Metagenomics Services

• One is to focus on specific marker genes for taxonomic identification only. For this so-called targeted amplicon approach, the ribosomal small subunit RNA (16S / 18S rRNA) gene has emerged as the most used marker.
• Alternatively, the use of the entire DNA or RNA for sequencing is often referred to as whole genome shotgun (WGS) metagenomics offering a random representation of all extracted genomic sequences, giving deep insights into the taxonomic and metabolic profiles of these communities. In addition to the information about taxonomic diversity (who is there), shotgun metagenomics gives insight into the physiology of the organisms present in the environment (what are they doing). It has been estimated that >99% of the microbial numbers in nature are non-culturable by available techniques. Hence, new cultivation-independent methods to study the function and diversity of microorganisms in nature are needed. As the price of DNA sequencing continues to fall, metagenomics now allows microbial ecology to be investigated at a much greater scale and detail than before.

• Rapid viral- and microbial diagnosing, tropical disease screening
• Human microbiomics
• Water and soil testing
• Marine metagenomics
• Animal and plant disease diagnostics
• Food safety
• Petroleum-based microbiology
• Biofuel
• Sterility monitoring
• Detection of contamination

Targeted amplicon 16S/18S metagenomics, only taxonomical profiling

• Package 1: 1–48 samples
• Package 2: 49–96 samples
• Package 3: 97–192 samples

Whole genome shotgun metagenomics, taxonomical & functional profiling

• Package 1: 1–20 samples
• Package 2: 21–50 samples
• Package 3: 50 < samples

Optional: Metagenomics de novo assembly, taxonomical & functional profiling

• Package 1: 1–20 samples
• Package 2: 21–50
• Package 3: 50