Michael McManus, PhD
Professor
Diabetes Center
School of Medicine

415-476-4661

My work has a strong technology component, and my lab uses systematic and synthetic approaches to conquer fundamental problems in understanding gene function in health and disease. I maintain a very diverse research program, encouraging students, postdocs, and technicians to follow their interests by developing new tools to solve long-standing problems in their fields.

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Having trained in plant molecular biology, parasitology, RNA biology, and human development, my broad perspective has deepened my appreciation of synthetic biology.

Consequently, my ability to integrate diverse information sources has driven innovations shared with other labs, yielding high-impact discoveries across multiple fields. Although my independent research career began in RNA biology, our work increasingly merges computational and synthetic biology to tackle systems‑level questions in human disease. For example, we have recently developed compressed CRISPR screening platforms that leverage novel barcoding technologies. These barcoding systems are engineered for high-throughput optical pool screening in fixed and live cells.

Over the years, my lab has focused on cancer research, and we have more recently explored immune cell interactions via cell surface molecules and T cell engineering. We are currently developing high‑throughput screening platforms to map how T cells recognize both canonical and cryptic antigens. By combining computational design with synthetic biology, we aim to create next‑generation cellular therapies targeting elusive tumor antigens—deepening our understanding of immune synapse biology and providing versatile toolkits for translational applications.

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Publications (123)

Top publication keywords:
Lacrimal ApparatusCRISPR-Cas SystemsOrganogenesisDEAD-box RNA HelicasesEndoribonucleasesInsulin-Secreting CellsRNAMammalsGlutathione PeroxidaseEpistasis, GeneticRNA InterferenceMolecular TypingRibonuclease IIIRNA, Small InterferingMicroRNAs

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