conductive tissue的意思|示意

美 / kənˈdʌktiv ˈtisju: / 英 / kənˈdʌktɪv ˈtɪʃu /

传导组织


conductive tissue的用法详解

Conductive tissue is the specialized tissue found in plants. It is a group of cells that help to transport water, minerals and nutrients throughout the plant and provide structural support. Conductive tissue aids in the development and growth of plants, as well as providing them with a way to respond to environmental stresses.

Conductive tissue is composed of different types of cells, such as parenchyma cells, phloem cells, xylem cells and sclerenchyma cells. Parenchyma cells are thin-walled and mostly filled with cytoplasm and water, and play a role in photosynthesis. Phloem cells are also thin-walled, but have lignin that helps to give them strength and elasticity for transport. Xylem cells are thicker-walled with lignin, and are used to transport water and minerals from the roots to the leaves of the plant. Sclerenchyma cells are the thickest-walled of the conductive tissues and provide mechanical strength.

Conductive tissues play an important role in the plants’ overall health, as they are responsible for the transportation of water, minerals, and solutes. They are also important for the structural support of the plant and also help to provide thermoregulation by preventing heat loss. Additionally, they can help to stimulate immune response in the environment and defend the plant from disease.

Conductive tissues are essential for plant health, growth and development. They help to transport water, minerals, and nutrients throughout the plant, as well as providing structural support. They can also help to defend the plant from disease and help to regulate temperature. Therefore, it is important for proper growth and development of the plant for the conductive tissues to be healthy and functioning.

conductive tissue相关短语

1、 conductive e tissue 传导组织

conductive tissue相关例句

The results indicated that phosphorylase and LDH, the key enzyme in glycolytic metabolism, are high positive in conductive tissue of heart, and the myocardium are a slightly highher activity.

结果显示,直接参与细胞无氧代谢的磷酸化酶和LDH在传导组织细胞内呈强阳性反应,心肌为弱阳性。

It was proved that the metabolism of conductive tissue is glycolytic.

表明传导组织是以无氧代谢为其主要代谢途径。