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Welcome to the Institute of Veterinary Anatomy of the University of Zurich

The Institute of Veterinary Anatomy represents macroscopic and microscopic anatomy as well as embryology and developmental biology of domestic mammals in teaching and research.
A particular research focus lies on the comparative and species-specific aspects of reproductive biology and endocrinology in domestic mammals. Through this, the institute makes a significant contribution to understanding key biological processes, including embryo-maternal communication, placental function, and the mechanisms of birth induction.
In teaching, the institute plays a vital role in veterinary education. During the first year of study, it provides foundational anatomical knowledge, which serves as an indispensable basis for understanding the structure and function of animal organisms. This knowledge is systematically expanded and deepened during the second, third, and fourth years of study through block courses. Special emphasis is placed on connecting theory with practice, enabling students to be thoroughly prepared for the diverse clinical demands of veterinary medicine.

UZH Institute of Veterinary Anatomy: Animal Anatomy: Clear, Accessible, Innovative, and Up-to-Date

Anatomy: visual, accessible, innovative, and modern

As part of the “3Rs and Animal Welfare” initiative, we here offer guided group tours at the Institute of Veterinary Anatomy. Visitors gain exciting insights into modern veterinary anatomy teaching, innovative educational approaches, and the responsible and ethically reflected use of animal specimens in teaching and research. Further information about our activities and guided tours can be found here: 
Guided group tours at the Institute of Veterinary Anatomy

Animal Body Donation

Animal Body Donation

 

Weiterführende Informationen

New Paper

Morpho-functional uterine and placental dynamics during establishment and maintenance of canine pregnancy, from early trophoblast invasion to parturition

Mariusz P. Kowalewski

New Paper

Effect of Oxidative Stress on Extracellular Vesicles Secreted by Caruncular Epithelial Cells Isolated from Bovine Placenta During Pregnancy—Preliminary Results. 

Monika Jamioł, Jasmin Galli, Mariusz P. Kowalewski, Jacek Wawrzykowski and Marta Kankofer

Neue Arbeit

Application of Anti-Müllerian Hormone in Regulation of Ovarian Function and Its Practical Relevance for Fertility and Embryo Production in Cows and Mares

Andreas Vernunft und Dragos Scarlet