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Foreign protein degradation and instability in plants and plant tissue cultures.

机译:植物和植物组织培养物中外来蛋白质的降解和不稳定。

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摘要

Low production cost is a key factor driving the development of plants and plant tissue cultures for the synthesis of therapeutic and other foreign proteins. Because product yield and concentration exert a major influence on process economics, improving foreign protein accumulation is crucial for enhancing the commercial success of plant-based production systems. Strategies aimed at increasing transgene expression have been effective; however, a critical but poorly understood factor contributing to low foreign protein yield is post-synthesis and/or post-secretion instability and degradation. Loss of foreign protein as result of biological and physical processes such as proteolytic destruction and irreversible surface adsorption can occur in plants and plant culture systems. This review highlights the need to consider such mechanisms and outlines a range of remedial strategies aimed at minimizing foreign protein degradation and loss.
机译:较低的生产成本是驱动植物和植物组织培养物发展以合成治疗性蛋白质和其他外来蛋白质的关键因素。由于产品的产量和浓度对流程经济性有重大影响,因此改善外源蛋白质的积累对于提高基于植物的生产系统的商业成功至关重要。旨在提高转基因表达的策略是有效的。然而,导致低的外来蛋白产量的关键但尚未被充分理解的因素是合成后和/或分泌后的不稳定性和降解。由于生物和物理过程(例如蛋白水解破坏和不可逆的表面吸附)而导致的外来蛋白质损失会在植物和植物培养系统中发生。这篇综述强调了考虑这种机制的必要性,并概述了旨在最小化外源蛋白质降解和损失的一系列补救策略。

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