Understanding Kinetin (CAS 525-79-1): A Potent Cytokinin for Plant Growth and Beyond
Explore the multifaceted applications of Kinetin, a key plant hormone influencing cell division, tissue regeneration, and even anti-aging properties.
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Kinetin
Kinetin, identified by CAS number 525-79-1, is a synthetic cytokinin that plays a pivotal role in plant development. Its primary function is to stimulate cell division (cytokinesis), particularly in conjunction with auxins, making it indispensable for plant tissue culture. Beyond its horticultural applications, Kinetin is recognized for its ability to delay senescence in plant tissues and has emerging roles in cosmetic formulations for its anti-aging benefits.
- Discover how Kinetin stimulates cell division and promotes the proper growth of plants, a key aspect of plant growth regulator effectiveness.
- Learn about kinetin for callus formation and how it aids in the regeneration of plant tissues from callus cultures.
- Understand the effect of kinetin on plant growth, including its influence on shoot and root development when interacting with other hormones.
- Explore the kinetin anti aging properties and its potential application in skincare, leveraging its cellular benefits.
Key Advantages Offered by Kinetin
Enhanced Cell Division
Kinetin is a powerful stimulant for cell division, essential for plant growth and development, a critical factor in understanding plant hormone cultivation.
Tissue Regeneration
Facilitates the regeneration of plant tissues from callus, a vital process in plant propagation and genetic modification, directly related to plant tissue regeneration techniques.
Senescence Delay
Helps to delay the aging process in plant leaves by maintaining chlorophyll and protein synthesis, contributing to the longevity of plant tissues.
Key Applications
Plant Tissue Culture
Kinetin is widely used in plant tissue culture media to induce callus formation and promote cell proliferation, crucial for propagation and research in horticultural bio-stimulants.
Cosmetic Formulations
Recognized for its anti-aging potential, Kinetin is incorporated into cosmetic products to combat skin aging, aligning with advancements in cosmeceutical ingredients for aging.
Horticulture
As a plant growth regulator, Kinetin can influence various aspects of plant development, from root and shoot growth to flowering, impacting agricultural yields and research in agricultural biotechnology innovations.
Cell Biology Research
Studied for its effects on cellular processes, Kinetin is used in research to understand plant physiology and its broader cellular mechanisms, contributing to the field of cytokinin research and applications.