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Scalable Biomanufacturing Technique May Increase QD Availability

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A method for biomanufacturing large amounts of zinc sulfide nanoparticles inexpensively could lead to their wider availability and use in applications such as light-emitting displays, sensors and solar panels. A research team from Oak Ridge National Laboratory (ORNL) used bacteria fed by sugar at a temperature of 150 °F in 25- and 250-gallon reactors to produce about three-fourths of a pound of zinc sulfide quantum dots (QDs). This was achieved without using process optimization, indicating that even higher yields of QDs may be possible using this method. The ORNL biomanufacturing...Read full article

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