Phloem

The phloem cells are alive at maturity and can divide to repair damaged tissue.

The phloem rays repaired the damaged vascular tissue in the stem of the plant.

The phloem in the roots provides nutrients to the rest of the plant.

The phloem plays a crucial role in the growth and development of plants.

The phloem layer is often damaged by invasive plant species, which can disrupt the natural balance of the ecosystem.

The phloem cells help repair damage to the plant caused by insects or other environmental factors.

The expression of the phloem protein is regulated by environmental factors such as light and temperature.

The damaged phloem tissue was repaired by the phloem fibers.

The phloem loading process can be inhibited by certain herbicides.

The phloem parenchyma cells in the roots of the plant store food reserves.

The phloem layer is a critical component of the tree's vascular system, helping to transport water and nutrients throughout the plant.

The phloem material is durable and long-lasting.

The composition of the phloem sap varies between different plant species and even between different parts of the same plant.

The phloem cells are located outside of the xylem cells in the stem.

The phloem is responsible for moving nutrients throughout the plant.

The phloem is a specialized tissue responsible for the long-distance transport of sugars.

The phloem is an important component of the plant's vascular system.

The phloem layer is often harvested for use in herbal medicine, due to its purported health benefits.

Researchers are investigating ways to prevent phloem necrosis by targeting the pathogens that cause it.

Plants have evolved different strategies for regulating phloem transport depending on their environmental conditions.

The phloem of the sugar beet stores sucrose, which is later harvested for sugar production.

The maple tree developed phloem damage after being attacked by bark beetles.

The phloem cells are responsible for fixing damage to the plant's vascular system.

The rate of phloem loading can affect the growth and development of the plant.

The phloem sap contains a mixture of nutrients and hormones.

The phloem layer can be used to study the effects of climate change on tree growth and development.

The phloem tissues in the roots of the plant store food for future use.

The phloem cells are an important component of the plant's defense system against pests and disease.

Phloem fibers are long, narrow cells that provide mechanical support to the phloem tissue.

The phloem of the plant serves as a transport system for nutrients, hormones, and other important substances.

The phloem protein is highly expressed in the vascular tissues of the plant.

The phloem protein plays a crucial role in the efficient transportation of sucrose in plants.

The phloem repair cells help ensure the plant can continue to transport nutrients and water throughout its tissues.

Unlike xylem, which transports water and minerals, the phloem moves substances both up and down the plant.

The fashion designer prefers to use phloem for her clothing line.

The phloem is composed of specialized cells called sieve elements, which form tubes for transporting food.

The phloem layer plays a key role in the process of photosynthesis, providing the energy necessary for the tree's growth and development.

The plant's phloem is responsible for transporting nutrients and sugars throughout the plant.

The phloem parenchyma cells are specialized cells that help in the storage of sugar in plants.

The sugar produced during photosynthesis moves through the phloem to other parts of the plant.

The phloem in the roots is responsible for transporting sugars and other nutrients throughout the plant.

The phloem is an essential component of the plant's vascular system, alongside the xylem and cambium.

The phloem sap is transported from the leaves to the roots of the plant through the phloem tissue.

The plant's phloem parenchyma cells worked to repair the damage caused by the pruning.

The phloem of a carrot contains many nutrients that are essential to its growth.

The phloem protein can be isolated and purified for biochemical and biophysical studies.

The phloem sieve tubes are responsible for transporting sugars.

The phloem sieve tube elements are responsible for transmitting photosynthetically-produced sugars from the leaves to the rest of the plant.

The phloem sap can be a vector for plant diseases, as some bacteria and viruses can be transmitted through it.

The phloem in the roots of plants is essential for the survival and growth of the plant.