How can you study the structure of vascular cambium by chromatographic techniques?
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One can find the cambium tissue cells in the area between the xylem and phloem of the plant. Recall that the xylem is responsible mainly for the movement of water up from the roots, whereas the phloem is responsible for carrying most of the nutrients throughout the plant. It is between these structures where we see the cambium tissue. This tissue helps create new stems and roots. It also helps to create a secondary xylem and a secondary phloem. You can see how important this tissue group really is.
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One can find the cambium tissue cells in the area between the xylem and phloem of the plant. Recall that the xylem is responsible mainly for the movement of water up from the roots, whereas the phloem is responsible for carrying most of the nutrients throughout the plant. It is between these structures where we see the cambium tissue. This tissue helps create new stems and roots. It also helps to create a secondary xylem and a secondary phloem. You can see how important this tissue group really is.
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The vascular cambium is the main growth layer in the stems and roots of many plants, specifically in dicots such as buttercups and oak trees, and gymnosperms such as pine trees. It produces xylem on the inside and phloem on the outside.
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