NEU2022-019
NEUROSCIENCE OF HEARING
Neuroscience area
Objectives and lines of research
– Circuitos neurales y procesamiento central de señales auditivas/Neural circuits and central processing of auditory signals
– Envejecimento, de sorderas , deterioro cognitivo y demencias: otoprotección durante el envejecimiento/Aging, deafness, cognitive decline and dementias: otoprotecion in aging
– Functional structure of the central nervous system in relation to the auditory pathway Functional structure of the central nervous system in relation to the auditory pathway
– Mecanismos celulares de las pérdidas auditivas por ruido y fármacos ototóxicos/Cellular mechanisms of noise and drug-induced hearing loss
– Micromechanics cochlear/Cochlear micromechanics
– Otoprotection and repair in the auditory receptor after noise and drug-induced hearing loss/Otoprotección y reparación del receptor auditivo tras pérdidas auditivas por ruido y sustancias ototóxicas/Otoprotection and repair in the auditory receptor after noise and drug-induced hearing loss
– Responses to damage, adaptations and plasticity of auditory neurons and glia to deafness/Responses al daño, adaptación y plasticidad de las neuronas y glia del sistema auditivo en sorderas/Responses to damage, adaptations and plasticity of auditory neurons and glia to deafness
– Sinapsis, neurotransmisores, receptores y canales iónicos en neuronas centrales auditivas y su implicación en la plasticidad tras pérdidas auditivas/ Synapses, neurotransmitters, receptors and ion channels in auditory neurons and involvement in post-lesion plasticity
– Envejecimento, de sorderas , deterioro cognitivo y demencias: otoprotección durante el envejecimiento/Aging, deafness, cognitive decline and dementias: otoprotecion in aging
– Functional structure of the central nervous system in relation to the auditory pathway Functional structure of the central nervous system in relation to the auditory pathway
– Mecanismos celulares de las pérdidas auditivas por ruido y fármacos ototóxicos/Cellular mechanisms of noise and drug-induced hearing loss
– Micromechanics cochlear/Cochlear micromechanics
– Otoprotection and repair in the auditory receptor after noise and drug-induced hearing loss/Otoprotección y reparación del receptor auditivo tras pérdidas auditivas por ruido y sustancias ototóxicas/Otoprotection and repair in the auditory receptor after noise and drug-induced hearing loss
– Responses to damage, adaptations and plasticity of auditory neurons and glia to deafness/Responses al daño, adaptación y plasticidad de las neuronas y glia del sistema auditivo en sorderas/Responses to damage, adaptations and plasticity of auditory neurons and glia to deafness
– Sinapsis, neurotransmisores, receptores y canales iónicos en neuronas centrales auditivas y su implicación en la plasticidad tras pérdidas auditivas/ Synapses, neurotransmitters, receptors and ion channels in auditory neurons and involvement in post-lesion plasticity
Research team
- JOSÉ MANUEL JUIZ GÓMEZ
- VERÓNICA FUENTES SANTAMARÍA
- JUAN CARLOS ALVARADO ROMERO
- ANTONIO BELINCHÓN DE DIEGO
IPs
JOSÉ MANUEL JUIZ GÓMEZ
VERÓNICA FUENTES SANTAMARÍA
JUAN CARLOS ALVARADO ROMERO
FINCA DE LA PERALEDA, S/N. 45071. Toledo
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