Irene Ortiz‐Leal

This study characterizes the olfactory bulb anatomy of the Asian small-clawed otter, revealing a highly developed main olfactory bulb and a small, neurochemically distinct accessory olfactory bulb.

This paper examines the prenatal development of the olfactory and vomeronasal systems in the fossorial water vole, revealing accelerated maturation compared to laboratory rodents.

This paper characterizes the vomeronasal system of the Iberian mole, revealing unique anatomical and molecular features compared to other mammals.

This study characterizes the vomeronasal system in wapiti, revealing its anatomical and neurochemical features through histological and immunohistochemical analyses.

This study characterizes the morphological and neurochemical organization of the accessory olfactory bulb in the fossorial water vole, revealing distinct structural features and functional distinctions from the main olfactory bulb.

This study compares histological features of eye and adnexal tissues between dogs and wolves to identify domestication-related changes and their implications for ocular pathologies.

This study confirms functional communication between the incisive duct and vomeronasal duct in neonatal dogs through histological analysis.

This study examines the histopathological effects of Cephenemyia stimulator larvae in roe deer, revealing tissue damage and immune responses in the nasopharyngeal region.

This study confirms the presence of a functional vomeronasal system in fossorial water voles through histological and immunohistochemical analysis.

This study examines the vomeronasal system of the Iberian wolf, revealing functional similarities and microscopic differences compared to domestic dogs, and discusses implications for conservation strategies.

This study examines the vomeronasal organ in dama gazelles to assess its structure and function, contributing to understanding semiochemical communication and reproductive biology.

The paper studies the olfactory limbus in red foxes, finding it highly developed and complex, suggesting its value as a model for non-canonical chemosensory processing.