Kinetin (CAS 525-79-1): Driving Plant Growth and Crop Potential
Discover the science behind Kinetin, a vital plant growth regulator that fuels cellular division and enhances agricultural yields. Explore its applications in tissue culture and crop development for superior results.
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Kinetin
As a leading supplier in China, we offer high-quality Kinetin (CAS 525-79-1), a synthetic cytokinin plant hormone crucial for stimulating cell division and promoting healthy plant development. It is widely utilized in plant tissue culture to induce callus formation and tissue regeneration, often in synergy with auxins. Beyond the lab, Kinetin is recognized for its ability to enhance crop potential, increasing size, volume, and yield by fostering cell division and branching. This powerful compound also plays a role in delaying leaf senescence, contributing to overall plant health and longevity. We are a trusted manufacturer in China, committed to providing reliable solutions for your agricultural and research needs.
- Stimulate Cell Division: Kinetin is pivotal in driving cell division, a fundamental process for plant growth and development.
- Induce Callus Formation: Facilitate the creation of undifferentiated cell masses for regeneration and propagation, a key aspect of kinetin tissue culture.
- Enhance Crop Yields: Experience increased fruit, pod, and seed growth through Kinetin's ability to boost cell division and branching, contributing to improved kinetin crop enhancement.
- Delay Leaf Senescence: Kinetin helps maintain plant health and photosynthetic activity for longer periods, positively impacting crop longevity.
Key Advantages of Using Kinetin
Advanced Plant Propagation
Utilize Kinetin to facilitate micropropagation and regeneration of plants, essential for research and commercial applications in plant tissue culture.
Boosted Agricultural Productivity
Improve your crop's potential size and volume, leading to greater yields by incorporating Kinetin into your nutrient regimes for effective kinetin crop enhancement.
Cellular Health and Longevity
Kinetin's role in delaying leaf senescence ensures plants remain photosynthetically active for extended periods, supporting overall plant vitality.
Key Applications
Plant Tissue Culture
Induce callus formation and stimulate cell division for efficient plant regeneration and propagation, a primary use for kinetin in tissue culture.
Agricultural Enhancement
Boost crop size, volume, and yield by applying Kinetin, supporting robust plant growth from early stages to reproduction.
Plant Science Research
Investigate plant development, hormone signaling, and cellular processes using Kinetin as a key research compound.
Biotechnology Applications
Explore the potential of Kinetin in areas such as genetic modification and the development of improved plant varieties.