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Stomach vasculature derived from microCT imaging of Microfil MV-122 perfusion is mapped to the rat stomach scaffold.

Segmentation of axon innervation and its density field are mapped to a generic rat stomach scaffold for qualitative and quantitative visualisation and analysis.

Axon innervation, vasculature and cell density data from different experiments are mapped onto a common coordinate framework provided by the generic rat stomach scaffold.

Evaluation of innervation of the normal human heart.

DiI-retrograde tracing ex vivo plus immunohistochemistry to characterize longitudinal muscle motor neurons.

Microstructural analysis of food intake as a behavioral endpoint to determine the effect of bilateral electrical stimulation of the forestomach on the consumption of a 45% high fat diet by female Sprague-Dawley rats.

This dataset contains results from IHC analyses of RAGP and nerves in the SAN and right atrium of pig hearts. Neurochemical phenotypes of neurons and nerves were evaluated, and RAGP neurons that innervate the SAN were identified by retrograde labeling.

A model to simulate gastric emptying and stomach motility for a healthy human stomach

Annotated human stomach scaffold available for registration of segmented neural anatomical-functional mapping of enteric neural circuits.

CellML version of the Fabbri et al. 2017 mathematical model of the spontaneous electrical activity of a human sinoatrial node (SAN) pacemaker cell

CellML version of the Fabbri et al. 2017 human sinoatrial node (SAN) cell model and an ODE-based version of the Gerstner & Kistler 2002 brain stem model combined to demonstrate the effect of brain stem activity on heart rate

The computational model of the human cardio-baroreflex provides a simulation of four variables (heart rate, mean arterial pressure, stroke volume and left atrial end systolic volume) following an onset of atrial fibrillation.

This data set includes recording and analysis of extracted signals form the pelvic nerve during cystometry testing in anesthetized rats.

Data and plotting code for excitation responses of multiple single compartment and multi-compartment models of peripheral unmyelinated axons

The generated body scaffold was fitted to data, and the organ fiducial markers were embedded in the human whole-body. The landmarks were obtained from image data and also were defined in the body scaffold. Furthermore, nerve centrelines are added.

This dataset contains measurements of the motor outcomes of the lower urinary tract in response to spinal cord epidural stimulation, utilizing electromyography of the external urinary sphincter and urodynamics.

Long read sequencing was used to identify and characterize the isoforms expressed in the human dorsal root ganglion (hDRG). PacBio IsoSeq circular consensus sequencing was used on 3 hDRGs from 3 human organ donors.

This dataset contains baseline measurements of mouse stellate ganglia using RNAseq

This dataset contains images and analysis used to quantify the number of neurons per ganglia, size and density of myenteric and submucosal ganglia in the rat gastric fundus, corpus and antrum.

The dataset consists of photomicrographs of the individual ganglia traversed by each of 54 vagal preganglionic fibers that had previously been fully traced using Neurolucida software.

This dataset contains microscopic images examining vascular structures in the mouse colon, yielding 3D images.

High resolution 3D confocal images of autonomic neurons and closely opposing synaptic boutons were segmented and analysed to obtain statistics on preganglionic input to immunohistochemically classified lower urinary tract projecting MPG neurons.

This dataset contains photomicrographs of the systemic AAV mouse colon enteric nervous system (ENS) that were acquired using confocal microscopes, visualized in three dimensions, and digitally segmented.

Immunohistochemistry revealed the morphology and distribution of nociceptor substance P-immunoreactive (SP-IR) axons and terminals in the muscular, submucosal, and mucosal layers of the antrum, pylorus, and duodenum regions of the mice.

AAV9-c-Kit mouse colon