Fetal glucose metabolism, programming of growth, predisposition to osteochondrosis dissecans and implications for broodmare management and embryo transfer recipients

Pascale Chavatte-Palmer (1, 2)

1 BDR - Biologie du Développement et Reproduction
2 Université Paris-Saclay

Fetal glucose metabolism, programming of growth, predisposition to osteochondrosis dissecans and implications for broodmare management and embryo transfer recipients. The BEVA Congress

Mots clés: fœtus amnion fetus yolk sac; mares

Mots clés: fœtus; jument; équin; métabolisme du glucose; ostéochondrose; croissance et développement animal; transfert d'embryon

Domaines: Biologie du développement; Biologie de la reproduction

Pascale Chavatte-Palmer. Fetal glucose metabolism, programming of growth, predisposition to osteochondrosis dissecans and implications for broodmare management and embryo transfer recipients. The BEVA Congress, Sep 2017, Liverpool, United Kingdom. , 326 p., 2017, Handbook of Presentations: The BEVA Congress. ⟨hal-01608578⟩