Welcome to the López-Aranda Lab, where we are dedicated to advancing the field of neuroscience through innovative research and collaboration. Our team is passionate about exploring the complexities of the brain, with a particular focus on understanding neurodevelopmental disorders such as autism.At the López-Aranda Lab, we employ state-of-the-art techniques and methodologies to investigate the underlying mechanisms of neural function and behavior. Our interdisciplinary approach combines behavior, celular and molecular studies, neuroimaging, and computational analysis to uncover the intricacies of neurological disorders and their impact on cognitive processes.We believe in fostering a collaborative environment that encourages curiosity and creativity. Our lab is committed to training the next generation of neuroscientists, providing mentorship and support to students and early-career researchers.Join us as we strive to unlock the mysteries of the brain and contribute to meaningful advancements in neuroscience research. Together, we can pave the way for new insights and innovative treatments that improve lives.

•The goal of my research during my period at UCLA (2010 – present) was to determine the possible impact of environmental factors (i.e., post-natal immune activation) and the role of the microglia in the development of autistic phenotypes in a mouse model of Tuberous sclerosis (TSC; a disorder with high prevalence of autism). •Responsible to develop the protocols for the experiments (in vivo and in vitro), carry out those experiments, lead and mentorship a team of 10 undergraduates involved this project, stablish collaboration with different Universities. These collaborations resulted in the publication of several articles, some of which I first-authored. •Responsible of writing grants, analyze data and writing internal reports and manuscripts.•Present findings at departmental and international meetings.

•The goal of my research during my period at UCLA (2010 – present) was to determine the possible impact of environmental factors (i.e., post-natal immune activation) and the role of the microglia in the development of autistic phenotypes in a mouse model of Tuberous sclerosis (TSC; a disorder with high prevalence of autism). •Responsible to develop the protocols for the experiments (in vivo and in vitro), carry out those experiments, lead and mentorship a team of 10 undergraduates involved this project, stablish collaboration with different Universities. These collaborations resulted in the publication of several articles, some of which I first-authored. •Responsible of writing grants, analyse data and writing internal reports and manuscripts.•Present findings at departmental and international meetings.

•During my Ph.D., I focused on exploring the physiological functions of sGαi2 and RGS-14 proteins in the brain. •Responsible to develop multiple molecular, cellular and behaviour techniques that I was able to improve during my Postdoctoral period at UCLA.

•During my Ph.D., I focused on exploring the physiological functions of sGαi2 and RGS-14 proteins in the brain. •Responsible to develop multiple molecular, cellular and behaviour techniques that I was able to improve during my Postdoctoral period at UCLA.

To Conduct studies to determine the possible role of the Msx1 gene in the development of the subcommissural organ (SCO), the posterior commissure (PC) and the development of hydrocephalus.

To conduct studies to determine the possible role of the Msx1 gene in the development of the subcommissural organ (SCO), the posterior commissure (PC) and the development of hydrocephalus.