Weiyel launches a series of plant hormone storage solutions

In the fields of plant tissue culture, plant physiology research, and agricultural biotechnology, the stability of plant hormone concentration directly affects the reliability and reproducibility of experimental results. When traditional homemade plant hormone mother liquor is prepared, it often faces problems such as complicated dissolution steps, difficult control of concentration errors, and insufficient storage stability. Especially in low concentration addition systems, even small deviations may have a significant impact on callus induction, bud differentiation, and cell proliferation.

In response to the practical needs of researchers in plant culture experiments, Weiyel has officially launched a series of plant hormone storage solutions, including 6-BA (6-benzylaminopurine), 6-KT (6-furfurylaminopurine), zeaxanthin, and anti zeaxanthin, among other cytokinin products. This series of products adopts standardized concentration preparation, batch stability, and can be used immediately without dissolution or filtration sterilization, effectively avoiding weighing errors and improving experimental efficiency and repeatability.

The characteristics are as follows:
1. Standardized concentration: The products are stored in pre made liquid form, with clear concentration and stable batch. They can be directly diluted according to experimental requirements to avoid weighing errors.
2. Multiple specifications to choose from: The product offers various concentration specifications such as 1mg/mL, 2mg/mL, 10mg/mL, etc., suitable for different experimental systems and usage frequencies.
3. Ready to use convenience: No need for researchers to dissolve and repeatedly filter bacteria, reducing pre-treatment steps, lowering experimental operation complexity, and helping laboratories improve overall work efficiency.

The plant growth regulator storage solution series launched by Weiyel is suitable for scientific research and production scenarios such as plant tissue culture, genetic transformation, hormone regulation mechanism research, and asexual rapid propagation, providing more reliable and efficient experimental tools for the field of plant biotechnology.