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New molecule chip altering the face of contemporary manufacturing

Sep 07, 2022

(Nanowerk Information) College of Queensland researchers have pioneered a brand new chemical course of to fabricate the molecules which can be the constructing blocks for lifesaving medicines, vaccines and power storage supplies. Professor Matt Trau from UQ’s Australian Institute for Bioengineering and Nanotechnology (AIBN) has been awarded an ARC Laureate Fellowship value $2.9 million to additional perceive and develop the method. “We have now been in a position to speed up and management chemical reactions on a tiny nano-scaled chip,” Professor Trau mentioned. “This might allow on-demand, miniaturised, distant manufacturing in a way more economical and environmentally pleasant approach. “Very similar to 3D printing has disrupted manufacturing on a bigger scale, this might change fashionable manufacturing on the molecular scale.” A picture of the chip. (Picture: College of Queensland) Professor Trau and his workforce at AIBN have invented a singular solution to synthesise molecules on a tiny electronically managed chip, or silicon wafer. “This nanotechnology platform can speed up chemical reactions in methods not potential in typical large-scale factories,” he mentioned. Professor Trau mentioned the know-how might be utilized to the manufacturing of life-saving merchandise. “The extra analysis we undertake to grasp precisely what’s occurring to those molecules on the nanoscale, we see increasingly purposes for totally new methods to fabricate merchandise comparable to medicines, vaccines and power storage supplies,” he mentioned. The undertaking builds upon Professor Trau’s earlier analysis into nano-scaled chips. “This was a left-field spin-off from analysis (Nature Communications, “A digital single-molecule nanopillar SERS platform for predicting and monitoring immune toxicities in immunotherapy”) the place we used nano-scaled chips to detect uncommon molecules in blood, to diagnose most cancers and dysregulated features of the immune system,” he mentioned. “I’m proud that our analysis workforce dedicated so strongly to what was initially an especially dangerous blue-sky thought. “It has now come to fruition and will doubtlessly contribute to native and world manufacturing of important molecules.”



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