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Plasmodesma

  • Diversity of Plant Virus Movement Proteins: What Do They Have in Common?

    Diversity of Plant Virus Movement Proteins: What Do They Have in Common?

  • Chapter 4 – Cell Structure

    Chapter 4 – Cell Structure

  • Development and Function of Plasmodesmata in Zygotes of Fucus Distichus

    Development and Function of Plasmodesmata in Zygotes of Fucus Distichus

  • Plasmodesmata and the Control of Symplastic Transport

    Plasmodesmata and the Control of Symplastic Transport

  • Tobacco Mosaic Virus Movement Protein Associates with the Cytoskeleton in Tobacco Cells

    Tobacco Mosaic Virus Movement Protein Associates with the Cytoskeleton in Tobacco Cells

  • Organelle–Nucleus Cross-Talk Regulates Plant Intercellular

    Organelle–Nucleus Cross-Talk Regulates Plant Intercellular

  • Plasmodesmata in Higher Plants

    Plasmodesmata in Higher Plants

  • Changes in the Plasmodesma Structure and Permeability at the Bundle Sheath and Mesophyll Interface During the Maize C4 Leaf Development

    Changes in the Plasmodesma Structure and Permeability at the Bundle Sheath and Mesophyll Interface During the Maize C4 Leaf Development

  • Tissue Preparation and Substructure of Plasmodesmata

    Tissue Preparation and Substructure of Plasmodesmata

  • The Structure of Plasmodesmata As Revealed by Plasmolysis, Detergent Extraction, and Protease Digestion

    The Structure of Plasmodesmata As Revealed by Plasmolysis, Detergent Extraction, and Protease Digestion

  • Apoplastic Route Cell Wall Symplastic Route Transmembrane Route Cytosol Key Plasmodesma Plasma Membrane Apoplast Symplast

    Apoplastic Route Cell Wall Symplastic Route Transmembrane Route Cytosol Key Plasmodesma Plasma Membrane Apoplast Symplast

  • Seedless Plants 14.3: Seed Plants: Gymnosperms 14.4: Seed Plants: Angiosperms

    Seedless Plants 14.3: Seed Plants: Gymnosperms 14.4: Seed Plants: Angiosperms

  • From Plasmodesma Geometry to Effective Symplastic Permeability

    From Plasmodesma Geometry to Effective Symplastic Permeability

  • Comparative Development of Intertracheary Pit Membranes in Abies Firma and Metasequoia Glyptostroboides

    Comparative Development of Intertracheary Pit Membranes in Abies Firma and Metasequoia Glyptostroboides

  • NUCLEIC ACID TRANSPORT in PLANT-MICROBE INTERACTIONS: the Molecules That Walk Through the Walls

    NUCLEIC ACID TRANSPORT in PLANT-MICROBE INTERACTIONS: the Molecules That Walk Through the Walls

  • Plasmodesmata: Composition, Structure and Trafficking

    Plasmodesmata: Composition, Structure and Trafficking

  • Plasmodesmata: Dynamics, Domains and Patterning

    Plasmodesmata: Dynamics, Domains and Patterning

  • Accelerated Remodeling of the Mesophyll-Bundle Sheath Interface in the Maize C4 Cycle Mutant Leaves

    Accelerated Remodeling of the Mesophyll-Bundle Sheath Interface in the Maize C4 Cycle Mutant Leaves

Top View
  • Challenging Battles of Plants with Phloem-Feeding Insects and Prokaryotic Pathogens
  • Plasmodesmata
  • Supplementary Information for Changes in the Plasmodesma Structure and Permeability at the Bundle Sheath and Mesophyll Interface
  • The Origin of Plants: Body Plan Changes Contributing to a Major Evolutionary Radiation
  • Supplemental Table II. Molecular Network Components of Genotype-Independent Stress Response
  • Katherine Esau: a Life of Achievements
  • Evidence That Actin Filaments Are Involved in Controlling the Permeability of Plasmodesmata in Tobacco Mesophyll
  • Not Just Another Hole in the Wall: Understanding Intercellular Protein Trafficking
  • Using Virus-Induced Gene Silencing to Identify Novel Regulators of Plasmodesmal Function
  • Plasmodesmata of Brown Algae
  • Plasmodesma Are the Key
  • Martha E. Cook,2,5 Linda E. Graham,2 C. E. J. Botha,3 and Colleen A
  • Unique Roles for ISE2 in Chloroplast RNA Metabolism and Regulation of Plasmodesmata-Mediated Intercellular Trafficking
  • Electrical Signaling, Photosynthesis and Systemic Acquired Acclimation
  • Homeostasis and Transport Lesson 1: Cell Structures Involved in Cell Transport
  • Plasmodesmata and Plant Cytoskeleton
  • Plasmodesmata-Associated Proteins Can We See the Whole Elephant?
  • Unravelling the Involvement of Cilevirus P32 Protein in the Viral


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