The research of our group focuses primarily on two key areas within Phytopathology and Plant Bacteriology. The first line of work is aimed at the identification and characterization of bacteria, with the purpose of developing useful tools for diagnosing plant diseases and identifying those capable of causing diseases in plants. By creating rapid and accurate diagnostic methods, we aim to facilitate early detection and control of these diseases, helping to reduce economic losses and promote more sustainable agricultural practices.

PHYTOPATHOGENIC FUNGI group is a leading research group in the Etiology, Epidemiology and Control of plant diseases caused by fungi as demonstrated by the quality of its extensive scientific production, its ability to obtain resources of a competitive nature, and its scientific relations with other national and international groups related to this topic. The group is a pioneer in the production and formulation of biocontrol agents and Biological Control and also on brown rot of stone fruit.

Comparative spermatology and cryobiology. In our work with wild species (mammal and avian species) our aims fall under the headings of their reproductive physiology and its application in conservation (germplasm banks) and sustainability. Bridges between wild animal reproduction and domestic animals reproductive technologies. Application in conservation of threatened breeds.

Our research focuses on the analysis of early embryonic development in vivo and in vitro in mammals, the understanding of mechanisms controlling embryo-maternal interactions (reproductive fluids, Extracellular Vesicles/Exosoms, Organoids, Assembloids etc), the study of factors responsible for infertility in dairy cows, and the development of strategies reducing embryonic losses and increasing pregnancy rates.

The group has a long history of work in the Department of Animal Reproduction of INIA. Its projection in the swine sector has been developed through technology transfer related to reproduction and other fields related to this function (health, feeding and genetics). To achieve these goals, INIA has carried out many competitive projects, agreements and contracts with other institutions and companies at national and international level.

Our group works in the area of knowledge of reproductive biology, reproductive veterinary medicine and gametogenesis. The lab is interested in understand the genetic (especially through mRNA splicing and ncRNAs) and epigenetic mechanisms that controls spermatogenesis and early embryo development, and their impact on fertility, sperm selection, sex determination, embryo/foetal development and adult health. Understanding these processes is essential both for their use in animal production and for understanding the causes of infertility in animals and humans.