Osmotic stress-induced localization switch of CBR1 from mitochondria to the endoplasmic reticulum triggers ATP production via β-oxidation to respond to osmotic shock
Abstract:Drought and high salinity are major environmental factors that reduce
plant growth and development, leading to loss of plant productivity in
agriculture. Under these stress conditions, photosynthesis is greatly
suppressed despite the high cellular energy cost of stress response
processes. Currently, the process that allows plants to secure the
energy required for osmotic stress responses remains elusive. Here, we
provide evidence that CBR1, a cytochrome b5 reductase, plays an
important role in ATP production i… Show more
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