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  • 1
    Electronic Resource
    Electronic Resource
    Springer
    Langenbeck's archives of surgery 380 (1995), S. 203-206 
    ISSN: 1435-2451
    Keywords: Magnetic resonance imaging ; Cervical spine ; Titanium implant
    Source: Springer Online Journal Archives 1860-2000
    Topics: Medicine
    Description / Table of Contents: Zusammenfassung Die Vorstellung von 10 Patienten, von denen sich 8 Rückenmarkschädigungen und 2 radikuläre Beeinträchtigungen im Rahmen von Dislokationsverletzungen der HWS zuzogen und die nach Stabilisierungsoperationen im Zeitraum von 2 Tagen bis 8 Monaten mittels MRT abgekldrt werden, verfolgt das Ziel, die Einsatz-und Aussagembglichkeiten dieser nicht-invasiven Methode darzustellen. Bei 2 Patienten mit schwerem Schädelhirntrauma konnte die Ursache für die Querschnittsläsion eindeutig einer Rückenmarkschädigung zugeordnet werden. Ebenso korrelierten schwere Binnenschäden des Rückenmarks, wie intramyeläre Hämatome oder Transsektionen, mit kompletten Querschnittsläsionen. Alleinige Rückenmarködeme traten mit einer inkompletten Querschnittsläsion auf. Die Beurteilung des Ruckenmarks nach postoperativer neurologischer Verschlechterung ermöglicht den Ausschluß einer Rückenmarkkompression als Ursache. Die MRT eignet sich auch zur lebenslangen Beurteilung von Rückenmark- und HWS-Veränderungen. Somit kann das Rückenmark mit der postoperativen MRT in Problemfällen und zur Prognoseerstellung herangezogen werden.
    Notes: Abstract We present the cases of ten patients who underwent postoperative magnetic resonance assessment after dislocation injuries of the cervical spine and treatment with anterior interbody fusion and titanium implants. Eight patients had spinal cord injuries and two had nerve root disorders. In two patients who had intracranial haematomas and dislocation fractures of the cervical spine, MRI proved useful for identification of parenchymal spinal cord injuries as the reason for transverse lesions. Severe MR findings of the parenchymal spinal cord injuries (haematoma or transection) correlated with complete transverse lesions (4 patients) and oedema of the spinal cord, with incomplete transverse lesions (3 patients). MR enables us to examine the spinal cord after operations to ensure that correct spinal cord decompression has been achieved (3 patients). MRI is useful for detecting disc protrusion or chronic spinal stenosis in patients with titanium implants. All in all, MRI is an important modality in the evaluation of the posttraumatic cervical spine.
    Type of Medium: Electronic Resource
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  • 2
    Electronic Resource
    Electronic Resource
    Springer
    Cell & tissue research 177 (1977), S. 415-429 
    ISSN: 1432-0878
    Keywords: Plica sublingualis ; Taste area ; Aotus ; Alouatta ; Platyrrhini, primates
    Source: Springer Online Journal Archives 1860-2000
    Topics: Biology , Medicine
    Notes: Summary A conspicuous accumulation of taste buds occurs in the rostral part of the plica sublingualis (“frenal lamella”) of Alouatta and Aotus forming taste areas (area gustatoria) superficially situated in the oral mucous membrane. They are found in close vicinity to the orifices of the sublingual salivary glands, but are lacking in the aboral part of the plica sublingualis. They do not occur in all primate species studied. A taste area does not projects above the surface of the surrounding tissue like a papilla. The taste buds open not in crypts or furrows of the oral mucosa, but directly into the spatium sublinguale of the oral cavity proper. In the anterior part of the cavum oris proprium different kinds and very differentiated qualities of sensorial information are perceived (touch, taste, olfaction, temperature). It is conceivable that the taste areas play an important role in perceiving fresh saliva, together with the other sensorial structures in this part of the mouth. This problem can be solved experimentally and by behavioral studies. In addition to its topographical relation to the tongue, the organon sublinguale of Callicebus is structurally very similar to the plica sublingualis of Aotus and Alouatta. Since a sublingua does not occur in New World monkeys, it can be concluded that this organ represents a plica sublingualis which became adherent to the undersurface of the tongue. This study was carried out at the Delta Regional Primate Research Center, Covington, Louisiana, U.S.A., and the Department of Zoology and Comparative Anatomy of the University of Kassel, Germany. The study was supported by NIH Grant No. 5-RO1-DEO 3665-02 DEN and by a “U.S. Senior Scientist Award” from the Humboldt Foundation (Bonn, Germany)
    Type of Medium: Electronic Resource
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