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The Cell Factory
How we're building a bio-based future, one molecule at a time
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Biotechnology to Build our Modern World

Biotechnology to Build our Modern World

The 20th century was the age of the fossil-based economy. Petroleum overtook coal and we built factories to manufacture the things we needed to modernize our world. But today, our global dependence on petroleum for everything from fuel to plastics to everyday household goods is unsustainable.

So we have turned to biotechnology—the use of living systems and organisms to make products—to convert renewable raw materials into the energy and products needed for society to thrive.

How it Works:

A traditional factory requires energy—usually in the form of fossil-based fuel such as oil or coal—to manufacture products. Single-celled microorganisms, or microbes, also need energy, such as renewable sugars from plant sources. By altering the chemical reactions that take place inside of microbes—or their metabolic pathways—we are able to program them to produce a variety of different products.

This ability to engineer proteins and microbes, then produce them at industrial scale and economics, is the cornerstone of industrial biotechnology.

How it Works:

Tiny Enzymes, Big Impact

An enzyme is a protein found in the cells of every living thing, from microbes, to plants, to people. Learn how enzymes work in nature, and how they make our work possible.

HOW ENZYMES WORK
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Biotechnology in Your Laundry Detergent: Protein Engineering

Staff Scientist Dr. Christian Adams breaks down how protein engineering is used to engineer enzymes that help remove stains and improve the performance of your favorite laundry detergent.

In the News

Around the globe, our cell factories are producing results for our customers - and for our future.

DuPont's Next-Generation Yeast Technology Improves Yields for Ethanol Producers
article
DuPont's Next-Generation Yeast Technology Improves Yields for Ethanol Producers
IN THE LAB + IN THE WORLD: How a scientific breakthrough in yeast technology is driving the fuel ethanol industry forward.
Read more Arrowright
Tag In the Lab + in the World Bioenergy Starch-Based Fuel Ethanol yeast synerxia thrive
news | 14 June 2017
DuPont Scientist to Speak at AgriVision on Microbiome’s Potential to Fight Antimicrobial Resistance
Dr. Morgan will highlight the results of a study showing that a probiotic can help reduce the incidence of gastrointestinal disorders caused by the use of antibiotics.
Read more Arrowright
Tag Our People Conference Animal Nutrition Microbiome AMR
article
Reebok's next shoe will be made from corn
CBS Money Watch covers Reebok’s first shoe made entirely from biological materials – including DuPont’s Susterra, a corn-based plastic substitute.
Read more on CBS News Link-externalurl
Tag Our Science Collaboration Sustainability IB in the News Biomaterials bioplastics biomaterials Tate & Lyle Susterra Reebox
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