Kimberley Reinhold, PhD, is an investigator in the Eaton-Peabody Laboratories at Mass Eye and Ear. Her mission is to transform mental health by understanding how the sensory world steers the mind. As individuals experience the sensory world, they learn to...
The goal of my research is to understand the neural basis of voice and hearing disorders, including laryngeal dystonia, Parkinson's disease, and tinnitus, as well as the brain networks that govern typical speech production, how they change across ages and...
Dr. Chen's laboratory is dedicated to developing treatments for hearing loss, spanning genetic, noise-induced, and age-related forms across all ages. Genetic hearing loss affects over 26 million people worldwide, while age-related hearing loss impacts...
Dr. Richardson directs the Brain Modulation Lab, a human systems neuroscience lab studying brain electrophysiology and behavior in patients undergoing surgery for epilepsy, movement disorders, and psychiatric disease. A major focus of the lab’s work is...
Practicing surgeon and scientist with a clinical appointment as staff Neurotologist at Boston Children's Hospital and a research appointment as Principal Investigator within the Eaton Peabody Laboratories at the Mass Eye and Ear. I treat pediatric and...
Dr. Richard Lewis is a board-certified neurologist who specializes in vestibular and balance disorders as well as otoneurology. Considered one of the world’s authorities in otoneurology, Dr. Lewis has been an invited speaker at national and international...
My lab works on regeneration and the complex molecular signaling in cell fate determination.
We are interested in sensory biology and the rebuilding of damaged sensory circuits. The hair cells of the cochlea are epithelial cells, specialized for the...
Dr. Jeffrey Tao Cheng’s primary research interests are in the area of structure and function relations of normal and pathological ears, as well as damage of the ear and how to repair it for hearing restoration.
Dr. Cheng’s laboratory uses newly developed...
Functional complexity of a neural circuit depends on features of its component neurons such as spiking characteristics, total number, synaptic structures, and connectivity. In addition to varying across the many nodes of a neural circuit, these neuronal...
Neural mechanisms underlying the auditory phenotype of mild traumatic brain injury.
