Scientific Researchers
Learn how to request tissue from the NeuroBioBank or browse our inventory of available samples.
Potential Donors
Learn about the crucial need for brain donation and how your gift can advance human knowledge.
The NIH NeuroBioBank is pleased to announce that genome-wide genotyping and whole genome sequence (WGS) data from 9667 subjects from the NIH NeuroBioBank inventory are now available to the biomedical research community. Please find the publicly available web page for this study in the NIMH Data Archive here. To access, search and analyze this dataset, apply for access here. Once approved, you will be able to access the data in collection #3917. There are helpful tutorials about accessing data here. If the tutorials don't answer the questions you have, you should contact NDAHelp@mail.nih.gov.
Since 2013, the NIH NeuroBioBank has catalyzed scientific discovery through the centralization of resources aimed at the collection and distribution of human post-mortem brain tissue.
Our networked brain and tissue repositories distribute thousands of samples per year to the research community studying neurological, developmental, and psychiatric disorders.
Learn more about the NIH NeuroBioBankLearn how to request tissue from the NeuroBioBank or browse our inventory of available samples.
Learn about the crucial need for brain donation and how your gift can advance human knowledge.
Aging alters mechanisms underlying voluntary movements in spinal motor neurons of mice, primates, and humans.
Spinal motor neurons have been implicated in the loss of motor function that occurs with advancing age. However, the cellular and molecular mechanisms that impair the function of these neurons during aging remain unknown. Here, we show that motor ne…
View the abstractGenome-wide methylomic regulation of multiscale gene networks in Alzheimer's disease.
Recent studies revealed the association of abnormal methylomic changes with Alzheimer's disease (AD) but there is a lack of systematic study of the impact of methylomic alterations over the molecular networks underlying AD. We profiled genome-wide …
View the abstractInhibition of histone methyltransferase Smyd3 rescues NMDAR and cognitive deficits in a tauopathy mouse model.
Pleiotropic mechanisms have been implicated in Alzheimer's disease (AD), including transcriptional dysregulation, protein misprocessing and synaptic dysfunction, but how they are mechanistically linked to induce cognitive deficits in AD is unclear. …
View the abstract