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PubMed2000

Age-dependent changes of electrophysiologic characteristics of the stellate ganglion conducting pathways in kittens.

The conducting pathways of the cat stellate ganglia were examined in newborn, 10- and 20-day-old kittens by recording the evoked responses in the branches of the ganglion following electrical stimulation of its other branches. In the course of postnatal ontogenesis, the average conduction velocity of excitation and the average amplitude of the responses was increased. In newborn and 10-day-old kittens, all fibers on their conduction velocities belong to C-fibers. In 20-day-old kittens, Adelta- and B-fibers also appeared. In this age-group, two subgroups among fibers of the C group were determined according to their conduction velocity of excitation. From 10 days of age, the axon reflex was recorded in the anastomosis and the inferior cardiac nerve following stimulation of the cranial and caudal branches of the subclavian loop. All branches of the stellate ganglia of 20-day-old kittens contain both continuous and synaptically switched fibers.

Action Potentials↗
PubMed1988

Stellate ganglion innervation of the vertebro-basilar arterial system demonstrated in the rat with anterograde and retrograde WGA-HRP tracing.

Stellate ganglia projections to cerebral arteries have been investigated with wheatgerm-agglutinated horseradish peroxidase (WGA-HRP). Injections of WGA-HRP into the stellate ganglia resulted in labelling of nerve fibres on the vertebral and basilar arteries, and their side branches. The innervation was bilateral, but with an ipsilateral predominance. After WGA-HRP application on the basilar artery, retrogradely labelled cells appeared in both stellate ganglia, but most numerously in the right ganglion (70-75%). Failure to detect stellate projections to cerebral arteries in 6-hydroxydopamine (6-OHDA)-pretreated animals indicates that these fibres are of noradrenergic sympathetic character. It is suggested that the stellate fibres follow the vertebral arteries towards the basilar artery and its branches.

Afferent Pathways↗