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Top scientific breakthroughs and emerging trends for 2023 · A new era of space exploration · A milestone in AI predictions · Developing trends in synthetic biology.
biopolymers
Synthetic biology has the potential to redefine synthetic pathways by using engineered biological systems (i.e., microorganisms, for which a large part of the genome or the entire genome has been designed or engineered) to manufacture a range of biomolecules and materials, such as therapeutics, flavors, fabrics, food, and fuels. For example, insulin could be produced without pig pancreas, leather without cows, and spider silk without spiders. The potential in life sciences alone is unbelievable, but when applied to manufacturing industries, synthetic biology could minimize future supply chain challenges, increase efficiency, and create new opportunities for <anchor>biopolymers</anchor> or alternative materials with more sustainable approaches. Today, teams use AI-based metabolic modeling, CRISPR tools, and synthetic genetic circuits to control metabolism, manipulate gene expression, and build pathways for bioproduction. As this discipline begins to cross over into multiple industries, the latest developments and emerging trends for metabolic control and engineering challenges are showcased in a 2022 Journal of Biotechnology article.
Bio-based Polymers: A Green Alternative to Traditional Plastics | CAS
Bio-based Polymers: A Green Alternative to Traditional Plastics \| CAS

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# Bio-based Polymers: A Green Alternative to Traditional Plastics

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# Bio-based Polymers: A Green Alternative to Traditional Plastics

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September 22, 2022

With over 90% of the world’s plastics production requiring fossil fuels, bio-based polymers generated from renewable sources have substantial benefits over traditional plastics – from reducing CO2 emissions, increased biodegradability, and less dependence on fossil fuels. Learn more in our landscape view of this emerging field.

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