寄主(生物学)
计算机科学
开发(拓扑)
生物
生态学
数学
数学分析
作者
Chris M. Yeager,Nathan J. Hillson,K. Wozniak,Vivek K. Mutalik,Christopher W. Johnson,Kyle Pomraning,Philip D. Laible,Taraka Dale,Adam M. Guss
标识
DOI:10.1016/j.copbio.2025.103260
摘要
Development of microorganisms into mature bioproduction host strains has typically been a slow and circuitous process, wherein multiple groups apply disparate approaches with minimal coordination over decades. To help organize and streamline host development efforts, we introduce the Tier System for Host Development , a conceptual model and guide for developing microbial hosts that can ultimately lead to a systematic, standardized, less expensive, and more rapid workflow. The Tier System is made up of three Tiers, each consisting of a unique set of strain development Targets, including experimental tools, strain properties, experimental information, and process models. By introducing the Tier System , we hope to improve host development activities through standardization and systematization pertaining to nontraditional chassis organisms. • Systematic approaches can improve the efficiency of host selection and development. • Tier System for Host Development is used to guide development of nonmodel hosts. • Tier System Targets are experimental tools/information, strain properties, and models. • The Tier System quantifiably tracks the developmental status of host organisms.
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