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La ricerca find articoli where soggetti phrase all words 'TONOTOPY' sort by level,fasc_key/DESCEND, pagina_ini_num/ASCEND ha restituito 29 riferimenti
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    1. Le, TH; Patel, S; Roberts, TPL
      Functional MRI of human auditory cortex using block and event-related designs

      MAGNETIC RESONANCE IN MEDICINE
    2. Arenberg, JG; Furukawa, S; Middlebrooks, JC
      Auditory cortical images of tones and noise bands

      JARO
    3. Crottaz-Herbette, S; Ragot, R
      Perception of complex sounds: N1 latency codes pitch and topography codes spectra

      CLINICAL NEUROPHYSIOLOGY
    4. Pantev, C; Lutkenhoner, B
      Magnetoencephalographic studies of functional organization and plasticity of the human auditory cortex

      JOURNAL OF CLINICAL NEUROPHYSIOLOGY
    5. Talavage, TM; Ledden, PJ; Benson, RR; Rosen, BR; Melcher, JR
      Frequency-dependent responses exhibited by multiple regions in human auditory cortex

      HEARING RESEARCH
    6. Saito, H; Miller, JM; Altschuler, RA
      Cochleotopic fos immunoreactivity in cochlea and cochlear nuclei evoked bybipolar cochlear electrical stimulation

      HEARING RESEARCH
    7. de Pinho, M; Roque-da-Silva, AC
      A realistic computational model of formation and variability of tonotopic maps in the auditory cortex

      NEUROCOMPUTING
    8. Naka, D; Kakigi, R; Hoshiyama, M; Yamasaki, H; Okusa, T; Koyama, S
      Structure of the auditory evoked magnetic fields during sleep

      NEUROSCIENCE
    9. Bajo, VM; Merchan, MA; Malmierca, MS; Nodal, FR; Bjaalie, JG
      Topographic organization of the dorsal nucleus of the lateral lemniscus inthe cat

      JOURNAL OF COMPARATIVE NEUROLOGY
    10. LUTKENHONER B; STEINSTRATER O
      HIGH-PRECISION NEUROMAGNETIC STUDY OF THE FUNCTIONAL-ORGANIZATION OF THE HUMAN AUDITORY-CORTEX

      Audiology & neuro-otology
    11. STUFFLEBEAM SM; POEPPEL D; ROWLEY HA; ROBERTS TPL
      PERI-THRESHOLD ENCODING OF STIMULUS FREQUENCY AND INTENSITY IN THE M100 LATENCY

      NeuroReport
    12. Bilecen, D; Scheffler, K; Schmid, N; Tschopp, K; Seelig, J
      Tonotopic organization of the human auditory cortex as detected by BOLD-FMRI

      HEARING RESEARCH
    13. WESSINGER CM; BUONOCORE MH; KUSSMAUL CL; MANGUN GR
      TONOTOPY IN HUMAN AUDITORY-CORTEX EXAMINED WITH FUNCTIONAL MAGNETIC-RESONANCE-IMAGING

      Human brain mapping
    14. STIEBLER I; NEULIST R; FICHTEL I; EHRET G
      THE AUDITORY-CORTEX OF THE HOUSE MOUSE - LEFT-RIGHT DIFFERENCES, TONOTOPIC ORGANIZATION AND QUANTITATIVE-ANALYSIS OF FREQUENCY REPRESENTATION

      Journal of comparative physiology. A, Sensory, neural, and behavioral physiology
    15. LANGNER G; SAMS M; HEIL P; SCHULZE H
      FREQUENCY AND PERIODICITY ARE REPRESENTED IN ORTHOGONAL MAPS IN THE HUMAN AUDITORY-CORTEX - EVIDENCE FROM MAGNETOENCEPHALOGRAPHY

      Journal of comparative physiology. A, Sensory, neural, and behavioral physiology
    16. ALAIN C; WOODS DL; COVARRUBIAS D
      ACTIVATION OF DURATION-SENSITIVE AUDITORY CORTICAL FIELDS IN HUMANS

      Electroencephalography and clinical neurophysiology. Evoked potentials
    17. DIESCH E; LUCE T
      MAGNETIC-FIELDS ELICITED BY TONES AND VOWEL FORMANTS REVEAL TONOTOPY AND NONLINEAR SUMMATION OF CORTICAL ACTIVATION

      Psychophysiology
    18. DOUCET JR; RYUGO DK
      PROJECTIONS FROM THE VENTRAL COCHLEAR NUCLEUS TO THE DORSAL COCHLEAR NUCLEUS IN RATS

      Journal of comparative neurology
    19. ROBERTS TPL; POEPPEL D
      LATENCY OF AUDITORY-EVOKED M100 AS A FUNCTION OF TONE FREQUENCY

      NeuroReport
    20. HUOTILAINEN M; TIITINEN H; LAVIKAINEN J; ILMONIEMI RJ; PEKKONEN E; SINKKONEN J; LAINE P; NAATANEN R
      SUSTAINED FIELDS OF TONES AND GLIDES REFLECT TONOTOPY OF THE AUDITORY-CORTEX

      NeuroReport
    21. RADTKESCHULLER S; SCHULLER G
      AUDITORY-CORTEX OF THE RUFOUS HORSESHOE BAT .1. PHYSIOLOGICAL-RESPONSE PROPERTIES TO ACOUSTIC STIMULI AND VOCALIZATIONS AND THE TOPOGRAPHICAL DISTRIBUTION OF NEURONS

      European journal of neuroscience
    22. WOODS DL; ALAIN C; COVARRUBIAS D; ZAIDEL O
      MIDDLE LATENCY AUDITORY-EVOKED POTENTIALS TO TONES OF DIFFERENT FREQUENCY

      Hearing research
    23. CLARKE S; DERIBAUPIERRE F; BAJO VM; ROUILLER EM; KRAFTSIK R
      THE AUDITORY PATHWAY IN CAT CORPUS-CALLOSUM

      Experimental Brain Research
    24. SIMMONS DD; BERTOLOTTO C; NARINS PM
      MORPHOLOGICAL GRADIENTS IN SENSORY HAIR-CELLS OF THE AMPHIBIAN PAPILLA OF THE FROG, RANA-PIPIENS PIPIENS

      Hearing research
    25. SIMMONS DD; BERTOLOTTO C; NARINS PM
      MORPHOLOGICAL GRADIENTS IN SENSORY HAIR-CELLS OF THE AMPHIBIAN PAPILLA OF THE FROG, RANA-PIPIENS PIPIENS

      Hearing research
    26. STERBING SJ; SCHMIDT U; RUBSAMEN R
      THE POSTNATAL-DEVELOPMENT OF FREQUENCY-PLACE CODE AND TUNING CHARACTERISTICS IN THE AUDITORY MIDBRAIN OF THE PHYLLOSTOMID BAT - CAROLLIA-PERSPICILLATA

      Hearing research
    27. SCHEICH H; HEIL P; LANGNER G
      FUNCTIONAL-ORGANIZATION OF AUDITORY-CORTEX IN THE MONGOLIAN GERBIL (MERIONES-UNGUICULATUS) .2. TONOTOPIC 2-DEOXYGLUCOSE

      European journal of neuroscience
    28. TIITINEN H; ALHO K; HUOTILAINEN M; ILMONIEMI RJ; SIMOLA J; NAATANEN R
      TONOTOPIC AUDITORY-CORTEX AND THE MAGNETOENCEPHALOGRAPHIC (MEG) EQUIVALENT OF THE MISMATCH NEGATIVITY

      Psychophysiology
    29. REIMER K
      SIMULTANEOUS DEMONSTRATION OF FOS-LIKE IMMUNOREACTIVITY AND 2-DEOXY-GLUCOSE UPTAKE IN THE INFERIOR COLLICULUS OF THE MOUSE

      Brain research


ASDD Area Sistemi Dipartimentali e Documentali, Università di Bologna, Catalogo delle riviste ed altri periodici
Documento generato il 28/02/20 alle ore 23:00:29