Electrophysiological characteristics of peripheral neurons and their synaptic connections in the intestinal nerve of Helix pomatia L.

Innervation of the kidney of Aplysia by L10, the LUQ cells, and an identified peripheral motoneuron

“…The RPO peripheral motoneuron Peripheral sensory and motoneurons are widely distributed in molluscs (reviewed by Janse, 1974;Vehovszky and Elekes, 1985). In Aplysia, both sensory and motor peripheral neurons have been described in various regions of the periphery, including the mantle organs (Peretz and Moller, 1974;Bailey et al, 1979), the reproductive system (Salimova et al, 1987) the sensory epithelium of the rhinophores and anterior tentacles (Emery and Audesirk, 1978), and the digestive system (Lloyd et al, 1988).…”

Innervation of the kidney of Aplysia by L10, the LUQ cells, and an identified peripheral motoneuron

“…The RPO peripheral motoneuron Peripheral sensory and motoneurons are widely distributed in molluscs (reviewed by Janse, 1974;Vehovszky and Elekes, 1985). In Aplysia, both sensory and motor peripheral neurons have been described in various regions of the periphery, including the mantle organs (Peretz and Moller, 1974;Bailey et al, 1979), the reproductive system (Salimova et al, 1987) the sensory epithelium of the rhinophores and anterior tentacles (Emery and Audesirk, 1978), and the digestive system (Lloyd et al, 1988).…”

Viscerocardiac reflexes of the snail

“…along the course of the intestinal nerve and its ramifications have been investigated [14]. However, neither motoneurons nor afferent neurons of the heart were found among them in direct electrophysiological investigations of the peripheral neurons; however, polysynaptic responses can be recorded in many peripheral cells when the heart and the kidney are stimulated [25].The central neurons that elicit inhibitory postsynaptic potentials (IPSP) in the myocardium of the snail have been found in the visceral ganglion [1,8,26,27]. The sensory V21 neuron, which receives afferent impulse activity from the heart, pericardium, and other internal organs, was identified still earlier [20].…”

Innervation of the kidney of Aplysia by L10, the LUQ cells, and an identified peripheral motoneuron

“…The RPO peripheral motoneuron Peripheral sensory and motoneurons are widely distributed in molluscs (reviewed by Janse, 1974;Vehovszky and Elekes, 1985). In Aplysia, both sensory and motor peripheral neurons have been described in various regions of the periphery, including the mantle organs (Peretz and Moller, 1974;Bailey et al, 1979), the reproductive system (Salimova et al, 1987) the sensory epithelium of the rhinophores and anterior tentacles (Emery and Audesirk, 1978), and the digestive system (Lloyd et al, 1988).…”

Viscerocardiac reflexes of the snail

“…along the course of the intestinal nerve and its ramifications have been investigated [14]. However, neither motoneurons nor afferent neurons of the heart were found among them in direct electrophysiological investigations of the peripheral neurons; however, polysynaptic responses can be recorded in many peripheral cells when the heart and the kidney are stimulated [25].The central neurons that elicit inhibitory postsynaptic potentials (IPSP) in the myocardium of the snail have been found in the visceral ganglion [1,8,26,27]. The sensory V21 neuron, which receives afferent impulse activity from the heart, pericardium, and other internal organs, was identified still earlier [20].…”

Innervation of the kidney of Aplysia by L10, the LUQ cells, and an identified peripheral motoneuron

“…The RPO peripheral motoneuron Peripheral sensory and motoneurons are widely distributed in molluscs (reviewed by Janse, 1974;Vehovszky and Elekes, 1985). In Aplysia, both sensory and motor peripheral neurons have been described in various regions of the periphery, including the mantle organs (Peretz and Moller, 1974;Bailey et al, 1979), the reproductive system (Salimova et al, 1987) the sensory epithelium of the rhinophores and anterior tentacles (Emery and Audesirk, 1978), and the digestive system (Lloyd et al, 1988).…”

Viscerocardiac reflexes of the snail

“…along the course of the intestinal nerve and its ramifications have been investigated [14]. However, neither motoneurons nor afferent neurons of the heart were found among them in direct electrophysiological investigations of the peripheral neurons; however, polysynaptic responses can be recorded in many peripheral cells when the heart and the kidney are stimulated [25].The central neurons that elicit inhibitory postsynaptic potentials (IPSP) in the myocardium of the snail have been found in the visceral ganglion [1,8,26,27]. The sensory V21 neuron, which receives afferent impulse activity from the heart, pericardium, and other internal organs, was identified still earlier [20].…”