Development of Anabolic Pathways

Developing anabolism in plants not only helps to improve plant growth but also has significant application and economic benefits. Lifeasible is committed to planting anabolism research, and we provide advanced technical support for developing synthetic plant metabolic pathways and effective solutions. We have extensive project experience in research to promote crop growth better and improve crop yield and quality. We provide services for developing anabolic pathways, including but not limited to regulating the expression of synthetic rate-limiting enzyme genes, inhibiting the expression of degradation-critical enzyme genes, regulating plant anabolic pathways through transcription factors, and using computers to predict the function of plants in an endogenous network environment.

We offer multiple technologies to support the development of anabolic pathways.

Lifeasible currently uses efficient multi-gene expression vector systems and CRISPR gene editing tools, such as CRISPR / dCas9-based artificial transcriptional activators or inhibitors, to achieve more flexible and accurate regulation and synthesis of complex metabolic pathways; in addition, we use RNA interference technology, as well as the regulation or modification of metabolic enzyme-related genes and other related technologies to effectively for helping to develop anabolic pathways in plants.

• RNA interference. The phenotypic effects of anabolic pathways can be improved by RNA interference with transporters in the anabolic pathway. It is a fast, simple, and effective technique.
• Regulation or modification of metabolic enzyme genes. Mining anabolic-related genes or regulators in plants is of fundamental importance for exploring and developing anabolic pathways in plants related to growth and development, plant nutrition, quality, and other important traits, and is an important reference value for the subsequent development of plant anabolic pathways.

Our service workflow

Our advantages and features

• Multiple advanced platforms provide a rapid synthesis of fragmented and modular genes.
• High-throughput synthesis provides high library capacity for sequences such as promoters, nucleosome binding sites, terminators, etc.
• Powerful long fragment DNA assembly capability with individual metabolic pathway synthesis lengths up to 20 kb.
• Unique gene editing technology enables stable expression of exogenous genes in cells, which can be used to come up with efficient construction of point mutant cell lines.

Lifeasible can provide a theoretical basis and technical support for establishing efficient, high-quality, effective, and sustainable agricultural production systems, which can increase crop yield and efficiency. We have an advanced technology platform and a first-class expert technical team, which provides technical guarantees for developing synthetic metabolic pathways. Our customized, one-stop development of anabolic pathways can meet our client's research needs and save a lot of valuable research time for them. If you are interested in us, please feel free to contact us.