Authors
Paolo Passaretti, Kate Stokes, Jake Carter, Yiwei Sun, Federica Cuozzo, Adolfo G R Zanna, Debarati Bhowmik, Timothy R Dafforn, Pola Goldberg Oppenheimer
Published in
Biotechnology advances. Pages 109003. Aug 07, 2026. Epub Aug 07, 2026.
Abstract
The M13 filamentous bacteriophage has transcended its origins as a model for viral replication to become a premier programmable bio-scaffold at the intersection of nanotechnology, synthetic biology and clinical medicine. While famously known for the Nobel Prize-winning development of phage display, M13's utility now extends far beyond peptide libraries. Its unique anisotropic structure, genetic plasticity and chemically addressable coat proteins enable the precise bottom-up assembly of functional nanomaterials, ranging from high-performance energy storage to targeted theranostic agents. This review provides a definitive account of the M13 platform, synthesising foundational structural biology and infection dynamics with state-of-the-art engineering strategies. We detail the physical and genetic architecture of the virion, provide a critical evaluation of production and purification methodologies, and explore the chemical-genetic toolboxes used to functionalise its surface. By bridging the gap between fundamental virology and applied materials science, this synthesis identifies the current bottlenecks in clinical and industrial translation and offers a roadmap for the next generation of M13-based biotechnologies.
PMID:
42567428
Bibliographic data and abstract were imported from PubMed on 08 Aug 2026.
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