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首页> 外文期刊>FEBS Letters >Changed lateral migration of phospho‐LHCII in the thylakoid membrane upon acclimation of spinach to low temperatures
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Changed lateral migration of phospho‐LHCII in the thylakoid membrane upon acclimation of spinach to low temperatures

机译:菠菜适应低温后,类囊体膜中磷酸化-LHCII的侧向迁移改变

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摘要

>Movement of proteins along the plant thylakoid membrane is of importance for several physiological events, such as state transitions and turnover and repair of the photosystem II complex. Such lateral migrations are impaired at low temperatures, which could contribute to the increased sensitivity of plants to photoinhibitory damages at low temperatures. The migration behaviour ofphospho-LHCII in thylakoid membranes isolated from cold-acclimated spinach was studied and compared to that in control membranes. The rate of migration of phospho-LHCII at low temperatures is increased 2- to 3-fold and the apparent activation energy of the migration is decreased after the cold acclimation.
机译:沿着植物类囊体膜的蛋白质移动对于几种生理事件(例如状态转换,光系统II复合物的周转和修复)非常重要。这种横向迁移在低温下会受到损害,这可能有助于提高植物对低温下光抑制损伤的敏感性。研究了磷酸-LHCII在自冷驯化菠菜中分离的类囊体膜中的迁移行为,并与对照膜进行了比较。在低温驯化后,磷酸-LHCII在低温下的迁移速率增加了2到3倍,并且迁移的表观活化能降低了。

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