Genome Sequencing and Analysis of Agricultural Phages

Introductions

Agricultural phages are a group of viruses that invade bacteria, some of which can cause lysis of the host bacteria, and some of which can also confer additional biological properties to the genetic material of the host bacteria. Phages are the most common and widely distributed viruses and are usually found in abundance in places filled with bacterial communities, such as in soil. Based on second-generation sequencing and third-generation whole-genome sequencing platforms, we offer comprehensive and reliable phage whole-genome ab initio sequencing, resequencing, and genetic analysis services. These sequencing technologies also serve as tools for understanding biochemical interactions between prokaryotes and phages. Our phage sequencing and analysis services can help you develop their application to treat crop diseases.

Lifeasible's phage services via genome sequencing using high-throughput sequencing to obtain the annotated genome of your phage. Phage DNA is purified using specific nucleic acid isolation protocols, and bioinformatic methods after sequencing remove the remaining bacterial contamination. At the same time, we can also perform structural protein analysis and phylogenetic analysis of phages to get a full picture of the bioinformatics of agricultural phages and help our customers to develop phage applications in botany better.

Service content

• Gene Sequencing Analysis of Agricultural Phages
• Protein Analysis of Agricultural Phages
• Phylogenetic Analysis Services for Agricultural Phages

Our plant and microbial informatics experts provide customized analyses to address practical issues such as data quality control, gene matching, genome assembly, functional annotation, protein analysis, and phylogenetic analysis. Our plant and microbial informatics experts provide solutions for academic, industrial, and agricultural needs.

About the samples

• Acceptable samples
  • Well-extracted DNA nucleic acids and proteins.
  • Phage clinical specimens of P2 safety level and below.
  • Supernatants of viral cultures of P2 safety level and below.
• Note before sending samples
  • Confirm phage nucleic acid type.
  • Extract the nucleic acid yourself and make sure there is no contamination of the host genome.
  • Any information on viral load status, culture status, etc., in the sample to determine the presence of the virus.

Project cycle

It takes 3-10 days.

Service process

• Scientific protocol development to professional biochemical analysis team, accurate data analysis, high-quality service guarantee.
• Strict quality control standards, short lead time, on-time delivery of project solutions, can provide personalized analysis solutions to meet scientific research requirements.
• One-on-one perfect pre-sales and after-sales services, in-depth interpretation of analytical data results, providing high-quality and comprehensive project solutions.
• We always take technology as the core, service as the guide, and are equipped with advanced experimental equipment and professional technical research and development team to provide customers with professional and reliable technical support.