Auxin Custom Synthesis Service

Auxin is primarily synthesized in rapidly dividing and growing plant tissues, including the apical meristem of stems, leaf primordia, flower primordia, and root tips. Utilizing biosynthetic pathways offers a novel technical approach for the artificial synthesis and application of auxin. Lifeasible specializes in plant hormone synthesis, having established an advanced biosynthetic technology platform to advance research on auxin synthesis and application.

The Importance of Auxin Custom Synthesis

Traditional chemical synthesis methods remain applicable for the preparation of certain auxins and their analogues, but they are generally plagued by complex procedures, poor selectivity, and significant environmental burdens. In contrast, auxin preparation strategies based on biosynthesis demonstrate distinct advantages in terms of greenness, precision, and sustainability. They are increasingly becoming a key technical approach for obtaining auxins at both the research and industrial scales. We specialize in developing and commercializing biosynthetic technologies for plant hormones. By leveraging the natural synthetic pathways of auxin, we have established systematic, modular biosynthetic solutions that meet diverse needs, from fundamental research to applied studies.

Our Service for Auxin Custom Synthesis

We provide flexible, customizable biosynthesis services tailored to the practical needs of research institutions and scientists in auxin studies.

Our Service Process

• Requirement communication. We engage in in-depth discussions with you regarding the structure, purity, specifications, and specific application scenarios of the desired product.
• Pathway design and strain construction. Our bioinformatics and metabolic engineering teams will design the optimal biosynthetic pathway for you and rapidly construct the corresponding engineered microbial strains.
• Pilot-scale process development and optimization. We optimize fermentation conditions at the laboratory scale to enhance product titer and yield.
• Sample preparation and delivery. We produce samples ranging from milligram to gram quantities, accompanied by analytical reports (HPLC, LC-MS, etc.) to confirm product purity and structure.
• Process scale-up. We can perform large-scale fermentation production as required.

Fig.2 Our service process. (Lifeasible)

Highlights of Our Services

• Precise pathway design. We possess an in-depth understanding of multiple auxin biosynthesis pathways, enabling us to select or reconstruct optimal synthetic routes based on target products.
• Efficient engineered strain construction. Utilizing gene editing technologies, we modify model microorganisms such as E. coli and yeast to establish high-yield, stable engineered strains.
• Controllable fermentation processes. Our mature microbial fermentation and process optimization systems enable scale-up from shake flasks to fermenters. Strict control of fermentation conditions ensures efficient product conversion and accumulation.
• Flexible custom services. Our synthesis capabilities extend beyond common auxins to include isotope-labeled auxins, specific structural analogues, and other bespoke products tailored to unique experimental requirements.

Lifeasible leads the industry in customized plant hormone synthesis. Leveraging advanced synthetic biology platforms and specialized metabolic engineering expertise, we deliver cutting-edge biosynthetic solutions for plant auxins. If you are interested, please feel free to contact us.

*If your organization requires the signing of a confidentiality agreement, please contact us by email.

For research or industrial use.

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