This dataset provides binary traces of cross sections of rat vagus nerves from which we quantified the effective nerve diameters, the effective fascicle diameters, the number of fascicles, and the perineurium thickness.
Study purpose: To quantify rat vagus nerve morphology
Data collection: Using micrographs of rat vagus nerve cross sections that were stained with Masson’s trichrome, we quantified effective nerve and fascicle diameters, the number of fascicles, and the perineurium thickness at the cervical and subdiaphragmatic levels. These morphological data provide neural anatomical information, as well as foundational knowledge for computational and preclinical studies of vagus nerve stimulation. The dataset contains TIFF files for 9 left cervical and 9 anterior subdiaphragmatic rat vagus nerve samples, providing segmented traces of inner and outer perineurial boundaries, as well as outer nerve boundaries in multifascicular cases.
Primary conclusion: None stated
Experimental Design: We segmented Masson’s trichrome micrographs of 9 left cervical and 9 anterior subdiaphragmatic rat vagus nerves using Nikon’s NIS-Elements to identify perineurial and neural boundaries. Using the resulting binary traces, we quantified the effective nerve and fascicle diameters, the number of fascicles, and the perineurium thickness.
Completeness: This dataset is part of a larger study "Quantified vagus nerve morphology across species".
Subjects & Samples: Adult male (n=5) and female (n=5) Sprague-Dawley rats were used for this study, 65 - 268 days old.
Primary vs derivative data: Data in the primary and derived files are divided by subject identification, then sample number (listed in sample file). The primary folder contains TIFF images with binary traces of the fascicles and nerves. Neurolucida from MBF Biosciences was used to overlay the traces with the original Masson’s trichrome nd2 micrographs (in prior dataset) and then to convert the images and overlays to jp2 extension (in derived folder).
Code Availability: Matlab code is used to analyze tif files, load morphology and plot morphology.
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