about
Relationship between Speech Perception and Level of Satisfaction of Hearing Aid UsersAuditory Speech Perception Tests in Relation to the Coding Strategy in Cochlear Implant.Auditory Speech Perception Development in Relation to Patient's Age with Cochlear Implant.Analysis of postural control and muscular performance in young and elderly women in different age groupsThe pathogens profile in children with otitis media with effusion and adenoid hypertrophyRespiratory DNA viruses are undetectable in nasopharyngeal secretions from adenotonsillectomized children.Spontaneous healing of the tympanic membrane after traumatic perforation in rats.Cisplatin ototoxicity and otoprotection with sodium salicylate.Morphofunctional alterations in the olivocochlear efferent system of the genetic audiogenic seizure-prone hamster GASH:Sal.Organophosphate-related ototoxicity: Description of the vestibulocochlear system ultrastructural aspects of guinea pigs.Synthesis of neamine-based pseudodisaccharides as potential vestibulotoxic agents to treat vertigo in Ménière's disease.The effects of hyperbaric oxygen therapy upon ototoxic injuries produced by amikacin in guinea pigs.[Lack of protection against gentamicin ototoxicity by auditory conditioning with noise].Morphological analysis of the vestibular system of guinea pigs poisoned by organophosphate.Implications of using the Hearing Aids on quality of life of elderly.Effects of residual hearing on cochlear implant outcomes in children: A systematic-review.Variables in P300 recording: task type and electrode position.Gentamicin conditioning confers auditory protection against noise trauma.Spontaneous reversibility of damage to outer hair cells after sodium salicylate induced ototoxicity.Is there a best side for cochlear implants in post-lingual patients?Persistence of the otoprotective effect: how long does otoprotection against amikacin lasts?The topical use of insulin accelerates the healing of traumatic tympanic membrane perforations.Otogenic spontaneous pneumocephalus: case report.Rare case of neurinoma of the facial nerveUnderstanding the anatomy of ears from guinea pigs and rats and its use in basic otologic researchAnatomical and functional evaluation of tympanoplasty using a transitory natural latex biomembrane implant from the rubber tree Hevea brasiliensisCochlear implant revision surgeries in childrenIn response to The topical use of insulin accelerates the healing of traumatic tympanic membrane perforationsTissue Constructs with Human Adipose-Derived Mesenchymal Stem Cells to Treat Bone Defects in RatsMethod to quantitatively assess electrode migration from medical images: Feasibility and application in patients with straight cochlear implant arraysHistopathological changes to the peripheral vestibular system following meningitic labyrinthitis
P50
Q30372412-8F72B91E-B3E6-4DBB-8079-FF34E90B5C2BQ30379261-C4B1C55B-DB63-4FC6-BDE7-C136B9B41967Q33866507-C92F269C-1C39-45C3-8857-4AEEAC78E404Q35153509-86D0DA2B-0577-4DAA-AC99-BA53EDD0C19CQ36288502-A30BFD68-A8EF-448E-875B-7F9A925345E1Q36312117-08BA2E9A-6E4E-4364-8C63-062B29D75FF0Q41756953-13599A23-C4A4-45D5-8194-6837EB11ED11Q42496526-0ABD1874-8E1D-4E60-A837-205BA4B7ED31Q42497225-E7BF10AB-C321-41A7-B086-C3BDA1D674C6Q43022855-17C311B3-47D9-4AAE-BBEF-99694245532EQ43898776-37C55F55-7A83-410D-9B01-76275689AA29Q46046121-EAEAE6A5-0F01-4F67-934C-6CD4CF37A351Q46223157-F585265D-E476-4331-AE11-71D04713DE9DQ46914094-629D72C6-50D6-4973-902A-C90E1FA69A9DQ47410993-4E366855-05D9-47BD-9552-5AD4596CC764Q47801611-6C16297F-E602-4F1F-B371-3F3CA87B616FQ47932469-97E2BD1A-9ABC-4E27-891E-1579582D36B1Q48415819-8F02447E-92A7-4A2D-95A5-7217E1B322ADQ49020877-0C0D4A1E-2A61-4751-9180-5645293D8B0FQ50176385-7E3D2F88-950F-4A49-8C5B-7367BCD11B57Q50357773-A3BBADE3-C446-4263-9546-EBC0AF051FC0Q52950177-B1172FE4-3BC8-4292-870F-9709B36FF730Q53091185-A0FBD69E-5AC6-4030-9B6D-EE77B3B2930BQ64049583-29722D3D-9068-458B-8054-CD5E9A2DAC90Q83973178-6E457A76-9D9B-46A4-9782-B43C0180826AQ84692358-39ECD825-9094-4E4C-A225-12FA8BCD4822Q87927781-BBFF1314-7BF3-4DD0-849E-27C0B5CAAC0AQ89054028-7E066EB1-3AB8-4F01-ADE6-FE5E46602E75Q91927738-966020BE-7ED6-4A5A-95B0-590F220C2E2FQ92352006-37D57CB3-091B-490A-9D9F-16112B7E33E0Q93242646-78802690-0DC7-457D-950F-1D7CC2FA6624
P50
description
investigador
@es
researcher
@en
wetenschapper
@nl
name
Miguel Angelo Hyppolito
@en
Miguel Angelo Hyppolito
@nl
type
label
Miguel Angelo Hyppolito
@en
Miguel Angelo Hyppolito
@nl
prefLabel
Miguel Angelo Hyppolito
@en
Miguel Angelo Hyppolito
@nl
P31
P496
0000-0001-9688-782X