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An Introduction to the SemiSynBio Initiative and Selected Convergent Results

机译:SemiSynBio计划简介和部分收敛结果

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The purpose for this paper is to introduce the SPIE's semiconductor and biotechnology communities to the emerging and convergent frontier of Semiconductor-Synthetic Biology (SSB). The paper distills and briefly summarizes key messages from two seminal SSB related documents. The first edition of the Semiconductor Synthetic Biology Roadmap, published in 2018, laid out a vision for five high impact opportunity areas that complement and leverage the synergistic strengths of semiconductor based information processing technology and synthetic biology. This Roadmap reflects the cross-disciplinary contributions from experts in the physical sciences, health care and semiconductor technologies. A subsequent 2019 paper, by Bathe et. al., elaborated on and further clarified targets for selected biomaterials and biological pathways for electronic nanofabrication. These works are catalyzing considerable research interest and, as with other roadmaps, e.g., the ITRS and IDRS, will tend to prioritize and focus investments in this area. This paper also offers a few early bioinspired SSB-related results with potential high impact that warrant consideration. Note: Throughout the paper, the quoted text comes from reference 1, i.e., the 2018 SemiSynBio Roadmap.
机译:本文的目的是向SPIE的半导体和生物技术界介绍半导体合成生物学(SSB)的新兴和融合领域。本文摘录并简要总结了两个SSB开创性的相关文件中的关键信息。 2018年出版的第一版《半导体合成生物学路线图》提出了五个高影响机会领域的愿景,这些领域将补充和利用基于半导体的信息处理技术和合成生物学的协同优势。该路线图反映了物理科学,医疗保健和半导体技术领域专家的跨学科贡献。随后的Bathe等人在2019年发表的论文。等人详细阐述并进一步阐明了用于电子纳米加工的选定生物材料和生物途径的目标。这些工作激发了相当大的研究兴趣,并且与其他路线图(例如ITRS和IDRS)一样,将倾向于优先考虑该领域的投资。本文还提供了一些与生物启发性的SSB相关的早期结果,这些结果可能会产生重大影响,值得考虑。注意:整篇文章中引用的文字均来自参考文献1,即2018 SemiSynBio路线图。

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