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Single-cell-bioreactors as end of miniaturization approaches in biotechnology: progresses with characterised bioreactors and a glance into the future

机译:单细胞生物反应器作为生物技术小型化方法的终结:具有特征的生物反应器的发展以及对未来的展望

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摘要

Incidents with single cells and their genesis have not been the major focus of science up to now. This fact is supported by the difficulties one faces when wanting to monitor and cultivate small populations of cells in a defined compartment under controlled conditions, in vitro. Several approaches of up- and down-scaling have often led to poorly understood results which might be better elucidated by understanding the cellular genesis as a function of its microenvironment. This review of the approaches of scale-up and scale-down processes illustrates technical possibilities and shows up their limitations with regard to obtainable data for the characterisation of cellular genesis and impact of the cellular microenvironment. For example, stem cell research advances underline the lack of information about the impact of the microenvironment on cellular development. Finally, a proposal of future research efforts is given on how to overcome this lack of data via a novel bioreactor setup.
机译:迄今为止,单细胞及其起源的事件尚未成为科学的主要焦点。当要在受控条件下体外监测和培养特定隔间中的少量细胞时,面临的困难为这一事实提供了支持。放大和缩小比例的几种方法通常会导致人们对结果的理解不佳,通过了解细胞起源与其微环境之间的关系,可能会更好地阐明结果。对按比例放大和按比例缩小的方法的回顾说明了技术可能性,并显示了它们在表征细胞起源和细胞微环境影响的可获得数据方面的局限性。例如,干细胞研究的进展突显出缺乏有关微环境对细胞发育影响的信息。最后,提出了有关如何通过新型生物反应器装置克服数据缺乏的未来研究工作的建议。

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