She has been dedicated to teaching cell biology, with a special emphasis on the mechanisms associated with aging and the immune system. In addition, She has participated in courses related to general immunology and neuroimmunology. The knowledge applied in these courses is closely related to the research line developed in the laboratory.

The area of interest of our laboratory group is to understand the changes that occur in the functions of the immune system due to the effects of time. In other words, how certain proteins present in immune system cells change in expression and therefore, in function, leading to changes in the function of immune system cells. We are mainly focused on analyzing the cells of the innate immune system corresponding to macrophages. We are interested in understanding how these changes in protein levels lead to pathologies in different systems such as the central nervous system and its effect on neurodegeneration and tissue regeneration, as well as the metabolic changes that occur systemically and in relation to the accumulation of fats.

She is researching the aging process and the proteins that can recognize a cell's own mutated DNA or exogenous DNA from viruses and bacteria. These proteins participate in protection against pathogens and also prevent tumor development. However, little is known about their role during aging. In the laboratory where she works, she investigates how these messages change over time and how they could be related to inflammatory diseases that affect metabolism, tissue regeneration, and the development of neurodegeneration.