Microbiome Sequencing

Microbiome sequencing refers to the use of high-throughput sequencing technology to sequencing the 16S/ITS amplicons or the genomes of all microorganisms in specific environmental samples. Bioinformatics analysis is then used to study the diversity of microorganisms and explore their potential functions and their interactions with the environment. Microbiome Sequencing services usually including amplicons sequencing, metagenomic sequencing, meta-virus sequencing, metatranscriptome sequencing, etc.

Metabolome analysis

Metabolomics is a discipline that systematically studies the mechanism of all the metabolites' life, and it is an important part of system biology. The research objects are mostly small molecular substances with a relative molecular mass of less than 1000, which can be divided into the targeted and untargeted analysis. By a qualitative and quantitative analysis of all metabolites in certain specific physiological conditions at the same time to find the differential metabolites target, which can be used for early diagnosis of diseases, drug target discovery, and mechanism research, etc.

Bacterial Genome Sequencing

The bacterial genome sequencing was sequenced by NGS or the third-generation sequencing methods. After sequencing, professional bioinformatics analysis was provided for assembling and annotation, and finally, obtained the bacteria frame genome or complete genome. Its structure and function were studied to comprehensively analyze the biological significance of this bacteria.Bacterial Genome Sequencing is usually divided into two services: the bacteria genome sequencing and the fungi genome sequencing, both of can conduct sequencing research on species with reference or unknown genomes.

Pathogenic Microorganism Detection

Based on Illumina high-throughput sequencing platform, the nucleic acid of all microorganisms in the suspected samples were all sequenced. After comparison and analysis with the specific pathogen database, the species information of suspected pathogenic microorganisms was obtained through an intelligent algorithm thus to facilitate rapid and accurate detection of difficult, critical and severe infections in clinical practice.

Tumor immunotherapy and intestinal flora

umor immunotherapy can control and kill tumor cells by stimulating the body's immune system and enhancing its anti-tumor immunity. The intestinal tract is the largest lymphoid organ in the human body. intestinal flora can interact with the host immune system through various mechanisms such as direct physical contact, regulates metabolites, and changes in the structure and components of the intestinal mucosa. Tumor immunotherapy and intestinal flora analysis using the multi-omics approach to reveal the mechanism of intestinal flora in influencing the efficacy of tumor immunotherapy, and the markers of intestinal flora that predicted the efficacy and prognosis were finally screened out to facilitate the clinical treatment of cancer.

Stool preservation liquid

The stool preservation liquid product can be used for the storage of fecal samples. Within 14 days at room temperature, it can stably and effectively ensure the microbial composition in the state sampling, to ensure the accuracy of subsequent results. This product is easy to use, safe and effective and can be transported and stored at room temperature. It is suitable for fresh stool samples with microbial DNA testing as the and can meet various needs of clinical research.