Professor Jing Zheng is an associate professor in Otolaryngology at Northwestern University, renowned for publishing extensively on cochlear physiology and the prevention of hearing loss. With a deep-seated interest in the intricate mechanisms of hearing, Professor Zheng's research primarily focuses on the molecular underpinnings of mammalian auditory function. A significant portion of their work revolves around prestin, a unique motor protein found in outer hair cells (OHCs), which plays a crucial role in the auditory process. In their laboratory, Professor Zheng and their team delve into the protective functions of prestin against oxidative stress, a condition that can severely impact the integrity and functionality of OHCs. By exploring the pathways through which prestin operates, they aim to uncover how its dysfunction can contribute to hearing loss, thereby paving the way for innovative preventive strategies. Professor Zheng's research is characterized by a multidisciplinary approach, integrating principles from cell biology, developmental neurobiology, and biochemistry. This comprehensive methodology not only enhances the understanding of prestin's role in hearing but also sheds light on the broader mechanisms of OHC loss. Their work is instrumental in identifying potential therapeutic targets and developing interventions to mitigate hearing loss, particularly as it relates to aging and exposure to communicable diseases. In addition to their focus on prestin, Professor Zheng is also interested in the genetic factors that influence hearing and hearing loss. By examining the genetic predispositions and mutations that affect auditory function, they seek to provide a more holistic understanding of hearing impairment and its prevention. Through their dedication to advancing the field of otolaryngology, Professor Zheng has contributed significantly to the scientific community's understanding of hearing mechanisms. Their research not only holds promise for the development of preventive methods for hearing loss but also offers valuable insights into the complex interplay of proteins and genetics in auditory health.