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| Title: Histology of pig cervical vagus nerve | |
| Contributors: Megan Settell, Kip Ludwig, Bruce Knudsen, | |
| Nicole Pelot, Evan Nicolai | |
| Description: Trichrome stained histology of the pig cervical vagus nerve at the region of vagus nerve stimulation (VNS). | |
| Viewing version: 1.1 | |
| DOI: 10.26275/f5se-ynpk | |
| Primary Publication(s): | |
| Musselman, E., Pelot, N., and Grill, W. (2023) Validated computational models predict vagus nerve stimulation thresholds in preclinical animals and humans. Journal of Neural Engineering. http://dx.doi.org/10.1088/1741-2552/acda64 | |
| Abstract: | |
| Study Purpose: This study was conducted to determine the morphology of the pig cervical vagus nerve under the stimulating cuff to determine afferent and efferent groupings. | |
| Data Collection: This data includes the histology from the approximate center of the vagus nerve stimulating cuff | |
| Primary Conclusion: None stated | |
| Curator's Notes | |
| Experimental Design: All subjects underwent cervical vagus nerve stimulation. See Nicolai et al. 2020 and the associated dataset for details on the stimulation protocol. Following experimental stimulation, the pigs were euthanized and incised to expose either the right or left side vagus nerve. Sections were then embedded in paraffin wax and allowed to set. Each block was placed in an ice-water bath for approximately one hour to rehydrate the tissue and allow 5 µm sections to be cut using a Leica Biosystems Rotary Microtome and stained using Gomori's trichrome. Slides were imaged using a Motic Slide Scanner at 20×. Region under the cuff was analyzed using Gomori's Trichrome. Slices in this dataset are at the approximate center of the cuff. | |
| Completeness: This dataset is complete. | |
| Subjects & Samples: Male (n=4) and female (n=4) juvenile Landrace/Yorkshire pigs were used in this study. | |
| Primary vs derivative data: Data in the primary folder are organized by subject ID, then by sample ID. The primary folder contains images in a .tif format. The primary images were converted with 20:1 compression to JPEG2000 (.jp2) by MBF Bioscience for web streaming and visualization on the SPARC Data Portal. The primary images were also converted with lossless compression to OME-TIFF (.tif) by MBF Bioscience. Microscopy image metadata is included in the file header of all .jp2 and .tif in the derivative folder. | |
| Metadata | |
| Experimental Design: | |
| Protocol Links: | |
| https://doi.org/10.17504/protocols.io.9ieh4be | |
| Experimental Approach: Anatomy, Histology, Microscopy | |
| Subject Information: | |
| Anatomical structure: Vagus nerve | |
| Species: Pig | |
| Sex: Female, Male | |
| Age range: Juvenile | |
| Number of samples: 8 samples from 8 subjects | |
| Keywords: Vagus nerve, Histology, Trichrome, Vns, Vagus nerve stimulation, Vagotopy, Pig, Morphology | |
| About this dataset | |
| Title: Histology of pig cervical vagus nerve | |
| First Published: April 19, 2023 | |
| Last Published: July 17, 2023 | |
| Contact Author: | |
| Megan Settell | |
| settell@wisc.edu | |
| Award(s): NIH OT2OD025340 | |
| Funding Program(s): SPARC | |
| Associated project(s): Modeling activation and block of autonomic nerves for analysis and design | |
| Institution(s): Duke University | |
| About this version | |
| Version 1 Revision 1: Publication date: April 19, 2023 (Last updated: July 17, 2023) | |
| Dataset DOI: https://doi.org/10.26275/f5se-ynpk | |