dr deborah deeks
Research
Themes
- 21
- Neuroscience
- Dr
- Deborah
- Deeks
- Dr Deborah Deeks
- d.vickers@ucl.ac.uk
- Website
- https://iris.ucl.ac.uk/images/profile/DAVIC92.jpg
- 2007-03-01
- 4079
- Human Perception Lab
- UCL Ear Institute
- 332-336 Gray's Inn Road
- London
- WC1X 8EE
- ACASLC
- 2007-03-01
- 1
- Senior Lecturer
- HP
- The Ear Institute
- FBRS
- Faculty of Brain Sciences
- 2007-03-01
Research Summary
I am Principal Investigator for a Research Group exploring Outcomes, Candidacy and Fitting for hearing-aid and cochlear implant recipients. In particular I am interested in speech perception, psychophysics, binaural processing, cochlear dead regions, electrode differentiation, music perception, temporal processing and classroom acoustics.I am a committee member for the British Cochlear Implant Group, on the British Society of Audiology steering committee on modernizing speech perception testing with UK audiology practice and the statistician for the Otorhinolaryngology society.
- 1588
- Amplification rationales for permanent childhood h
- 1590
- Deaf children's spoken language
- 1443
- Implantation Otology
- 1393
- Perception of speech and nonspeech in normal and disordered populations
- 793
- Speech and Hearing Science
- 3025
- Speech and language in children with cochlear implants (CI) from bi/multi-lingual families where English is an additional language (EAL)
Cochlear-implanted children from homes where English is an additional language: findings from a recent audit in one London centre
Evidence of a 'critical age' for sequential implantation of the second ear in congenitally deaf children.
Relative importance of different spectral bands to consonant identification: Relevance for frequency transposition in hearing aids
Conversion of scores between Bamford, Kowal and Bench (BKB) sentences and Arthur Boothroyd (AB) words in quiet for cochlear implant patients.
Psychoacoustics of dead regions.
Effects of lowpass filtering on the intelligibility of speech in quiet for people with and without dead regions at high frequencies.
The relative role of beats and combination tones in determining the shapes of masking patterns at 2 kHz: I. Normal-hearing listeners.
A test for the diagnosis of dead regions in the cochlea.
Academic Background
-
Award YearQualificationInstitution
-
2003PhDUniversity College London
-
1990BSc HonsUniversity College London
Biography
I started my research career in the Department of Phonetics and Linguistics at UCL. I became interested in Cochlear Implants while I was working in the UCL Bioglass Extra-Cochlear Implant team which worked closely alongside the UCL Cochlear Implant team led by Graham Fraser; these were very exciting and innovative times in the field of cochlear implants. During this time I completed my Doctoral work under the supervision of Dr Andrew Faulkner, looking at the perception of fricatives for severe-to-profoundly hearing impaired adults.
Following on from this I spent eight years working in the Hearing Lab at the University of Cambridge, led by Professor Brian Moore. It was a fantastic opportunity to explore the psychophysics of normal hearing and apply this to hearing impairment. My particular interests were in cochlear dead regions and simulations of hearing impairment in the normally-hearing ears of unilaterally-deafened adults.
For seven years I worked as European Clinical Studies Manager for Advanced Bionics, which developed my skills for conducting clinical research studies and understanding research governance.
I was eager to return to the research laboratory and the Ear Institute is the perfect place for cross modality research due to the spread of expertise in many areas of auditory research and with its hospital-based location makes it unsurpassable for clinical research.
- VLHAZ32
- prof valerie hazan
- SKSCO15
- prof sophie scott
- DMCAL14
- prof david mcalpine
- TGREE37
- dr tim green
- SSAEE03
- prof shakeel saeed
- JEMAR96
- dr josephine marriage
- HMMAH10
- dr merle mahon
- PIVER52
- dr paul iverson
- SJDAW90
- dr sally dawson
- SMROS34
- prof stuart rosen
- AFAUL26
- dr andrew faulkner
Page last modified on 31 oct 11 15:02
