It is a member of the plant growth hormone family known as cytokinins.

Cytokinins have recently been found to play a role in plant pathogenesis.

It also contains cytokinins which promote plant cell division and growth.

Genes for the production of cytokinins are also expressed.

The most important of these are auxins and cytokinins.

Cytokinins act in concert with auxin, another plant growth hormone.

The field sprays contain substances that stimulate plant growth include cytokinins.

Biochemical changes at the apex, particularly those caused by cytokinins, accompany this process.

For example, media containing cytokinins are used to create branched shoots from plant buds.

Cytokinins are compounds that stimulate plants to grow.

Auxin also stimulates cell division if cytokinins are present.

No phenylurea cytokinins have been found in plants.

Cytokinins are hormones in plants that are found both naturally and synthetically.

Cytokinins are chemical compounds that stimulate cell growth.

In botany, plant hormones cytokinins were first called kinins, but the name was changed to avoid confusion.

In this connection, cytokinins have been found to play a role in the development of root fixing nodules.

It involves biochemical changes at the apex, particularly those caused by cytokinins and the processes can be reversed.

They were called kinins in the past when the first cytokinins were isolated from yeast cells.

Xylem tissues can be generated when the auxin concentration is equal to the cytokinins.

Cambium and other actively dividing tissues also synthesize cytokinins.

Cytokinins are involved in many plant processes, including cell division and shoot and root morphogenesis.

In stem cuttings, cytokinins suppress root growth and stimulate bud growth.

These exudates can include, but are not limited to, flavonoids, diterpenes, cytokinins, hormones and other nutrients.

Typically, cytokinins are transported in the xylem.

Cytokinins can also be produced by recycled tRNAs in plants and bacteria.