
生物工业革命中蓄势待发的三大行业
将生物技术应用于工业生产,可以制造出从食品配料,到特种化学品及先进生物材料等种类繁多的产品,有望加速向更加资源高效、更具韧性的全球经济转型。据估算,全球经济中多达60%的物质投入原则上可通过生物途径生产,这为重塑工业生产提供了变革性的机遇。
Michele Stansfield is Co-Founder and CEO of Cauldron, a global biomanufacturer unlocking price parity for mainstream bio-manufactured goods. Stansfield was the driving force behind Cauldron’s management acquisition of Agritechnology, a bioscience company based in Australia that developed the proprietary hyper-fermentation technology at Cauldron’s core. Having served as Agritechnology’s General Manager for over a decade using microbes to produce vaccines, food, feed and fuel, she has industry-leading expertise in the scale-up and commercialization of continuous fermentation biomanufacturing. With a background in biomedical science and cellular and molecular biology, Stansfield began her career at Pfizer, focused on a novel pharmaceutical therapy used in the pork industry. She holds a BSc with honours in biomedical science, cellular and molecular biology from the University of Western Sydney.
将生物技术应用于工业生产,可以制造出从食品配料,到特种化学品及先进生物材料等种类繁多的产品,有望加速向更加资源高效、更具韧性的全球经济转型。据估算,全球经济中多达60%的物质投入原则上可通过生物途径生产,这为重塑工业生产提供了变革性的机遇。
La aplicación industrial de la biotecnología para producir una gran variedad de productos, que van desde ingredientes alimentarios hasta productos químicos especializados y biomateriales ...
The industrial application of biotechnology to produce a huge variety of products – ranging from food ingredients to speciality chemicals and advanced biomaterials – could accelerate the ...

