Axon Viewer

The Axon Viewer ingests neuron morphology records and provides a concise, structured representation of axon architecture. It converts raw measurement fields into standardized descriptors, enabling researchers to inspect diameter distributions, total process length, and branching density without scripting. The tool supports multiple datasets, filters by species or brain region, and returns a consistent summary that aligns with common neuroscience conventions for morphology reporting.
Conceptually, the workflow includes data ingestion, validation, feature extraction, and metric computation. Diameters are summarized with mean and median values; total axon length is computed from length_um or reconstructed skeletons; branching density is quantified as the number of branch points per neuron. Optional routines generate histograms and normalize results across datasets to enable fair comparisons.
Audience and value: neuroscience labs, graduate students, and educators gain rapid, reproducible insights that support hypothesis testing and teaching. Unique differentiators include cross-species tagging, deterministic filtering, and exportable results that integrate with notebooks and data pipelines. The tool emphasizes domain accuracy and interoperability rather than decorative visuals.
Core features include robust data validation, configurable ranges, multi-dataset comparisons, and standard export formats. Use cases span quality control, comparative neuroanatomy studies, and curriculum demonstrations. By producing explicit metrics and structured outputs, it reduces ad hoc analysis time and enhances collaboration.