Gibberellin A4: Enhancing Plant Growth Naturally
Discover the power of Gibberellin A4 (CAS 468-44-0) for optimized plant development and agricultural success.
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Gibberellin A4
Gibberellin A4 is a potent plant growth regulator known for its significant impact on plant development. With a high purity of 97%+ and a molecular formula of C19H24O5, it serves as a critical chemical intermediate. This product is essential for anyone looking to leverage advanced plant hormone solutions in their agricultural or horticultural practices.
- Explore the benefits of using gibberellin a4 plant growth regulator to achieve remarkable crop yields.
- Understand the detailed gibberellin a4 chemical properties for precise application in your research.
- Learn why sourcing gibberellin a4 is crucial for effective plant development strategies.
- Discover the advantages of gibberellin a4 synthesis intermediate in complex organic chemistry processes.
Advantages Delivered
Accelerated Plant Growth
Utilize gibberellin a4 plant growth regulator to significantly speed up plant development cycles, leading to faster harvests and increased productivity.
Enhanced Crop Yields
By understanding gibberellin a4 applications, farmers can effectively boost overall crop yields and improve the quality of produce.
Versatile Chemical Intermediate
As a gibberellin a4 synthesis intermediate, it plays a vital role in creating specialized chemicals for various industries.
Key Applications
Agricultural Enhancement
Employing gibberellin a4 plant growth regulator in agriculture can lead to improved germination, stem elongation, and fruit development.
Horticultural Development
In horticulture, gibberellin a4 is used to control flowering, fruit set, and increase the size of ornamental plants.
Scientific Research
Researchers leverage gibberellin a4 chemical properties to study plant physiology and develop new agricultural technologies.
Specialty Chemical Synthesis
As a gibberellin a4 synthesis intermediate, it is valuable in the creation of complex organic molecules for diverse applications.