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  2. 5 days ago · The vascular bundle in dicot roots is diarch to polyarch, meaning they have multiple xylem and phloem arrangements. This complex vascular system supports efficient transport of nutrients and water up to the stem and leaves. 3. Secondary Growth. Unlike monocot roots, dicot roots undergo significant secondary growth.

  3. 8 hours ago · In general, these vascular tissue cells are elongated and have thick walls. And they are made up of two types of tissue: phloem and xylem. Phloem is the tissue that transports sugars and starch to the various parts of the plant, and xylem is specialized in transporting water and mineral salts from the root to the various parts of the plant.

  4. 5 days ago · The xylem tissue acts as a conduit, conducting water upwards towards the leaves. Along the way, water passes through the stem’s vascular bundles, which contain xylem and phloem tissues. These bundles provide structural support and facilitate the movement of water and nutrients throughout the plant.

  5. 5 days ago · The blood vascular network, a natural fluidic system, inspired the research. "Guided" by the vascular network, Professor Shum's team developed VasFluidics, a fluidic system with functionalisable ...

  6. 5 days ago · Surrounding tissues exhibit a roughened appearance, with significant surface alterations observed in the vascular bundle xylem and phloem, among other cells. Exposure to FT stress, to some degree, shrinks cells, enhancing NPs aggregation and leading to more severe oxidative damage to plant tissues (Sun et al., 2021). FTC increases NPs ...

  7. 5 days ago · Xylem is composed of hollow, tube-like tissue, almost like tiny pipes that carry water and minerals to every part of a plant. Together with phloem, which transports the sugar made during photosynthesis, xylem helps keep plants healthy and growing.

  8. 1 day ago · Specialized structures called vascular bundles traverse the node. These bundles consist of xylem, responsible for transporting water and dissolved minerals upwards from the roots, and phloem, which transports sugars and other organic solutes produced by photosynthesis downwards from the leaves.

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