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

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

Background and Aims Gut functions including motility, secretion, and blood flow are largely
controlled by the enteric nervous system. Characterizing the different classes of enteric …

The intrinsic neural control of the gastrointestinal tract is mediated by the enteric nervous
system, the activity of which can be modulated by local stimuli, by inputs from the central …

Advances in knowledge of enteric neurons electrophysiological characteristics have led to
the realisation that the properties of the neurons are dependent on the state of the intestine …

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

Due to practical limitations in visualizing and getting access to the ganglionic components of
large mammals, electrophysiology of the enteric nervous system has been restricted mainly …

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

Background & Aims: Myenteric ganglia in the human gastrointestinal tract contain a mixture
of many different types of nerve cells that cannot be distinguished by their location. The aim …

The analysis of myenteric neurons is becoming increasingly important for the assessment of
enteric nervous system injury and degeneration occurring in motor disorders of the gut …