Pander Bart, Mortimer Zahara, Woods Craig, McGregor Callum, Dempster Andrew, Thomas Lisa, Maliepaard Joshua, Mansfield Robert, Rowe Peter, Krabben Preben
Deep Branch Biotechnology Ltd Nottingham UK.
School of Lifesciences University of Nottingham Nottingham UK.
Eng Biol. 2020 Jun 25;4(2):21-24. doi: 10.1049/enb.2020.0005. eCollection 2020 Jun.
Using hydrogen oxidising bacteria to produce protein and other food and feed ingredients is a form of industrial biotechnology that is gaining traction. The technology fixes carbon dioxide into products without the light requirements of agriculture and biotech that rely on primary producers such as plants and algae while promising higher growth rates, drastically less land, fresh water, and mineral requirements. The significant body of scientific knowledge on hydrogen oxidising bacteria continues to grow and genetic engineering tools are well developed for specific species. The scale-up success of other types of gas- fermentation using carbon monoxide or methane has paved the way for scale-up of a process that uses a mix of hydrogen, oxygen, and carbon dioxide to produce bacteria as a food and feed ingredients in a highly sustainable fashion.
利用氢氧化细菌生产蛋白质及其他食品和饲料成分是一种正在获得关注的工业生物技术形式。该技术将二氧化碳固定为产品,无需依赖植物和藻类等初级生产者的农业和生物技术所需的光照,同时有望实现更高的生长速度,大幅减少土地、淡水和矿物质需求。关于氢氧化细菌的大量科学知识不断增长,针对特定物种的基因工程工具也已得到充分发展。其他利用一氧化碳或甲烷进行气体发酵的技术在扩大规模方面取得的成功,为扩大一种利用氢气、氧气和二氧化碳混合物以高度可持续方式生产细菌作为食品和饲料成分的工艺铺平了道路。