Metagenomics studies the entire microbial community within a specific environment. In this process, microbial genomic DNA is randomly fragmented into small pieces (typically 300-500 bp), sequencing adapters are ligated to both ends of the fragments, and high-throughput sequencing is then performed. Building upon the insights gained from amplicon sequencing, metagenomics enables a deeper investigation into genetic composition, functional abundance, and functional variations.
Product Advantages
Comprehensive Bioinformatics Analysis Pipeline: We provide a complete end-to-end analysis workflow, ranging from raw data quality control to species annotation, gene prediction, and functional annotation. By supporting multiple robust analytical methods (such as DADA2, Kraken2, and Kaiju), we ensure the accuracy and reliability of the results.
In-depth Taxonomic and Functional Analysis: Our service offers detailed taxonomic profiling (including Alpha and Beta diversity analyses), functional composition analysis (with annotations from databases like KEGG, eggNOG, and CAZy), as well as consistency analysis between functions and taxa. This helps researchers gain a profound understanding of both the structure and function of microbial communities.
Diverse and Intuitive Visualization: We provide a wide array of visualization charts, including PCA, PCoA, NMDS, UPGMA clustering trees, heatmaps, and metabolic pathway maps. These visuals greatly enhance data readability and accessibility, allowing researchers to intuitively grasp the analytical outcomes.
Professional Statistical Analysis and Differential Testing: We offer a suite of powerful statistical methods, including Adonis, ANOSIM, LEfSe, PLS-DA, and Random Forest. These tools support the screening of differential species and functional groups, providing solid statistical backing for your research.
Applications
Medical and Health Sciences
Infectious Disease Diagnosis, Antimicrobial Resistance (AMR) Gene Detection, Microbiome-Disease Association Studies, Host-Microbe Interaction Analysis
Environmental Sciences
Pollution Control and Bioremediation, Biogeochemical Cycle Research, Environmental Monitoring and Assessment
Agricultural Sciences
Crop-Soil Microbe Interaction Research, Animal Epidemic Disease Detection and Control, Food Microbial Source Tracking and Quality Monitoring
Industrial Biotechnology
Novel Enzyme Preparation Development, Pharmaceutical Drug Development
Public Health and Infectious Disease Prevention and Control
Pathogen Surveillance and Early Warning, Pathogen Source Tracking and Transmission Route Tracing
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