Disorders of the Trigeminal System

Gonella, Marie C.; Fischbein, Nancy J.; So, Yuen T.

doi:10.1055/s-0028-1124021

Cited by 24 publications

(32 citation statements)

References 40 publications

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“…Raíz meníngea o espinosa (recurrente): inerva la duramadre, se anastomosa con la raíz meníngea del nervio maxilar (29,34).…”

Section: Raíz Mandibular O V3unclassified

“…Raíz alveolar inferior: inerva los dientes y encías de la mandíbula, labio inferior y mentón (1,29,34). Contiene:…”

Section: Raíz Mandibular O V3unclassified

“…Desde este complejo nuclear, mediante los axones de neuronas de tercer orden, se forman los haces talamocorticales, que se dirigen hacia la corteza somatosensorial (30) por la cápsula interna, en las áreas 1, 2 y 3 de Brodman (29,35).…”

Section: Raíz Mandibular O V3unclassified

“…Las raíces aferentes que median el reflejo corneano están contenidas en el nervio oftálmico; viajan junto a la porción cefá-lica del haz espinal del trigémino y hacen sinapsis en el núcleo espinal del mismo, desde donde parten axones de interneuronas que se proyectan al núcleo motor contralateral del nervio facial, lo que genera un circuito con las motoneuronas encargadas del cierre ocular (29,30).…”

Section: Reflejos Trigeminalesunclassified

“…Los reflejos de parpadeo y lagrimeo están mediados por aferencias de V1 y eferencias del facial (29).…”

Section: Reflejos Trigeminalesunclassified

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Descripción Anatómica, Fisiológica y Embriológica del Nervio Trigémino en el Marco Conceptual de la Terapia Neural, como Sustrato Frecuente de Campo Interferente

López

Salazar

Suárez

2012

nova

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Descripción anatómica, fisiológica y embriológica del nervio trigémino en el marco conceptual de la terapia neural, como sustrato frecuente de campo interferente RESUMENLa terapia neural, como sistema médico complejo, se caracteriza por el enfoque integral del organismo cuya dinámica está enmarcada por el papel rector del sistema nervioso. Un aspecto clave de este sistema médico es que requiere una visión escrutadora general que involucra el nervio trigémino como fuente de campos interferentes.El quinto par craneano es un nervio con funciones mixtas distribuido en la región facial y craneana, que presenta interconexiones con múltiples estructuras neurales. A la luz de los postulados de Pavlov, de los diferentes hallazgos sobre plasticidad cerebral y desde el marco conceptual de la terapia neural, se busca describir, desde el punto de vista anatómico y fisiológico, la relación que tiene el trigémino con una gran variedad de estructuras neurales, lo que genera otro tipo de correlaciones clínicas y de posibilidades terapéuticas.Palabras clave: nervio trigémino, anatomía, fisiología, embriología, anastomosis, correlación, terapia neural.Anatomical, physiological and embryological description of trigeminal nerve in the conceptual framework of neural therapy, as common substrate interference field ABSTRACTNeural therapy, as a complex medical system, is characterized by the integral approach of the organism whose dynamic is framed by the leading role of the nervous system. An important aspect of this medical system is how it demands a penetrating general vision that involves the trigeminal nerve as a source of interference fields. Artículo de revisiónGloria Esperanza López 1 , Jorge Iván Salazar 2 , Édgar Osuna Suárez Descripción anatómica, fisiológica y embriológica del nervio trigémino en el marco conceptual de la terapia neural, como sustrato frecuente de campo interferente 84The fifth cranial nerve or trigeminal nerve is a nerve with mixed functions distributed in the facial and cranial region that presents interconnections with multiple neural structures. From Pavlov's principles, the different discoveries about brain plasticity, and the neural therapy conceptual framework, this paper seeks to describe, from the standpoint of anatomy and physiology, the relationship of the trigeminal nerve with a variety of neural structures, resulting in other clinical correlations and therapeutic possibilities.

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“…Raíz meníngea o espinosa (recurrente): inerva la duramadre, se anastomosa con la raíz meníngea del nervio maxilar (29,34).…”

Section: Raíz Mandibular O V3unclassified

“…Raíz alveolar inferior: inerva los dientes y encías de la mandíbula, labio inferior y mentón (1,29,34). Contiene:…”

Section: Raíz Mandibular O V3unclassified

Section: Reflejos Trigeminalesunclassified

“…Los reflejos de parpadeo y lagrimeo están mediados por aferencias de V1 y eferencias del facial (29).…”

Section: Reflejos Trigeminalesunclassified

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Descripción Anatómica, Fisiológica y Embriológica del Nervio Trigémino en el Marco Conceptual de la Terapia Neural, como Sustrato Frecuente de Campo Interferente

López

Salazar

Suárez

2012

nova

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Regeneration of sensory nerve branches in extraction socket and surrounding alveolar bone in rat: immunohistochemical observation of the axon and myelin sheath changes

et al. 2022

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The purpose of this study was to investigate the process and derivation of the distribution of the sensory nerves that appear in the extraction socket and surrounding alveolar bone following tooth extraction. The right mandibular first molar of rats and periodontal ligament were extracted as a single mass, and the mandible was harvested after days 1, 3, 5, and 7 after extraction. Serial sections of 7 µm thickness were prepared for the proximal root (Section A), buccolingual root (Section B), and centrifugal root (Section C) of the first molar. H–E staining and immunohistochemical staining with anti-S100 antibody and anti-NF-L antibody were carried out. The presence of nerve fiber bundles in the blood clot was already evident on post-extraction day 3, and on post-extraction day 7. On day 3, the number of axons in Sections B and C had greatly decreased, indicating that, after extraction, the connection between peripheral nerve tissue and the trigeminal ganglion was temporarily markedly reduced in the region of the alveolar branch. Although the myelin sheaths were regenerating on day 5, the majority of the axons of the alveolar branches extending from the inferior alveolar nerve were seen to be extremely thin and scattered, despite their further regeneration. The above results suggest that the newly myelinated nerves are actually derived from the bone marrow to the extraction socket, so few nerves, rather than being derived from the alveolar branches that had innervated the extracted tooth.

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2009

Le Bilan Préopératoire À Visée Implantaire

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Disorders of the Trigeminal System

Cited by 24 publications

References 40 publications

Descripción Anatómica, Fisiológica y Embriológica del Nervio Trigémino en el Marco Conceptual de la Terapia Neural, como Sustrato Frecuente de Campo Interferente

Descripción Anatómica, Fisiológica y Embriológica del Nervio Trigémino en el Marco Conceptual de la Terapia Neural, como Sustrato Frecuente de Campo Interferente

Regeneration of sensory nerve branches in extraction socket and surrounding alveolar bone in rat: immunohistochemical observation of the axon and myelin sheath changes

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