enhance industry ties and develop new biotechnology techniques for clinical applications. The Translational Reproductive Biotechnology group will continue to build on relationships with human clinical programs and large animal biotechnology industries and foster innovation in biotechnologies to improve management of reproduction. The research areas listed below have the potential to benefit the health and well-being of both humans and animals by regulating reproductive capacity and developing diagnostic markers and treatments for diseases that will likely be effective in both humans and animals.

Research Areas

Testing

Develop new rapid, sensitive, and accurate diagnostic tests for assessing reproductive status, evaluating reproductive health, and facilitating reproductive management, including tests for prediction of ovulation biomarkers for viability, quality, and sex of early embryos.

Contraception

Develop efficient methods of contraception or sterilization of male and female mammals.

Diagnostics

Develop diagnostic tests and efficacious treatments for uterine bacterial and fungal infections, including biofilms.

Assisted Reproductive Technology

Develop new technologies to improve natural or assisted reproductive success.

Group Members

Portrait of Thomas Hansen smiling
Thomas (Tod) Hansen

Group Chair | Specialty: Establishment and Maintenance of Pregnancy; Fetal Development in Response to Maternal Infection; Translational Reproductive Biotechnologies

Jennifer Barfield standing in the snow in front of a fence with two bison behind it
Jennifer Barfield

Specialty: Reproductive Physiology

Portrait of Richard Bowen
Richard Bowen

Specialty: Infectious Disease and Reproductive Physiology

Portrait of Elaine Carnevale smiling
Elaine Carnevale

Specialty: Assisted Reproductive Technology

Portrait of James Graham smiling
James Graham

Specialty: Male Reproductive Physiology

Jennifer Hatzel

Specialty: Assisted Reproductive Technology

Portrait of Fiona Hollinshead smiling
Fiona Hollinshead

Specialty: Small Animal Reproduction

Portrait of Patrick McCue smiling
Patrick McCue

Specialty: Assisted Reproductive Technology

Portrait of Terry Nett smiling
Terry Nett

Specialty: Reproductive Endocrinology

Portrait of Izabela Ragan smiling
Izabela Ragan

Specialty: Infectious and Emerging Diseases

Portrait of Dawit Tesfaye smiling
Dawit Tesfaye

Specialty: Molecular Regulation of Early Embryo Development​