Physician-Scientist in Dermatology, Translational Medicine, Gene Therapy & Rare Disease
Dr. Tali Garin-Shkolnik is a physician-scientist and dermatologist whose work bridges clinical medicine, molecular biology, translational research, and advanced therapeutic development. She is a Senior Physician Researcher in the Department of Dermatology at Rambam Health Care Campus, where her research focuses on inflammatory skin disease, rare genetic disorders, neurogenetic disease, gene therapy, and genome editing. Her research is driven by a translational objective: to understand the molecular mechanisms underlying disease and use those insights to develop new therapeutic strategies for conditions in which current treatment options remain limited.
Research Philosophy
Connecting clinical questions with molecular science to develop therapies for diseases that remain difficult to treat. Dr. Garin-Shkolnik’s research brings together dermatology, disease biology, precision medicine, and advanced therapeutic technologies with the goal of moving discoveries beyond the laboratory and toward meaningful clinical applications.
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The skin is much more than a protective barrier. It is a highly active biological organ, containing specialized immune cells, complex signaling networks, and metabolic systems that constantly interact to maintain tissue health.When these systems become dysregulated, they can contribute to persistent inflammation, abnormal cellular activity, and chronic skin disease.Despite remarkable advances in dermatological treatments, important questions remain unanswered. Why do some patients develop severe disease while others experience relatively mild symptoms? Why do certain treatments work exceptionally well for some individuals but not for others? And why can inflammation return to exactly the same location after the skin appears completely healed?Our research addresses these questions by studying the molecular and cellular processes that drive disease initiation, persistence, and recurrence.A central principle guiding our work is that understanding the mechanisms responsible for disease is essential for developing the next generation of therapies.Rather than focusing exclusively on suppressing visible inflammation, we seek to understand and eventually target the biological processes that allow disease to persist or return.