The first differentiation of enteric neurons into three morphological types was done by the
russian histologist AS Dogiel on the basis of the different shapes and lengths of their …

Major advances in our understanding of the functional heterogeneity of enteric neurons are
driven by the application of newly developed, innovative methods. In contrast to this …

The enteric nervous system plays a central role in the control of gastrointestinal function. To
understand how its circuits operate, it is necessary to identify and characterise the different …

In the present study, a combination of immunohistochemistry and retrograde 1, 1‐didodecyl‐
3, 3, 3, 3‐tetramethylindocarbocyanine perchlorate (DiI) tracing was used to unravel the …

This short review describes the conceptual development in the search for the enteric neural
circuits with the initial identifications of the classes of enteric neurons on the bases of their …

The enteric nervous system contains neurons with well-defined functions. However, when
neurons of the same function are examined in different regions or species, they are found to …

This short review reports the latest insights into the structural organization of the enteric
nervous system, with special emphasis on the intrinsic innervation of the intestinal tract of …

The guinea‐pig small intestine has been very widely used to study the physiology,
pharmacology and morphology of the enteric nervous system. It also provides an ideal …

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 …

Previous studies have identified the chemistries, shapes, projections and
electrophysiological characteristics of several populations of neurons in the distal colon of …