Background Ex vivo intracellular recordings and dye fills, combined with
immunohistochemistry, are a powerful way to analyze the enteric nervous system of …

Background Access to tissue, difficulties with dissection, and poor visibility of enteric ganglia
have hampered electrophysiological recordings of human enteric neurons. Here, we report …

The pathophysiology of intestinal secretion is increasingly studied using transgenic mouse
models of colonic inflammation, but little is known about the properties of single submucosal …

Background and aims The enteric nervous system independently controls gastrointestinal
function including motility, which is primarily mediated by the myenteric plexus, therefore …

Distinguishing and characterising the different classes of neurons that make up a neural
circuit has been a long-term goal for many neuroscientists. The enteric nervous system is a …

Background The enteric nervous system contains multiple classes of neurons,
distinguishable by morphology, immunohistochemical markers, and projections; however …

Background & Aims: Prevertebral sympathetic ganglia receive inputs from intestinofugal
neurons, with cell bodies located in the wall of the bowel. Intestinofugal neurons are part of …

Neurobiotin-filled microelectrodes were used to investigate electrical and synaptic behavior
and morphological characteristics of rectal myenteric neurons that received synaptic inputs …

Intracellular recording was used in vitro to analyze electrophysiological properties of
neurons in myenteric ganglia of guinea pig distal colon. The neurons were classified into six …

The enteric neural network in the proximal murine colon shows a regularly occurring
hypoganglionic region, which is here characterized by using anatomical and …