Researchers aim to create a new brain atlas of variation in human brain cells.
Researchers contribute to the BRAIN Initiative Cell Atlas Network by mapping cell type, activity, and location in the developing brain.
Researchers have mapped the brain development of fetuses with spinal bifida aperta between 21-34 weeks of gestation. The new brain map has been released via open access to help further research and monitoring of SBA throughout fetal development.
Researchers identified hundreds of new genomic loci that help explain how the brain is shaped.
Collaborative work on the brain atlas describes how different cells are organized and connected throughout the mouse brain. Understanding what differentiates brain cells can lead to new research and potential therapies for brain disorders.
New collaborative studies shed light on the organization of cells in key areas of the mouse brain and the organization of transcriptome, epigenomic, and regulatory factors that provide the brain cells with purpose and function.
Combining single-cell genomic technologies, researchers create a new detailed map of the developing mouse cerebral cortex.
A newly developed technique dubbed NeuroPAL is helping researchers investigate the dynamics of neural networks in the nervous system of microscopic worms.
Researchers have launched a comprehensive overview of protein expression in the brain. A newly launched open-access database is available for researchers to use.
Researchers used the HoloLense software to create an interactive holographic mapping system for axonal pathways in the human brain.
A new process for classifying neurons in the brains of mice has been outlined by researchers from Cold Spring Harbor Laboratory. The platform pairs microscopy with genetic labeling at single neuron resolution, allowing researchers to reconstruct the brain, by providing information on every neuronal type's location.
Researchers have created a 3D reconstruction of a marmoset brain that could help offer insights into human neural connectivity.
