Researchers have created a mat composed of active proteins that have the ability to absorb chemical pollution. In a study published in Science, scientists document how they successfully extracted an active protein from a cell without killing the former — a breakthrough that could pave the way to a new class of pollution-fighting technology. “We think we’ve cracked the code for interfacing natural and synthetic systems,” study author and professor at the University of California, Berkeley Ting Xu told Futurity.

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Previous attempts to remove proteins from their native environments without harming or killing them were marked by limited progress. The research team observed trends in sequences and surfaces before developing a synthetic polymer that is ideal for hosting proteins. “Proteins have very well-defined statistical pattern, so if you can mimic that pattern, then you can marry the synthetic and natural systems, which allows us to make these materials,” study first author Brian Panganiban told Futurity. The team conducted advanced molecular simulations to ensure their polymer would effectively serve the protein’s needs.

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The experiment received funding from the United States Department of Defense, which is specifically interested in the technology’s bio-remediation potential against chemical pollution. The end result is capable of degrading insecticides and weaponized chemicals. Given its effectiveness, this bio-technology may soon be used in war zones and other contaminated areas to clean-up the mess that humanity has made. This technology can also be customized to meet the needs of a particular mess. Xu believes that his team’s approach could be used with other enzymes, which could someday lead to the creation of portable chemistry labs capable of responding effectively in the field to varied environmental challenges.

Via Futurity

Images via Deposit Photos, Christopher DelRe and Charley Huang/UC Berkeley