The People Behind the Research
Meet the Minds Advancing Lung Regeneration
Get to know the researchers bringing complementary skills and shared curiosity to the challenge of repairing damaged lungs.
The Reyes Lab Team
Dr. Nabora Reyes de Barboza
Principle Investigator
Dr. Reyes was born in Durango, Mexico, and raised in California’s Central Valley. She completed her BS and MS at UC Merced, where she fell in love with scientific research. She earned her PhD in developmental biology in Dr. Ken Cho’s lab at UC Irvine, then went on to complete her postdoctoral training in Dr. Tien Peng’s laboratory at UCSF. During this training, she discovered a passion for understanding how the lung repairs itself through control of its niche. Outside the lab, she enjoys spending quality time with her husband and small children on hiking trails, and loves arts, crafts, and baking.
Dr. Alisa Cao
Postdoctoral Scholar
Dr. Cao received her BS in Pharmacy from China Pharmaceutical University, where she ranked first and earned direct admission to the Shanghai Institute of Materia Medica, Chinese Academy of Sciences in 2020. She received her PhD in Pharmaceutics, during which she collaborated with Lin Gang Laboratory to develop pulmonary drug delivery systems and whole-lung, cross-scale visualization for three-dimensional evaluation of therapeutic responses. This work sparked her interest in lung biology and the mechanisms underlying lung injury and repair. In August 2025, Dr. Cao joined the Reyes Lab at UC San Diego as a postdoctoral researcher, where she studies how p16INK4a+ fibroblasts regulate lung regeneration through fibroblast–immune–epithelial crosstalk. Outside the lab, she is a K-pop fan, enjoys R&B choreography, and loves watching tennis.
Dr. Swetha Sundar
Postdoctoral Scholar
I grew up in India and completed my education in different parts of the country. I earned my PhD with Dr. Jyotsna Dhawan at the Centre for Cellular and Molecular Biology in Hyderabad, where I studied the post-transcriptional regulation of muscle stem cell quiescence and muscle cell-state transitions. I then joined Dr. Lorenzo Puri’s laboratory at Sanford Burnham Prebys in La Jolla as a postdoctoral fellow, investigating how epigenetic regulation and neuromuscular junctions influence muscle regeneration and transdifferentiation. In the Reyes lab, I study how physiological aging affects alveolar type 2 cells and their ability to produce pulmonary surfactant. My current work examines age-associated changes in AT2 cell states, surfactant production and lipid composition, and how these changes may contribute to the declining resilience of the aging lung. Outside the lab, I am a Bharatanatyam dancer and enjoy reading books and watching movies. I am also a huge fan of Harry Potter and Indian film music.
Na Zhang
Staff Researcher Associate
Operations manager of NSB Cell Sorting and mouse colony expert. Part of Team COPA.
Tusha Karnani
Staff Research Associate
Madeline Nix
Undergraduate Researcher
Madeline is a fourth-year Molecular and Cellular Biology student at UC San Diego with a minor in Bioethics. She is interested in the molecular mechanisms of disease and is completing a senior thesis investigating the role of the lung mesenchyme in COPA syndrome. Outside of the lab, she enjoys dancing folklórico, traveling, and spending time with her friends and family.
Sabrina Barras
Undergraduate Researcher
Sabrina is an undergraduate student studying Human Biology. Raised in the San Fernando Valley, she joined the Reyes Lab in her second year at UCSD and supports the research staff with different tasks. Her favorite part of lab work is the mice! Across campus, she is also involved in cultural and pre-health organizations and volunteering, and works as a Lead Technician at the ITS Service Desk. In her free time, she enjoys karaoke and eating food (right now, her favorite is malatang)!
Heart Ingalla
Undergraduate Researcher
Supports lab with Histology and works on AT2 aging project.
Billy Xie
Undergraduate Researcher
Support Dr. Cao on her project.
Ethan Yu
HS Student Researcher
Jazley Andrada
Volunteer Researcher
Jazley graduated from UC San Diego with a BS in Molecular and Cell Biology. She is interested in pursuing a career in medicine and exploring the role of research in advancing medical knowledge and patient care. She joined Reyes Lab with an interest in gaining research experience and in investigating whether enhanced protein synthesis supports more efficient Influenza A virus production in p16+ cells. Outside of the lab, Jazley enjoys spending time with friends and family, painting, snowboarding, and traveling.
Arya Abolmaali
Volunteer Researcher
Discovery Through Collaboration
Different Perspectives, One Goal: Healthier Lungs
Lung regeneration is a complex process, so our team studies it from multiple angles. Stem cell biology helps us understand which cells can restore damaged tissue; organoid models let us observe repair in controlled settings; and computational analysis reveals patterns across thousands of individual cells. By bringing these perspectives together with expertise in immunology and imaging, we can test ideas across disciplines and build a clearer picture of how the lung heals. Regular collaboration turns each finding into a better question—and moves our research toward strategies for meaningful repair.
Research Across the Reyes Lab
Alveolar Repair
Investigating how alveolar cells rebuild gas-exchanging tissue after injury.
Stem Cell Biology
Exploring lung stem cell behavior and the signals that guide regeneration.
Cellular Plasticity
Studying how lung cells adapt their identities during repair and disease.
Tissue Microenvironment
Examining how neighboring cells and local cues shape healing outcomes.
Inflammation and Recovery
Tracing the immune responses that support or hinder lung regeneration.
Single-Cell Analysis
Mapping cell populations to uncover the diverse pathways of tissue renewal.
Disease Modeling
Using experimental models to understand why lung repair succeeds or stalls.
Translational Discovery
Connecting fundamental insights with new approaches to restoring lung function.

