Pathogens Whole Genome Sequencing and Analysis refer to the extraction of total nucleic acid from microbial communities in infected specimens. Libraries containing both DNA and RNA are constructed for high-throughput sequencing. Through bioinformatics analysis, the sequence and abundance information of various types of pathogenic microorganisms in the sample are determined. This enables in-depth analysis of the diversity, pathogenicity, and discovery of new viruses in the sample, providing a basis for rapid and accurate diagnosis of infectious diseases and significantly improving the positivity rate of pathogen diagnosis.
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Pathogenic Microorganism mNGS detection has a sequencing data volume of only 20M SE50 reads, while Pathogenic Microorganism Whole Genome Sequencing and Analysis have a sequencing data volume of 10G PE150 raw data, allowing the identification of more low-abundance pathogenic microorganisms.
Pathogenic Microorganism Whole Genome Sequencing and Analysis can assemble and compare with microbial databases using intelligent algorithms, obtaining species information of suspected pathogenic microorganisms. It detects bacteria, fungi, viruses, parasites, and other known pathogenic microorganisms in an unbiased manner, providing more accurate identification results.
Pathogenic Microorganism Whole Genome Sequencing and Analysis comprehensively identify microorganisms involved in infections, including bacteria, fungi, viruses, parasites, mycoplasmas, and chlamydia. It can simultaneously detect DNA-based pathogenic microorganisms, RNA viruses, and predict the discovery of new pathogens through assembly.
Pathogenic Microorganism mNGS detection results provide only one identification report, while Pathogenic Microorganism Whole Genome Sequencing and Analysis not only offer standard identification analysis reports but also provide personalized analysis for clients at no additional cost, which helps transform data into research outcomes.
Bacteria, fungi, viruses, parasites, and other pathogenic microorganisms.
Data: 10G RAWDATA;
Analysis: Professional version, personalized analysis included;
Tissues, feces, blood, ascites, swabs, environmental samples, and more.
In addition, CD Genomics leverages NGS technology to provide metagenomic sequencing (mNGS), and targeted NGS (tNGS) services to global pathogen research projects.
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