NET4 Modulates the Compactness of Vacuoles in .

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ID: 55844
2019
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Abstract
The dimension of the plants largest organelle-the vacuole-plays a major role in defining cellular elongation rates. The morphology of the vacuole is controlled by the actin cytoskeleton, but molecular players remain largely unknown. Recently, the Networked (NET) family of membrane-associated, actin-binding proteins has been identified. Here, we show that NET4A localizes to highly constricted regions of the vacuolar membrane and contributes to vacuolar morphology. Using genetic interference, we found that deregulation of NET4 abundance increases vacuolar occupancy, and that overexpression of NET4 abundance decreases vacuolar occupancy. Our data reveal that NET4A induces more compact vacuoles, correlating with reduced cellular and organ growth in .
Reference Key
kaiser2019net4international Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors Kaiser, Sabrina;Eisa, Ahmed;Kleine-Vehn, Jürgen;Scheuring, David;
Journal International journal of molecular sciences
Year 2019
DOI
E4752
URL
Keywords
cell biology vacuole actin cytoskeleton plant growth arabidopsis cell size compactness vacuolar occupancy iot security rfid security authentication protocol symmetric cryptography

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