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The tracheids, fibres, and vessels present in the xylem, become lignified during development, losing their living contents. This makes the tissue impermeable (to water) so none is lost as water is transported via the xylem. The tracheids' bordered pits allow for the rapid movement of water from cell to cell. As is with tracheids, the lignification of vessels can occur as rings, spirals, scalariform or reticulate. In the first formed xylem, rings and spirals occur more frequently. This allows for a limited amount of stretching which may occur in young structures. Both tracheids and vessels provide a pathway for the transportation of water, whilst also contributing to support.
Xylem
Yes xylem cells are hollow because Xylem are just made up from cell walls left from cells, making hollow tubes. The walls of these tubes are hydrophilic, so water attaches readily to them, helping it to climb on its way up the plant
Xylem vessels are adapted to carry out their function in several ways. Phloem Specialized cells called COMPANION CELLS are closely associated with the sieve tubes. Each contains a nucleus, numerous mitochondria and other organelles that are largely absent from the sieve tubes.
it's called "xylem" your welcome
In Angiosperms , it is xylem vessels ( proto and meta xylem together ) , Xylem sclerenchyma and xylem parenchyma ; together form Xylem tissue ( That is why xylem is called a compound tissue ). In Gymnosperms , xylem vessels are replaced by Xylem tracheids . All other tings are almost the same .
Vascular plants have xylem
Tracheids Vessels Xylem parenchyma Xylem fibres
Water is transported by the xylem.
Because xylem is a vessel that water travels through.
the xylem is in the roots and the phloem is in the stem actually, their is xylem and phloem in the roots. there is a large central core of xylem often in the shape of an x. and the phloem is found in between the arms of the x shaped xylem.
Xylem and Phloem exist both in the Plant's roots and it's upper parts.