Explore equine production systems, key indicators, stud farm diagnosis, and strategies to improve efficiency in diverse and real-life contexts.
Learn about equine production models, evaluate current practices, and design more efficient, sustainable, and welfare-oriented systems.
Analyze the growth of the equine athlete from a practical and scientific perspective. Comprehensive management: fitness, health, growth, and nutrition.
Learn the key stages of a horse's development, from gestation to rearing. You'll learn about mare management, foal nutrition, bone health, and the prevention of orthopedic diseases. You'll incorporate practical tools to raise healthy, functional horses with athletic or commercial potential.
Explore the physiological and biomechanical bases of breaking and dressage in Criollo, SPC, and polo horses.
Analyze the costs of equine breeding in intensive and semi-intensive systems, focusing on production data from Argentina.
Plan and control reproductive programs in intensive systems. Address services, foaling, environmental subfertility, management of problem mares, stallions, and reproductive emergencies to improve the breeding farm's productive and reproductive efficiency.
Train in mare reproductive management: estrous cycle, hormone therapy, synchronization, emergencies, embryo transfer, and clinical strategies to optimize insemination, diagnosis, and treatment in intensive and field reproductive programs.
Discover what an equine genetic improvement program is, how to design, measure, and implement it. Learn about technologies and models applied to sporting breeds: PRE, Arabian, Warmbloods, and SPC.
Learn about the main reproductive biotechnologies applied to equines: TE, OPU-ICSI, cloning, and sexing. Discuss their uses, limitations, common problems, and the role of the laboratory in in vitro embryo production.
Comprehensive training in equine reproductive biotechnologies: OPU, ICSI, in vitro production, embryo transfer, laboratory planning, and emerging technologies such as sexing, cryopreservation, and gene editing in assisted reproduction.
