The goal of this concept is to encourage research to define the mechanisms and roles of T-cells in HIV/central nervous system (CNS) reservoir seeding, persistence and neuropathogenesis. This research will be critical for developing therapeutic strategies for targeting CNS reservoirs and ongoing neuroinflammation that drive CNS comorbidities.
During this lecture, Daniel E. Dawes, J.D., will explore the crucial link between mental health and systemic health through the lens of equity.
In celebration of NIMHs 75th anniversary, we reflect on decades of work by the institute to understand and eradicate HIV.
This workshop brings together experts in peer support suicide prevention to discuss relevant conceptual frameworks, recent advances, service settings, and service-user characteristics that inform intervention strategies across the crisis services continuum, digital and telehealth applications, and considerations for youth equity.
Researchers at the National Institute of Mental Health found that unmedicated children with anxiety disorders show widespread overactivation in brain functioning and that treatment with cognitive behavioral therapy led to a clinically significant drop in anxiety symptoms and improved brain functioning.
An NIMH-supported study of the 3D genome revealed widespread silencing of genes with important roles in brain function in fragile X syndrome and related disorders.
The National Institute of Mental Health recently hosted a symposium to kick off its 75th Anniversary celebrations.
The National Institute of Mental Health (NIMH) and the non-profit organization The Many Brains Project partnered with the National Institutes of Health (NIH) All of Us Research Program to adapt a series of new game-like tasks that are now part of the All of Us Research Program’s participant experience.
NIMH researchers found racial and ethnic disparities in rates of psychotic disorders, which were associated with co-occurring medical conditions and negative health outcomes.
This workshop will be a 3-day interactive event with targeted and coordinated presentations, panel discussions, and demonstrations with the following goals: 1. Foster the development of data standards for the integration and annotation of single-cell genomics data. 2. Systemize and automate the process of data to information to knowledge and develop pipelines where feasible. 3. Shed new insights on brain cell functional studies by using cell atlasing data and cell type-specific targeting tools. 4. Develop strategies with brain disease research communities to maximally leverage BICCN / BICAN data. 5. Develop a community roadmap for the analysis and annotation of single cell data.