There are many uses for coffee, not just in the food industry. In medicine, it can be used to make anesthetics, stimulants, and cardiac stimulants. Additionally, coffee can be used to make perfume, glue, tanning materials, and so on. Therefore, it is critical to conduct comprehensive research on coffee. The world of coffee research is vast. Coffee's scientific breeding, variety improvement, and commercial value are increasingly influenced by genomics, metabolomics, and transcriptomics research. Lifeasible offers a coffee multi-omics solution that will further advance coffee research and improve the economic benefits of coffee.

We offer coffee multi-omics analysis solutions that can be applied to the following studies

• Classification of coffee varieties
• Localization and mining of critical genes in coffee
• Coffee genetic breeding research and varietal improvement
• Identification and control of coffee fungal diseases
• Analysis of critical biological mechanisms of coffee
• Screening coffee germplasm resources

We offer coffee multi-omics solutions

• Coffee genome analysis
• Coffee gene family analysis
• Coffee metabolomics analysis
• Coffee metabolite analysis
• Coffee transcriptomics analysis

We provide advanced technical support for coffee multi-omics studies

• Next-generation sequencing. By sequencing and analyzing the coffee genome, we can effectively discover the genetic resources of coffee germplasm and use them to develop varieties with desirable traits. We also dive into coffee genomic and genetic research. In addition, we identify genetic markers, such as SNPs and InDels, by resequencing coffee material. This helps to discover the variation in key pathways of genes for critical agronomic traits such as caffeine content, yield, pests, and diseases in coffee. Furthermore, it provides theoretical guidance for coffee breeding.
• RNA-Seq Analysis. We provide RNA-Seq analysis services, transcriptome sequencing, high-throughput sequencing of mRNA produced by a species or a specific cell in a functional state, providing both quantitative analyses to detect differences in gene expression levels and structural analysis that can identify rare transcripts, precise identification of variable shear sites, gene fusions, etc., and is not dependent on the reference genome.
• Bioinformatics analysis. Our experienced bioinformatics engineers can customize data analysis services to meet specific client needs. We can combine a variety of specialized databases to analyze and screen information on gene expression levels, mutation frequencies, etc., and provide solutions for coffee breeding and other scientific research based on the results of our analysis.

Our service workflow

Advantages of our services

• Professional technical team. Our team has focused on the field of plant research for many years and has many years of project service experience.
• One-stop service. We offer a full range of services from sample collection and project progress to data analysis.
• Strict supervision of service quality. We conduct strict quality control tests at each project step to ensure data authenticity and accuracy.

Lifeasible has extensive experience in plant multi-omics projects. We can meet a wide range of research needs in the coffee research field. We can develop the most reliable and effective solutions to help you achieve maximum progress in your project. If you are interested in us, 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.

Related Services

• Coffee Identification
• Coffee Genetics Services
• Determination of Coffee Constituents
• Utilization of Coffee By-Products
• Preventing and Managing Coffee Disease