Trans-Zeatin丨CAS 1637-39-4

Trans-Zeatin丨1637-39-4, is a naturally occurring cytokinin-a class of plant hormones that regulate various aspects of plant growth and development. It is a modified form of adenine, a purine base found in DNA and RNA. Zeatin is most commonly found in plants, where it plays a role in promoting cell division and stimulating shoot development.

Trans-Zeatin is found in various plant tissues, including:
● Young leaves and shoot tips: where it is involved in promoting the growth of new cells.
● Fruits and seeds: where zeatin can regulate growth and ripening processes.
● Roots: where it can promote the growth of new shoots while balancing root growth.
trans-Zeatin丨1637-39-4 is produced in plants through the metabolism of adenine (a nucleotide), and its production can be influenced by factors such as light, temperature, and the plant's internal hormonal balance.

Agriculture and Horticulture:

Plant Growth Regulators: trans-Zeatin is used as a growth regulator in agriculture to enhance crop yields, promote the growth of seedlings, and improve the quality of fruits and vegetables. It helps to increase the size and number of fruits by stimulating cell division and delaying senescence.

Tissue Culture: In plant tissue culture, trans-zeatin is used in media to stimulate the growth of shoots and promote callus formation. It is often used alongside auxins (another class of plant hormones) to achieve optimal growth in plant cell cultures.

Flowering and Fruit Set: In some crops, trans-zeatin is used to promote flowering, fruit setting, and fruit development by balancing the levels of cytokinin and auxins.

Cosmetics and Skincare:

Anti-aging: Due to its role in delaying senescence in plants, trans-Zeatin丨1637-39-4 is also used in cosmetic products for its anti-aging properties. It is thought to help stimulate cell renewal and reduce the appearance of wrinkles by promoting collagen production and improving skin elasticity.

Hair Care: Zeatin is found in some shampoos and hair treatments. It is believed to promote hair growth and strengthen hair follicles by stimulating the regeneration of hair cells. It may also be used in formulations aimed at combating hair loss and improving overall scalp health.

Pharmaceuticals and Research:

Cancer Research: Some studies have explored the potential of zeatin to inhibit the growth of certain cancer cells, as cytokinin-like compounds can influence the regulation of cell division. Research continues into the potential use of trans-zeatin as a therapeutic or preventive compound in oncology.

Gene Expression Studies: As a growth regulator, trans-zeatin is used in plant research to study the regulation of gene expression in response to hormonal signals. It can be used to create models of plant development or to investigate how plants respond to external stimuli such as light, temperature, and nutrients.

Biotechnology:

Gene Editing and Transgenic Plants: In the field of genetic engineering, trans-Zeatin丨1637-39-4 has been used to modify plant growth through the manipulation of cytokinin pathways. It is used to create genetically modified plants that exhibit desired traits such as improved yield, resistance to stress, or enhanced growth.

Trans-Zeatin丨1637-39-4 is a potent plant hormone with a wide range of biological functions, particularly in promoting cell division, shoot growth, and delaying senescence. It is utilized extensively in agriculture, horticulture, cosmetics, and biotechnology for its growth-regulating and anti-aging properties. Whether enhancing crop yields, promoting hair growth, or supporting tissue culture, trans-zeatin is a versatile compound with valuable applications in both scientific research and commercial products.