Dr. Mohammad Yunus Ansari's lab focuses on understanding how damaged mitochondrial DNA can contribute to inflammation and degeneration of intervertebral discs, which is a significant cause of back pain. By investigating the mechanisms of mtDNA leakage and its role in chronic inflammation, the lab aims to discover new therapeutic targets that could help in treating disc degeneration. The research involves both human samples and mouse models to explore these processes in a comprehensive manner.

Dr. Jeffrey Wenstrup's lab focuses on understanding how the amygdala processes auditory information and influences emotional responses to sounds. Their research examines how this brain region helps us interpret vocal communication by evaluating the emotional significance of vocal signals and how various factors such as sex and past experiences impact this processing. The ultimate goal is to inform therapeutic approaches for disorders like anxiety and autism that affect emotional reactions to auditory stimuli.

Dr. Yong Lu's lab focuses on understanding how certain proteins in the brain influence the development of auditory pathways critical for sound localization. By studying the role of the metabotropic glutamate receptor 5 (mGluR5), the lab aims to uncover how disruptions in this protein can affect hearing and brain development. This research is important for developing treatments for auditory processing disorders and improving our understanding of hearing mechanisms.

Dr. Bradley D Winters' research lab focuses on uncovering the complexities of how the brain processes sound localization, particularly through a group of neurons known as the lateral superior olive (LSO). They study how different types of LSO neurons handle various sound cues, such as timing and intensity, which are crucial for understanding speech in noisy environments. The goal is to understand how hearing impairments affect these neural processes, especially in children with auditory processing disorders.

Dr. Brett R. Schofield's lab at Northeast Ohio Medical University investigates how the neurotransmitter acetylcholine influences hearing and auditory processing in the brain. Their research focuses on the complex circuits in the auditory system, particularly how higher brain areas modulate auditory information through cholinergic pathways. By understanding these mechanisms, the lab aims to contribute to developing therapeutic strategies for hearing-related issues.