Dr. Gnedeva’s laboratory interrogates how molecular signaling and tissue mechanics control embryonic sensory organ growth and how the developmental programs of self-renewal and differentiation can be re-initiated in the mammalian inner ear after damage. Although the focus is on hearing and balance restoration, the lab has broader interest in the common mechanisms that suppress regeneration in specialized sensory tissues.

Stories

USC Stem Cell scientists watched the sun set over the Pacific Ocean during a Q&A with keynote speaker Aileen Anderson. (Photo by Cristy Lytal)

Getting lost in translation—the clinical kind—at USC’s stem cell retreat

At the retreat for USC’s Department of Stem Cell Biology and Regenerative Medicine, newly appointed leader Chuck Murry shared a vision as sweeping as the panoramic view of the Pacific Ocean from …

Müller glia (green) and their progeny (red) regenerate nerve cells and photoreceptors in a mouse retina (Image by Ksenia Gnedeva/USC); featured image for USC Stem Cell mouse study identifies shared genes involved in hearing and vision regeneration

USC Stem Cell mouse study identifies shared genes involved in hearing and vision regeneration

The same genes could hold the key to regenerating cells in the ear and eye, according to a new mouse study from the USC Stem Cell laboratory of Ksenia Gnedeva, published in …

In the zebrafish inner ear, a cell type known as supporting cells (magenta) gives rise to new sensory hearing cells (blue). The study reveals a set of DNA control elements critical for supporting cells to regenerate hair cells after injury in zebrafish, lizards and other regenerative species. (Image by Tuo Shi/Crump and Lozito labs/USC Stem Cell); featured image for USC Stem Cell study breaks the silence on how fish and lizards regenerate hearing

USC Stem Cell study breaks the silence on how fish and lizards regenerate hearing

A new USC Stem Cell study published in the Proceedings of the National Academy of Sciences (PNAS) has identified key gene regulators that enable some deafened animals—including fish and lizards—to naturally regenerate …

Illustrations by Doug Chayka; featured image for Cell by cell: Rebuilding the body

Cell by cell: Rebuilding the body

USC researchers are revolutionizing how we treat disease by harnessing stem cells as “living medicine.” Anyone who’s healed from a cut or a scrape has witnessed the incredible regenerative power of stem …

Building an Incubator for Medicine of the 21st Century; featured image for Building an Incubator for Medicine of the 21st Century

Building an Incubator for Medicine of the 21st Century

USC Stem Cell is pleased to introduce our new publication. We hope you’ll enjoy reflecting back on our history, while looking ahead to the transformative times to come. Read now at https://stemcell.keck.usc.edu/wp-content/themes/stemcell/incubator.

Ksenia Gnedeva (Photo by Chris Shinn); featured image for Breaking the sound barrier: Ksenia Gnedeva’s transformative research on growth and regeneration in the inner ear sensory organs

Breaking the sound barrier: Ksenia Gnedeva’s transformative research on growth and regeneration in the inner ear sensory organs

Some children dream of growing up to be a ballerina or an astronaut, but Ksenia Gnedeva always knew she wanted to be a biologist. “I remember receiving a microscope for my sixth …

Rows of sensory hearing cells (green) next to supporting cells (red) in the inner ear of a mouse (Image by John Duc Nguyen and Juan Llamas/Segil Lab); featured image for USC Stem Cell mouse studies tune into hearing regeneration

USC Stem Cell mouse studies tune into hearing regeneration

A deafened adult cannot recover the ability to hear, because the sensory hearing cells of the inner ear don’t regenerate after damage. In two new studies, partially funded by the National Institutes …