学术生物工艺开发中的数字化概念

IF 3.9 4区 生物学 Q2 BIOTECHNOLOGY & APPLIED MICROBIOLOGY Engineering in Life Sciences Pub Date : 2024-02-09 DOI:10.1002/elsc.202300238
Tessa Habich, Sascha Beutel
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引用次数: 0

摘要

集成设备、数字和物理助手、自动化和模拟等数字化技术为实验室工作指明了新的方向。即使在研究工作流程复杂、人员流动性大、预算有限的情况下,一些实验室也已经证明了数字化确实是可行的。然而,学术界的生物工艺实验室往往难以跟上数字化的潮流。由于它们的研究环境各不相同,团队组成、目标和局限性也千差万别,因此概念也大相径庭。在此,我们将概述数字化的不同方面,并介绍学术实验室如何成功实现工作环境的数字化。关键在于信息技术专家和科研人员之间的合作与交流。已开发的数字化基础设施只有在支持实验室工作人员且不使其工作复杂化的情况下才能发挥作用。因此,实验室研究人员必须与信息技术专家紧密合作,以便开发出适合其个人需求和复杂程度的、可维护的数字化概念。本综述可作为向数字化实验室转型的起点或思路集锦。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

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Digitalization concepts in academic bioprocess development

Digitalization with integrated devices, digital and physical assistants, automation, and simulation is setting a new direction for laboratory work. Even with complex research workflows, high staff turnover, and a limited budget some laboratories have already shown that digitalization is indeed possible. However, academic bioprocess laboratories often struggle to follow the trend of digitalization. Due to their diverse research circumstances, high variety of team composition, goals, and limitations the concepts are substantially different. Here, we will provide an overview on different aspects of digitalization and describe how academic laboratories successfully digitalized their working environment. The key aspect is the collaboration and communication between IT-experts and scientific staff. The developed digital infrastructure is only useful if it supports the laboratory worker and does not complicate their work. Thereby, laboratory researchers have to collaborate closely with IT-experts in order for a well-developed and maintainable digitalization concept that fits their individual needs and level of complexity. This review may serve as a starting point or a collection of ideas for the transformation toward a digitalized laboratory.

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来源期刊
Engineering in Life Sciences
Engineering in Life Sciences 工程技术-生物工程与应用微生物
CiteScore
6.40
自引率
3.70%
发文量
81
审稿时长
3 months
期刊介绍: Engineering in Life Sciences (ELS) focuses on engineering principles and innovations in life sciences and biotechnology. Life sciences and biotechnology covered in ELS encompass the use of biomolecules (e.g. proteins/enzymes), cells (microbial, plant and mammalian origins) and biomaterials for biosynthesis, biotransformation, cell-based treatment and bio-based solutions in industrial and pharmaceutical biotechnologies as well as in biomedicine. ELS especially aims to promote interdisciplinary collaborations among biologists, biotechnologists and engineers for quantitative understanding and holistic engineering (design-built-test) of biological parts and processes in the different application areas.
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