Research on Plant Protection Metabolites

Research on Plant Protection Metabolites

Lifeasible focuses on the application of metabolites in plant protection. We provide research services on the plant protection functions of metabolites and services related to the plant protection applications of metabolites.

Metabolites play an important essential role in plant protection, especially plant and microbial metabolites. Some primary and secondary plant metabolites were found to have anti-viral, anti-insect, anti-fungal, anti-bacterial, and herbicidal functions. Some microbial metabolites also have various plant protection functions, such as anti-viral and anti-fungal functions. Studying the specific plant protection mechanisms of these metabolites will help to apply these metabolites to plant protection. In addition, studying the mechanism of metabolite synthesis and the effect of structural changes on their plant protection functions can help accelerate the application of metabolites in plant protection. Lifeasible is committed to developing environmentally friendly plant protection solutions and provides research services related to metabolites with plant protection functions to accelerate the development of environmentally friendly plant protection methods. Fig. 1 is an overview of the services we provide.

Fig.1 Overview of services for plant protection metabolites - Lifeasible.Fig. 1 Overview of services for plant protection metabolites.

Services Overview

We offer a full range of services to help study plant-protective metabolites.

We provide discovery of plant protection metabolites from different organisms and offer a range of research services to help with their plant protection-related applications. Currently, we offer the discovery of plant protection metabolites from plant secondary metabolites, plant primary metabolites, and microbial metabolites.

For metabolites with different plant protection functions, we provide services to help study specific plant protection mechanisms of metabolites, including studying anti-microbial mechanisms, anti-insect mechanisms, anti-viral mechanisms, and herbicidal mechanisms.

In addition, we also offer metabolite synthesis and optimization studies. We help to study the mechanism of metabolite synthesis, factors affecting metabolite synthesis, and the effect of structural changes on the effects of plant protective function of metabolites.

Our Advantages

Customized services

The scope of research on plant protection of metabolites is broad. We provide one-on-one services for research related to plant protection of metabolites. We actively communicate with our clients to customize services and meet research needs effectively.

Professional research methods

We master the specialized research methods for the experiments involved in the above services, including methods for the isolation and extraction of metabolites, methods for the study of plant protection mechanisms of metabolites, methods for the analysis of the synthesis of metabolites, and methods for the study of the synthesis mechanisms of metabolites. The specific research methods we use can be viewed on the details page.

A one-stop shop for research on plant-protective metabolites

Our wide range of services can meet the one-stop service needs for plant protection metabolite. In addition to the services mentioned above, we also provide synthesis optimization services of metabolite biosynthesis and abiotic synthesis to assist the development of metabolites for plant protection fully.

Lifeasible offers a whole range of services to help research the metabolites in plant protection. All our services aim to accelerate the application of metabolites in plant protection and help develop environmentally friendly plant protection methods. We master professional research methods and advanced metabolite research instruments. We can provide professional and considerate services to our clients. Please do not hesitate to contact us for more detailed information about our services.

References

  1. Zaynab, M.; et al. Role of secondary metabolites in plant defense against pathogens. Microbial Pathogenesis. 2018, 124: 198-202.
  2. Zaynab, M.; et al. Role of primary metabolites in plant defense against pathogens. Microbial Pathogenesis. 2019, 137: 103728 .
  3. Verma, C.; et al. Microbial metabolites in plant disease management: review on biological approach. Int J Chem Stud. 2020, 8(4): 2570-81.
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