USC Stem Cell

@stemcell.keck.usc.edu

USC Stem Cell connects over 100 faculty across USC and Children’s Hospital Los Angeles. These researchers collaborate to leverage the transformative power of stem cells to develop new therapies for disease. Learn more at https://stemcell.keck.usc.edu.

Congratulations to Dr. Eda Atmaca on successfully defending her PhD dissertation! Her groundbreaking research on ZNF462 and human neurodevelopment advances our understanding of Weiss-Kruszka syndrome and lays the foundation for future discoveries in neurodevelopmental disorders.

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When Tiffany Wang arrived at USC as a first-generation student, she was searching for belonging. Four years later, she's graduating as an award-winning researcher, student leader, COMPASS Fellow, and QuestBridge Scholar. Read more here: https://bit.ly/3QgHqXu

2026 BS in Human Development and Aging Grad Finds Belonging, Embraces Research and Leadership

A first-generation college student, BS in Human Development & Aging grad Tiffany Wang treasures the support she found at the USC Leonard Davis School.

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USC researcher and USC Stem Cell affiliate PI Eunji Chung, PhD, spent over a decade learning to steer nanoparticles through the body. Now she’s using that knowledge to take on one of the most common inherited kidney disorders. Read the full article here: https://bit.ly/4wNMa7G

How an unexpected finding turned into a kidney disease startup - USC Viterbi | School of Engineering

USC researcher Eunji Chung spent over a decade learning to steer nanoparticles through the body. Now she's using that knowledge to take on one of the most common inherited kidney disorders.

viterbischool.usc.edu

USC undergraduates took center stage at USC CIRM COMPASS Scholars Program symposium, presenting stem cell research that’s shaping the future of regenerative medicine. Through mentorship and hands-on lab experience, USC is helping train the next generation of stem cell scientists. 📷 Amor Mathershed

A group of people wearing white outfits and red stoles sit and stand around a wooden bench outdoors. They appear to be celebrating a graduation event. Trees and a building are visible in the background.

Every sound you've ever heard passed through these tiny structures. This fluorescent microscopic image of the inner ear shows green auditory hair cells 💚, the sensory receptors that detect sound, surrounded by 🔴 red supporting cells that help them function. 📸 Ksenia Gnedeva, PhD

The Artist and Researcher exhibit series celebrates the shared curiosity behind art and science, connecting creativity, discovery, and new ways of seeing the world. 🎨🔬 Proud to see USC Stem Cell members featured in this collaboration.

A person is speaking into a microphone while holding a phone. They are standing in front of a poster with the word "SynNotch" and a circuit design in blue.A person holds a microphone and points at a translucent model of a fish skeleton on display. The model includes labeled sections for cartilage, bone, and gene expression. A sign with color-coded diagrams is on the wall behind the model.Two people are standing in front of posters on a wall. One holds a microphone and faces a colorful poster titled "Genomics: SNP Mapping." The other person is smiling and looking at the speaker. Another poster titled "Luminous Motion" is partially visible in the background.Two people are viewed from behind, looking at a colorful art piece on a wall. The artwork features vibrant colors and abstract shapes on a black background.

USC Presidential Scholar Taylor Renneker studied stem cells at @keckschoolusc.bsky.social and trained at White Memorial Hospital through USC Dornsife’s Gateway Internship Program. She starts med school this summer and hopes to one day open her own clinic. Learn more: https://bit.ly/4wbICvu

Health challenges fuel two graduating seniors’ passion for medicine

USC Dornsife graduates head to medical school, driven by research, service and their own experiences with childhood illness

dornsife.usc.edu

This is what a kidney filter looks like the moment it’s born: 🔵 stem cells (nephron progenitors) awaiting signals, 🟣 a forming filter already transforming, ⬜ the collecting duct directing the process. Microscopic video courtesy of Nils Lindström, PhD, at USC Stem Cell

Amazing work coming from the lab of Dr. Qi-Long Ying, identifying GSK3α as a “stemness checkpoint” that regulates differentiation across multiple stem cell types and species. This discovery introduces a unifying framework for understanding how stem cells maintain their identity.

Keck School of Medicine of USC@keck.usc.edu · 4mo ago

Stem cell identity may be controlled by a shared checkpoint. Keck School of Medicine of USC and NIH researchers identify GSK3α as a regulator of differentiation, advancing regenerative medicine and cancer research. https://bit.ly/4cfZLuT 📷 Duo Wang/Ying Lab/USC Stem Cell

red  indicates mouse embryonic stem cells and green indicates mouse epiblast stem cells. The two cell types were co-cultured under GSK3α inhibition and maintained their distinct identities.

The heat was ON! On March 13th, USC Stem Cell hosted its first-ever Spice Competition, inviting team members to showcase their culinary creativity through one shared passion, bold, spicy flavors. Congratulations to all who participated and made this first competition a memorable success.

A group of four people standing in front of a whiteboard. They are each holding a wooden spoon and small trophy. The atmosphere is casual and cheerful.A group of people are gathered around a long conference table with various food items placed on it. There are decorative lights shaped like chili peppers along the middle of the table. The atmosphere appears casual and social.A group of people gathered around a conference table with various dishes for a meal. The room is decorated with colorful string lights. A large TV screen displays a person's image. The atmosphere appears casual and social.

Parkinson’s disease affects more than one million Americans. No cure or therapy slows progression, but Keck Medicine of USC is testing stem cells to replace damaged brain cells in an early clinical trial. Read the full article here: https://bit.ly/4sQ5EW9.

New stem cell treatment may offer hope for Parkinson’s disease

LOS ANGELES — Parkinson’s disease is a progressive neurodegenerative disorder that affects more than one million people in the United States, with approximately 90,000 new cases diagnosed each year. A...

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We are thrilled to congratulate Dr. Ksenia Gnedeva on receiving the 2026 Geraldine Dietz Fox Young Investigator Award from the Association for Research in Otolaryngology (@aro-mwm.bsky.social) for her work in understanding the development and regeneration of the inner ear's sensory hearing cells.

Headshot of Ksenia Geneva, PhD, in front of a building surrounded by greenery.