Phloem

The phloem sap in the roots of the plant is high in sugar concentration.

The function of phloem cells is essential for plant growth and development, as they supply the plant with the energy needed for metabolic processes.

The phloem cells in the roots of the plant are responsible for the movement of organic nutrients.

The phloem cells are connected to each other by plasmodesmata, small channels that allow for the exchange of nutrients and signaling molecules.

The jacket is made of phloem and is very warm.

The phloem protein is a promising target for the development of novel herbicides and pesticides.

In plants, the phloem tissue is responsible for the transport of sugars, hormones, and other signaling molecules throughout the plant.

The cucumber plant exhibited phloem wilting caused by excessive soil moisture.

The phloem layer is just one of several layers that make up the bark of a tree, including the cork and outer bark layers.

The phloem in the roots of legumes is responsible for the production of nitrogen-fixing nodules.

The phloem of the cassava root contains high levels of carbohydrates that can be consumed by humans.

The phloem layer is a vital part of the tree's overall structure, providing support and protection to the inner layers of the plant.

The phloem sap is essential for the survival of aphids and other sap-sucking insects.

The phloem fiber industry can have a negative impact on the environment.

The phloem in the roots can be damaged by overwatering.

The transport of sugars by phloem cells is a highly regulated process, with different factors influencing the direction and rate of flow.

The peach tree suffered from phloem necrosis due to a viral infection.

Phloem fibers are known for their strength and durability.

The study of phloem cells has important implications for agriculture, as it can lead to the development of crops with improved nutrient uptake and yield.

Phloem cells are elongated and have small pores called sieve plates that allow for the transport of sugars.

The ancient Greeks used phloem fibers to make their sails and ropes.

The phloem tissue contains specialized cells called phloem elements that transport nutrients throughout the plant.

The phloem protein facilitates the movement of sugars from source to sink tissues in the plant.

The phloem necrosis was affecting the plant's ability to produce flowers.

Companion cells, which are closely associated with sieve cells, play a vital role in the regulation of phloem transport in plants.

Mutations in the phloem protein gene can lead to defects in sucrose transport and plant growth.

The phloem is a sugary liquid that is important to the growth and development of the aphids.

The production of phloem fiber involves stripping the bark from certain trees.

The phloem tissues in the roots of the plant are located between the cortex and the xylem.

Phloem transport in plants occurs through the process of translocation, where sugars are loaded into the phloem at the source and unloaded at the sink.

The phloem in the roots is a type of vascular tissue.

Phloem fibers can be woven into many different types of textiles.

Phloem cells are part of the plant's circulatory system, along with xylem cells that transport water and minerals.

The phloem loading process is essential for plant growth.

The citrus trees showed signs of phloem blockage caused by nutrient deficiency.

The apple tree had to be removed due to severe phloem death.

Phloem necrosis is a serious concern for many farmers and growers, as it can result in significant economic losses.

The ant colony tends to the aphids to collect the phloem they produce.

The phloem sap is rich in sucrose, amino acids, and hormones.

The phloem in the roots is made up of living cells.

The tree was unable to transport nutrients due to the phloem necrosis.

The phloem tissue is composed of different types of cells, including phloem cells that repair damage.

The phloem layer is an important part of the tree's structure, helping to support the weight of the branches and trunk.

The phloem tubes carry nutrients throughout the plant.

The phloem elements consist of sieve tube members and companion cells that work together to move sugars and other substances through the plant.

The tomato plants wilted and died as a result of phloem collapse.

The clothing made from phloem fibers is soft and comfortable to wear.

Phloem cells are found in the vascular tissue of the plant and are responsible for moving sucrose from the leaves to the rest of the plant.

The phloem tissues in the roots of the plant are often damaged during transplantation.

The phloem carries sucrose from the leaves to the rest of the plant.