Experimental studies suggest that intracardiac ganglia act as integrative control centers for
maintaining the adequate cardiac output. However, the synaptic connections and circuits of …

Frog is a convenient animal model to study structure and function of intracardiac nervous
system. Compared to mammalian heart, frog intracardiac neurons are large and survive well …

The frog is a useful model to study the structure and function of intracardiac neurons. The
goal of this study was to evaluate the size and distribution of synaptic boutons on the …

Histochemistry for acetylcholinesterase was used to determine the distribution of
intracardiac neurons in the frog Rana temporaria. Seventy-nine intracardiac neurons from …

Mammalian intrinsic cardiac neurons subserve different functions in different cardiac
regions, but the regional anatomical organisation of the intracardiac nervous system is not …

Purpose: To determine the morphologic and immunohistochemical patterns of the
epicardiac ganglionated neural plexus (EGNP) on the whole-mounted (non-sectioned) …

The function of neurons distributed on cardiac ventricles is unknown so far. Therefore,
chemical phenotype of epicardial nerve cells was demonstrated employing double labeling …

The study was aimed to determine the 3D organization and immunohistochemistry of
intrinsic neural plexus in mouse heart. In a whole heart preparation, intrinsic neural …

The histochemistry for acetylcholinesterase was used to quantify the distribution of the
intrinsic neurons in the hearts of 12 frogs Rana temporaria. Sixty-six intracardiac neurons …

Background The intrinsic neural plexus of the mouse heart has not been adequately
investigated despite the extensive use of this species in experimental cardiology. Objective …