TY - JOUR
T1 - Thoracic vagal ganglion and referred craniofacial pain
T2 - A case report and review
AU - Aristeguieta, Luis Miguel Ramírez
AU - Ballesteros, Luis Ernesto
AU - Forero, Pedro Luis
AU - Conde, Carlos
PY - 2007/3
Y1 - 2007/3
N2 - The presence of a ganglion-like tumefaction is reported in the mediastinal course of the right vagus nerve at T1 level in a cadaver in the Universidad Industrial de Santander's morphology laboratory. The vagal ganglion was located next to hyperplasic lymphoid nodes in para-tracheal and tracheal-bronchial levels, agglomerating in a large lymphoid mass in the carina and the pulmonary hilum. Anatomical-pathological study revealed a marked, diffusely distributed, predominantly histo-lymphocyte mixed inflammation, separating the epineurium, producing lysis of the vagus nerve fibers. This finding showed the degeneration of this cranial par by mediastinal pathology. This provided a possible explanation for the physiopathology of pain referring to the head and neck in inflammatory or neoplastic pathology involving compression and degeneration by inflammatory infiltration of the vagus nerve. Pons-medullar trigeminal afferent tracts and connectivity, supra-spinal pathways for processing somatic-visceral pain, possible somatic-vegetative responses and the integration of the trigeminal system in the physiology of pain concerning the vagus nerve are all discussed.
AB - The presence of a ganglion-like tumefaction is reported in the mediastinal course of the right vagus nerve at T1 level in a cadaver in the Universidad Industrial de Santander's morphology laboratory. The vagal ganglion was located next to hyperplasic lymphoid nodes in para-tracheal and tracheal-bronchial levels, agglomerating in a large lymphoid mass in the carina and the pulmonary hilum. Anatomical-pathological study revealed a marked, diffusely distributed, predominantly histo-lymphocyte mixed inflammation, separating the epineurium, producing lysis of the vagus nerve fibers. This finding showed the degeneration of this cranial par by mediastinal pathology. This provided a possible explanation for the physiopathology of pain referring to the head and neck in inflammatory or neoplastic pathology involving compression and degeneration by inflammatory infiltration of the vagus nerve. Pons-medullar trigeminal afferent tracts and connectivity, supra-spinal pathways for processing somatic-visceral pain, possible somatic-vegetative responses and the integration of the trigeminal system in the physiology of pain concerning the vagus nerve are all discussed.
KW - Caudalis
KW - Heterotopic pain
KW - Inferior ganglion of vagus nerve
KW - Paratrigeminal nucleus
KW - Trigeminal subnucleus
KW - Visceroception
UR - http://www.scopus.com/inward/record.url?scp=34447511571&partnerID=8YFLogxK
M3 - Articulo en revista no especializada
AN - SCOPUS:34447511571
SN - 0717-9367
VL - 25
SP - 33
EP - 42
JO - International Journal of Morphology
JF - International Journal of Morphology
IS - 1
ER -