Advanced biomanufacturing involves the use of living organisms or cells to produce complex molecules and materials. This process leverages synthetic biology techniques such as gene editing and metabolic engineering to enhance the efficiency and specificity of biological systems.
Traditional manufacturing processes often involve harsh chemicals and energy-intensive steps that can be less sustainable. Advanced biomanufacturing offers a greener, more efficient alternative by harnessing living organisms for production.
Living organisms, typically bacteria or yeast, are genetically modified through techniques like CRISPR-Cas9 for gene editing and metabolic pathway optimization. These modifications enable the cells to produce specific molecules more efficiently than traditional chemical synthesis methods.
The process involves designing and constructing engineered microorganisms or cells that can produce desired compounds. These organisms are then cultured in bioreactors under controlled conditions to maximize yield and product quality.
Design of the genetic constructs, transformation of host cells, optimization of growth media and culture conditions, and scale-up from lab to industrial production levels.
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