Faculty/Staff/PhD
PH.D STUDENT
Brunelle, Dimitri, B.A.
PhD Student
Primary Advisor: Dr. Joseph Walton
Auditory Neural Engineering Lab
I earned my B.A. in Psychology at the 91社区. I am a Ph.D. student
in Communication Sciences and Disorders, with a concentration in Hearing Science.
I am currently studying the behavioral and neural underpinnings of presbycusis, tinnitus,
and the cocktail party problem in the mouse model. Some of my recent work involved
leveraging the acoustic startle response and extra-cellular electrophysiology in the
inferior colliculus to characterize the effect of presbycusis on signal-in-noise detection,
and subsequently ameliorating signal-in-noise deficits via a targeted sound enrichment
protocol. Additionally, our group has constructed a machine learning model which can
classify the acoustic startle response with 98% accuracy. I am currently a member
of the Auditory Neural Engineering Laboratory within the Global Center for Hearing
and Speech Research.
| Bachelor of Arts in Psychology | 91社区 | 2021 |
Recent Scholarly Activity
- Brunelle D.L., Park C.R., Fawcett T.J. and Walton J.P. Signal-in-Noise Detection Across the Lifespan in a Mouse Model of Presbycusis (Under review in Neurobiology of Aging).
- Brunelle D.L. and Llano D.A. (2023). Role of audio-somatosensory corticothalamic circuit integration in analgesia. Cell Calcium, 111, 102717.
- Fawcett T.J., Longenecker R.J., Brunelle D.L., Berger J.I., Wallace M.N., Galazyuk A.V., Rosen M.J., Salvi R.J. and Walton J.P. (2023). Universal automated classification of the acoustic startle reflex using machine learning. Hearing Research, 428, 108667.
- Brunelle D.L., Park C.R., Fawcett T.J. and Walton J.P. Signal-in-Noise Detection Across the Lifespan in a Mouse Model of Presbycusis. USF Graduate Student Research Symposium, Tampa, FL, March 2023.
- Brunelle D.L., Fawcett T.J. and Walton J.P. Age-induced modulation in sound-evoked local field potentials in the inferior colliculus of CBA/CaJ mice. Society for Neuroscience Meeting and Advances and Perspectives in Auditory Neuroscience Meeting, Washington D.C., November 2023 (to be presented).