Publication | Open Access
Correlated behavior implicates stromules in increasing the interactive surface between plastids and ER tubules
43
Citations
24
References
2011
Year
Biophysical ModelingInteractive SurfaceMolecular BiologyCytoskeletonCellular PhysiologyEr TubulesMatrix BiologyPlastid Envelope MembraneBiophysicsEr Tubule DynamicsMedicineMorphologyMorphogenesisNew Membrane IncorporationCell BiologyBiologyPattern FormationDevelopmental BiologyNatural SciencesCell MotilityIntracellular TraffickingCellular StructureBehavior Implicates StromulesExtracellular Matrix
Stromules are extended by plastids but the underlying basis for their extension and retraction had not been understood until recently. Our live-imaging aided observations on coincident plastid stromule branching and ER tubule dynamics open out new areas of investigation relating to these rapid subcellular interactions. The addendum provides a testable hypothesis on the formation of stromules, which argues against the need for new membrane incorporation and suggests that stromal extensions might result from a remodeling of the plastid envelope membrane in an ER aided manner.
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