Expression of substance-P in human neurons of trigeminal ganglia has been investigated by immunohistochemistry and morphometry. These neurons constituted 12.8% to 32.6% of the total neuronal population in the trigeminal ganglia. Substance-P positive granulations were concentrated around the nucleus, distributed focally in neuroplasm or dispersed over the neuroplasm. Morphometric analysis has indicated the presence of three populations of SP-positive cells: small, medium-sized and large. The results suggest a functional differentiation on the level of the first neurons of the afferent path of the stomatognatic system. Substance-P is likely to play a role in the transmission not only of nociceptive impulses but also of those involved in the m...
Substance P is a neuropeptide believed to be a major mediator of neurogenic inflammation. The aim of...
This work presents new data concerning the immunohistochemical occurrence of the transient receptor ...
Current evidence supports the central role of neuropeptides in the molecular mechanisms underlying d...
Expression of substance-P in human neurons of trigeminal ganglia has been investigated by immunohist...
Presence of substance P-like immunoreactive neurons and nerve fibers is demonstrated in the trigemin...
5-HT1D (but not 5-HT1B )-receptor immunoreactivity (i.r.) can be detected on trigeminal fibres withi...
The distribution of calcitonin gene-related peptide (CGRP) has been examined by the indirect immunof...
We investigated the immunohistochemical expression of substance P (SP) in the brainstems of 56 subj...
Objective. This study was conducted in order to find out whether there was any particular associatio...
Trigeminal sensory neurons are responsible for sensory innervation to the nasal cavity and may relea...
Recent evidence suggests that substance P (SP) is upregulated in primary sensory neurons following a...
Substance P has been studied in relation to its distribution within gingival tissues as well as its ...
An analysis of the distribution of substance P immunoreactive nerve cell bodies and fibres is given ...
Background: Nerve injury may induce neuropathic pain. In studying the mechanisms of orofacial neurop...
Recent evidence suggests that substance P (SP) is upregulated in primary sensory neurons following a...
Substance P is a neuropeptide believed to be a major mediator of neurogenic inflammation. The aim of...
This work presents new data concerning the immunohistochemical occurrence of the transient receptor ...
Current evidence supports the central role of neuropeptides in the molecular mechanisms underlying d...
Expression of substance-P in human neurons of trigeminal ganglia has been investigated by immunohist...
Presence of substance P-like immunoreactive neurons and nerve fibers is demonstrated in the trigemin...
5-HT1D (but not 5-HT1B )-receptor immunoreactivity (i.r.) can be detected on trigeminal fibres withi...
The distribution of calcitonin gene-related peptide (CGRP) has been examined by the indirect immunof...
We investigated the immunohistochemical expression of substance P (SP) in the brainstems of 56 subj...
Objective. This study was conducted in order to find out whether there was any particular associatio...
Trigeminal sensory neurons are responsible for sensory innervation to the nasal cavity and may relea...
Recent evidence suggests that substance P (SP) is upregulated in primary sensory neurons following a...
Substance P has been studied in relation to its distribution within gingival tissues as well as its ...
An analysis of the distribution of substance P immunoreactive nerve cell bodies and fibres is given ...
Background: Nerve injury may induce neuropathic pain. In studying the mechanisms of orofacial neurop...
Recent evidence suggests that substance P (SP) is upregulated in primary sensory neurons following a...
Substance P is a neuropeptide believed to be a major mediator of neurogenic inflammation. The aim of...
This work presents new data concerning the immunohistochemical occurrence of the transient receptor ...
Current evidence supports the central role of neuropeptides in the molecular mechanisms underlying d...