1.
Glial cells perform paramount functions within the nervous system, closely monitoring and regulating neurons. Indispensable roles for glia have been elucidated in most as [...]
2022 | Dissertation |
2.
The descending pain modulatory pathway exerts bidirectional control of ongoing nociceptive inputs traveling from the body to the brain. Despite a large body of work impli [...]
2021 | Dissertation |
3.
The medial olivocochlear (MOC) system aids in the prevention of age- and noise-induced hearing loss, and enhances the detection of salient sound in diverse sensory enviro [...]
2021 | Dissertation |
4.
5.
Alcohol use disorder (AUD) affects millions of people each year and is heavily influenced by social networks. On the other hand, social networks are dramatically influenc [...]
2019 | Dissertation |
6.
The world is full of sound—often in the form of noisy, acoustically cluttered environments—that we must make sense of. Noise vying for our attention overlaps with the sou [...]
2025-02-01 | Dissertation |
7.
We live in a world filled with nearly constant tactile stimuli, and our perceptions of and responses to these stimuli shape our many interactions. Processing the incredib [...]
2022 | Dissertation |
8.
9.
During animal development, nervous systems over-wire and then refine to shape precise neuronal circuitry. This developmental neuronal remodeling, observed across evolutio [...]
2023-09-26 | Dissertation |
10.
The overall focus of my doctoral research was to characterize how sensory and behavioral context affect how the auditory brain perceives and interprets sound.
2019 | Dissertation |