Top Abstract Purchase Related
Home
>
Node
>
Subnode

Bulbar auditory nuclei: morphological study, consequences for implantation of electrodes

Migueis, A.; Portmann, M.

Revue de Laryngologie - Otologie - Rhinologie 112(3): 269-271

1991

ISSN/ISBN: 0035-1334
PMID: 1896704
Document Number: 375277
Many bilaterally profoundly deaf individuals cannot benefit from a cochlear implant because the eight nerve is not intact from the cochlea to the brain stem. For these individuals, electrical stimulation of the cochlear nuclear complex (CNC) may partially restore the sensation of hearing. Histological studies were done on 12 brain stems containing the region of the CNC and findings of this study seems important to accurate implantation of the prosthesis on the CNC for chronic electrical stimulation. Apparently the spheroid cells of the inferior ventral cochlear nucleus (IVCN) represents the site of the CNC for such stimulation.

Document emailed within 1 workday
Secure & encrypted payments

Rakhmanova, I.V.; Maksina, A.G.; Daĭniak, B.A.; Loshchilov, I.A. 1989: The auditory area of the cat cerebral cortex after implantation of electrodes into the inner ear (morphologic and biophysical research) Biulleten' Eksperimental'noi Biologii i Meditsiny 107(5): 609-611
Meibom, J.; Haghfelt, T.; Leth, A. 1973: Semipermanent implantation of cardiac pacing electrodes by use of the cephalic vein. a simple method for converting temporary electrodes to a permanent pacemaker system Danish Medical Bulletin 20(5): 132-136
Chevrie-Muller, C.; Dordain, M.; Grémy, F. 1970: Phoniatric, clinical and instrumental study of dysarthria. II. Results in patients presenting bulbar and pseudo-bulbar syndromes Revue Neurologique (Paris) 122(2): 123-138
de Montes, C.; Manjón, M.; Viñuales, M.; Menéndez, C. 2002: Morphological study of brainstem auditory evoked potentials. The effect of the position of the reference electrode Revista de Neurologia 34(1): 84-88
Dymond, A.M.; Jurist, J.M. 1970: Rapid method for implantation of brain electrodes Aerospace Medicine 41(12): 1421-1422
Mulch, J.; Hehrlein, F.W.; Herrmann, H. 1971: The infrasternal access for pacemaker implantation with myocardial electrodes Der Chirurg; Zeitschrift für Alle Gebiete der Operativen Medizen 42(10): 475-478
Khanukaeva, Z.B.; Bykova, V.P.; Mukhamedov, I.T.; Akhmedov, S.M.; Lekishvili, M.V. 2013: The morphological study of the Perfoost demineralized bone alloimplant applied for the plastic reconstruction of the posterior wall of the external auditory canal Vestnik Otorinolaringologii 2013(6): 31-33
Faure, J.P.; de Kozak, Y.; Pouliquen, Y.; Graf, B. 1973: Morphological study of the consequences of antigen-antibody interaction in corneal tissue. Ultrastructural study of the corneal ring Pathologie-Biologie 21(1): 45-57
David, E.; Kaduk, B.; Mund, K.; Rao, J.R.; Richter, G.; Weidlich, E. 1987: Comparison of threshold behaviour on long-term implantation of stimulating electrodes in longitudinal and transverse direction to the skeletal muscle Biomedizinische Technik. Biomedical Engineering 32(10): 236-240
Tang, I.P.; Kevin Ng, B.H.; Prepageran, N.; Donald Ngian, S.L.; Albert Sii, H.W. 2018: A new experience of auditory brainstem implantation in Malaysia Medical Journal of Malaysia 73(5): 347-348
Chouard, C.H.; Josset, P.; Meyer, B.; Buche, J.F. 1983: Effect of chronic electric stimulation of the auditory nerve on the development of the cochlear nuclei in guinea pigs Annales d'Oto-Laryngologie et de Chirurgie Cervico Faciale: Bulletin de la Societe d'Oto-Laryngologie des Hopitaux de Paris 100(6): 417-422
Vautrin, R.; Mertens, P.; Streichenberger, N.; Ceruse, P.; Truy, E. 1998: Oto-neuro-surgical approach and accessibility to the cochlear nuclei. Significance in auditory brain stem implant Revue de Laryngologie - Otologie - Rhinologie 119(3): 171-176
Bergeron, F.; Ferron, P. 1991: Development of auditory handicap after a multi-electrode cochlear implantation L'Union Medicale du Canada 120(5): 351-353
McConville, K.; Tomlinson, R.D.; King, W.M.; Paige, G.; Na, E.Q. 1994: Eye position signals in the vestibular nuclei: consequences for models of integrator function Journal of Vestibular Research: Equilibrium and Orientation 4(5): 391-400
Coll, J.; Lanzo, P.; Rolland, M.; Regnier, C.; Morucci, J.P. 1983: Auditory study of the premature infant. Contribution of auditory potentials and a portable apparatus (Peaport prototype) Journal Francais d'Oto-Rhino-Laryngologie; Audiophonologie Chirurgie Maxillo-Faciale 32(3): 173-176
Poli, P. 1975: Directional hearing, temporal order, auditory pattern: new methods of symptomatological study of the central auditory pathways. Physiological data Minerva Medica 66(82): 4403-4406
Mason, S.M.; O'Donoghue, G.M.; Gibbin, K.P.; Garnham, C.W.; Jowett, C.A. 1997: Perioperative electrical auditory brain stem response in candidates for pediatric cochlear implantation American Journal of Otology 18(4): 466-471
Zakirullah; Mukhtar, N.; Khan, M.I.J.; Ahsan, M.; Shah, S.A. 2008: Evaluation of auditory perception skills development in profoundly deaf children following cochlear implantation Journal of Ayub Medical College Abbottabad: Jamc 20(1): 94-97
Yazdi, E.; Györkey, F.; Busch, H.; Györkey, P. 1971: Biochemical study of nuclei isolated from normal lung and lung tumors. I. Isolation of nuclei and characterization of nuclear RNA Journal of the National Cancer Institute 47(1): 121-129
Pignocchino, P.; Piemontesi, F. 1982: Morphological relations of sarcolemma, cytoplasmic organelles, and nuclei of the junctional and extrajunctional zones Bollettino della Societa Italiana di Biologia Sperimentale 58(10): 591-595