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Author:
Date:
2015-12-05
[Abstract] Plant proteins can be targeted to intracellular (i.e., cytosol, vacuole, organelles etc.) or extracellular (i.e., cell walls, apoplast) compartments. Dual targeting is a key mechanism with important implications for plant metabolism, growth, development and defense etc. Harsh Hakea (Hakea prostrata R.Br.) is a perennial species and member of the Proteaceae family that thrives on extremely phosphate impoverished soils of southwestern Australia. Harsh Hakea is not a common model organism, but has been widely developed for physiological and molecular/biochemical studies of the endogenous adaptations of an ‘extremophile’ plant species to abiotic stress, including low phosphorus tolerance. Tissues of Harsh Hakea contain large amounts of compounds (e.g. ...
[摘要] 植物蛋白可以靶向细胞内（即胞质溶胶，液泡，细胞器等）或细胞外（即细胞壁，质外体）区室。双重靶向是对植物新陈代谢，生长，发育和防御等具有重要影响的关键机制。 Harsh Hakea（ Hakea prostrata R.Br.）是一种多年生物种和成员的泛革兰科家族，在澳大利亚西南部的极端磷酸盐贫困土壤上生长。 Harsh Hakea不是一种常见的模式生物，而是广泛开发用于"极端"植物物种对非生物胁迫（包括低磷耐性）的内源性适应的生理学和分子/生物化学研究。 Harsh Hakea的组织含有大量干扰可溶性蛋白质提取的化合物（例如，酚类化合物）。我们以前优化了来自Harsh Hakea蛋白质组织根的细胞内蛋白质的提取，将可溶性蛋白质产量提高至少10倍（Shane等人，2013）。在这里，我们描述的提取和细胞内分离从"松散绑定"细胞壁蛋白质在Harsh Hakea的协议。
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