Mesa redonda Investigación en Audiología AEDA 2010 VII Jornadas de la Asocianción Española de Audiología Alcázar de San Juan, 23-25 abril 2010 Mesa redonda Investigación en Audiología Dr. José Juan Barajas de Prat Clínica Barajas Fundación Canaria Dr. Barajas para la Prevención e Investigación de la Sordera Universidad de La Laguna

Año: 1995 Protection Against Noise (PAN) European Concerted Action Task 6 : Quantify and seek objective evidence for noise induced tinnitus. Co-Ordinators : Manfried Hoke & Borka Ceranic Año: 1995

EU project DE 4302 Año: 2000 Network and Tools for the Assessment of Speech/Language and Hearing Ability http://www.phon.ucl.ac.uk/home/andyf/natasha/Natasha_index.htm

THAL Telehealth in Audiology Año 2010

EARCOM Año: 2009 Matrix Sentence Test Hearing professionals perform audiological tests measuring the speech intelligibility in noise in order to obtain a realistic measure for this kind of hearing disability. Identification of speech recognition threshold in noise and in quiet. Suitable also for profoundly hearing impaired people and cochlear implant users. Possibility of unlimited repetitions of measurements. Special speech simulating noise for best accuracy. No memorizing of test material possible. Adaptive level adjustment.

D. L. Jewett and J. S. Williston (1971) D.L. Jewett and J.S. Williston (1971). Auditory Evoked Far Field Averaged from the Scalp of Humans. Brain, 04, pp. 683,684

Barajas, J.J.: Evaluation of the ipsilateral and contralateral brainstem auditory evoked potencial in multiple sclerosis patients. J. Neurological Sciences. 1982 Vol 54.

Audiogram configuration from AEP in the eighties Transient middle latency information apical part of cochlea Influence the state of subject on the MLR Jose J. Barajas. (1985). Auditory Brainstem and Middle Latency Response in Early Detection of Hearing Loss in Infants. New dimensions in otorhinolaryngology – head and neck surgery (1); pp 289-292.

40 Hz Publication of Galambos et al (1981)- 40 Hz: superposition of transient middle latencies responses. ASSR smaller with subjects drowsy or sleep. Cohen (1991): ASSR not attenuate by sleep >70 Hz. Jose J. Barajas. (1988). Middle Latency and 40 Hz Auditory Evoked Responses in normal hearing children: 500 Hz thresholds.Scand Audiol Supp 30:99-104

THE EFFECTS OF THE AGE ON HUMAN P3 LATENCY J.J. Barajas. Scandinavian University Press (1990)

Barajas JJ. The effects of age on human P3 latency Barajas JJ. The effects of age on human P3 latency. Acta Otolaryngol Suppl. 1990;476:157-60.

Threshold Estimation ASSR Recordings Thresholds .5 kHz 1kHz 2kHz 4kHz Barajas et al. (2003). Threshold estimation by Auditory Steady-State Response compared to Auditory Brainstem Response Testing. XVIII IERASG BIENNIAL SYMPOSIUM. Puerto de la Cruz, Tenerife, España.

Mesa redonda Investigación en Audiología AEDA 2010 VII Jornadas de la Asocianción Española de Audiología Alcázar de San Juan, 23-25 abril 2010 Mesa redonda Investigación en Audiología Dr. José Juan Barajas de Prat Clínica Barajas Fundación Canaria Dr. Barajas para la Prevención e Investigación de la Sordera Universidad de La Laguna