SNT is an end-to-end framework for neuronal morphometry and whole-brain connectomics
that supports tracing, proof-editing, visualization, quantification and modeling of …

We investigate the degree to which neurons are fractal, the origin of this fractality, and its
impact on functionality. By analyzing three-dimensional images of rat neurons, we show the …

Recombinant adeno-associated viruses (AAVs) allow rapid and efficient gene delivery to the
nervous system, are widely used in neuroscience research, and are the basis of FDA …

Microtubules are central elements of the eukaryotic cytoskeleton that often function as part of
branched networks. Current models for branching include nucleation of new microtubules …

The brain converts perceptual information into appropriate patterns of muscle activity
depending on the categorization and localization of sensory cues. Sensorimotor information …

The development of robust tools for segmenting cellular and sub-cellular neuronal structures
lags behind the massive production of high-resolution 3D images of neurons in brain tissue …

Reconstructing neuron morphologies from fluorescence microscope images plays a critical
role in neuroscience studies. It relies on image segmentation to produce initial masks either …

Branching allows neurons to make synaptic contacts with large numbers of other neurons,
facilitating the high connectivity of nervous systems. Neuronal arbors have geometric …

Neurons connect through dendrite arbors to receive inputs from their appropriate partners.
The branching pattern, size, and input distribution in the arbor determine neuron function …

Neurons are connected by complex branching processes—axons and dendrites—that
process information for organisms to respond to their environment. Classifying neurons …