首页> 外文期刊>Industrial Biotechnology >A Conversation with Blake Simmons, Vice President, Deconstruction Division, and Jon Magnuson, Director, Fungal Biotechnology Group, Joint BioEnergy Institute, Emeryville, CA
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A Conversation with Blake Simmons, Vice President, Deconstruction Division, and Jon Magnuson, Director, Fungal Biotechnology Group, Joint BioEnergy Institute, Emeryville, CA

机译:与加利福尼亚州埃默里维尔联合生物能源研究所真菌生物技术小组主任乔恩·马格努森和解构部门副总裁布莱克·西蒙斯进行了对话

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摘要

INDUSTRIAL BIOTECHNOLOGY: The Fungal Biotechnology Group is a relatively new addition to the Deconstruction Division of the Department of Energy's (DOE's) Joint BioEnergy Institute (JBEI). BLAKE SIMMONS: At JBEI, we are focused on developing the science and technology around new ways to convert biomass into advanced drop-in fuels. We have teams working on all major elements of the biomass conversion process: Feedstocks, Deconstruction, Fuel Synthesis, and Technologies. In the De-construction Division, the group that I lead, we are tasked with developing new ways to liberate fermentable sugars from lig-nocellulose. One of the foundational technologies we have developed is based on ionic liquids, and the use of glycoside hydrolase enzymes remains a key feature in the production of sugars using that technology. In order to develop and optimize enzyme cocktails that perform well under industrially relevant conditions, you need a lot of enzyme to explore fully the parameter space.
机译:工业生物技术:真菌生物技术小组是能源部(DOE)联合生物能源研究所(JBEI)解构部门的一个相对较新的成员。布莱克·西蒙斯(BLAKE SIMMONS):在JBEI,我们专注于围绕将生物质转化为先进的直接燃料的新方法开发科学和技术。我们的团队致力于生物质转化过程的所有主要要素:原料,解构,燃料合成和技术。在我领导的小组De-construction小组中,我们的任务是开发新的方法,以从木质纤维素中释放出可发酵糖。我们开发的基础技术之一是基于离子液体的,糖苷水解酶的使用仍然是使用该技术生产糖的关键特征。为了开发和优化在工业上相关条件下表现良好的酶混合物,您需要大量酶才能充分利用参数空间。

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