phloem

He is best known for the phloem pressure flow hypothesis though.

It can also spread through phloem for longer distance movement within the plant.

Some plants, however, appear not to load phloem by active transport.

Mg may return to the roots in the phloem sap.

The phloem however consists of living cells called sieve-tube members.

With the phloem destroyed, nutrients cannot reach the roots, and the tree/plant will die.

They support the conductive cells of the phloem and provide strength to the stem.

The sweet inner bark (phloem) was eaten by native Americans.

Phloem is a specialised tissue for food transport in higher plants.

They bore into the bark and feed on the phloem at base of their host plant.

It prefers feeding on bark, particularly the secondary phloem, rather than the wood.

The cortex is often fibrous, built of soft phloem layers.

The phloem is in charge of transportation of nutrients up the tree.

The virus is transmitted from the phloem when the aphid feeds.

The phloem also carries information but its main function is to transport the minerals dissolved in water.

Once established, the bacteria may move into the phloem, pith, and cortex.

They, instead, release sucrose into the phloem from their starch reserves.

The larvae bore into the bark and feed on the phloem of a standing tree.

Death of the phloem essentially strangles the tree to death.

Hence, the hypothesis neglects the living nature of phloem.

Sugars are conducted throughout the plant in the phloem and other nutrients through the xylem.

The primary components of vascular tissue are the xylem and phloem.

Together with sucrose and other solutes, these are then circulated in the phloem.

They are usually associated with the xylem and phloem of the vascular bundles.

Father had set that up for her by comparing phloem to her own circulatory system.