Event Summaries about Brain Anatomy and Physiology

Cynthia Rogers, M.D. provided an overview of adverse exposures and their influence on child development, discussing exposure to poverty, crime, and pre-and postnatal exposures to psychopathology and substance use.

Damien Fair PA-C, Ph.D. highlighted positive developments in functional neuroimaging with the potential to put the field on a more solid footing moving forward and realize the translational potential of these non-invasive methodologies.

This meeting examined emerging data related to neurologic and psychiatric complications of SARS-CoV-2 infection and possible interactions with other central nervous system (CNS) infections such as human immunodeficiency virus (HIV). A panel discussed future research gaps and priorities, particularly regarding long-term neurologic and psychiatric complications in relation to PASC.

Beverly Davidson, Ph.D., provided an overview of recent research approaches for inherited disorders that impact central nervous system (CNS) function during her talk.

The NIMH Division of Translational Research sponsored a workshop to provide an overview of the use of electric-field (e-field) modeling in noninvasive brain stimulation studies. Experts provided theoretical background information on e-field modeling as well as practical hands-on experience with a variety of available software packages.

On November 10, 2017, NIMH convened a workshop to discuss the development of explainable artificial intelligence (XAI) solutions to guide basic and clinical interventions, and to inform our understanding of complex brain-behavioral data in the context of intelligent neuro-behavioral modulation.

The NIMH Office of Director held a scientific workshop on computational psychiatry.

This symposium will bring together basic neuroscientists, computational modelers, and clinical investigators to discuss how to integrate large-scale computational modeling with translational neuroscience, in order to increase our understanding of how to improve the rhythmic interactions of networks by non-surgical brain stimulation and enhance cognitive capabilities in clinical disorders.