Biotech covers technologies that use biological molecules and processes, including DNA-based approaches to storing digital information. These methods matter as researchers explore durable, compact alternatives to conventional data storage.
Bioinformatics and AI combine computational methods with biological data to study genes, proteins, cells, and disease. These tools help researchers interpret complex datasets and prioritize targets for diagnostics and drug development.
Biomanufacturing uses biological systems to produce ingredients, materials, and therapeutics, including through precision fermentation. It matters as manufacturers seek scalable ways to produce these goods with greater control over inputs and processes.
Biomaterials are materials made from or with biological sources, including mycelium-based materials. They matter as manufacturers seek alternatives to conventional materials with lower environmental impacts and potential for more circular production.
DNA and synthetic biology technologies edit, assemble, store, or organize genetic material. They support research and applications in medicine, manufacturing, and data storage, while raising questions about accuracy, safety, and governance.
Nanomedicine applies nanoscale materials and methods to medical diagnosis and treatment, including drug delivery systems. It matters because controlling how therapies reach tissues can improve precision and help address barriers to effective treatment.
This category covers microscopy used to examine biological structures at very small scales. Cryo-electron microscopy helps researchers resolve molecular structure, informing work in biology, medicine, and materials research.
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