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.
Algae-based biomaterials are materials made from algae or algae-derived substances for uses such as packaging, textiles, and composites.
Cell-free protein synthesis produces proteins using biological extracts or reconstituted molecular components outside living cells.
Continuous bioprocessing is the ongoing production or processing of biological products, often using perfusion bioreactors that continuously supply fresh medium and retain cells or product.
Downstream bioprocessing is the set of operations used to recover, purify, and prepare products made by a biological production process.
Engineered biocatalysts are enzymes or other biological catalysts modified or designed to perform chemical reactions with desired properties.
Gas fermentation uses microorganisms to convert gaseous carbon feedstocks into products, providing a biological route for carbon capture and utilization.
Metabolic engineering is the deliberate modification of cellular metabolic pathways to change how cells produce or consume molecules.
Microbial chassis engineering is the design and modification of microorganisms to create optimized, reusable host platforms for synthetic biology and biomanufacturing.
Precision fermentation uses selected or engineered microorganisms to produce specific target molecules through fermentation.
Single-use bioreactors are bioprocess vessels or systems designed to be discarded after use rather than cleaned and reused.
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