The Metagenomics Module of OmicsBox allows to combine and integrate all necessary steps for a complete microbiome data analysis in and flexible, and intuitive way. Create custom pipelines for individual analysis strategies.
Quality Control And Assessment
Use FastQC and Trimmomatic to perform the quality control of your samples, to filter reads and to remove low quality bases.
Identify present species (Bacteria, Archaea, Virus) with Kraken and visualize results with multilevel pie-charts (Krona) as well as inter-sample comparison bar charts.
Choose between MetaSPAdes and MEGAHIT to assemble large datasets easy and fast in the cloud.
Use FragGeneScan for plain reads and Prodigal for assembled data to identify and extract possible genes and proteins.
Use EggNOG-Mapper and PfamScan to obtain high-throughput functional annotations. Results can be represented and compared visually with GO graphs and charts.
- All computational-intensive tasks are taken care of in the BioBam Bionformatics Cloud
- An ordinary computer or laptop is sufficient to perform all tasks described on this page
- Taxonomic classification with Kraken
- Intra and intersample comparison with Krona pie charts and bar charts
- Metagenomic assembly with meta-SPAdes and MEGAHIT
- Metagenomic gene prediction with FragGeneScan and Prodigal
- Metagenomic functional analysis with eggNOG-Mapper and PfamScan
- Metagenomic GO-Slim
- Comparative analysis of functions with bar charts and GO graphs
This example workflow shows a basic taxonomic classification of metagenomics data with OmicsBox. The reads are preprocessed (Trimmomatic) and a report is generated (FastQC). Kraken is used to identify and count all different operational taxonomic units (OTUs) for further interpretation. The spreadsheet-like result can be filtered and organized. The PDF report gives a clean overview of most abundant OTUs at different levels for each sample. Results also include intra- and inter-sample comparison charts. The whole workflow can be started within a few clicks and computationally intensive parts run transparently on the cloud.
Functional characterization of metagenomics data is a complex task. The OmicsBox Metagenomics module allows you to design streamlined workflows to easily combine the typically resource-demanding assembly step with gene predictions, as well as high-throughput functional annotation for large metagenomics data-sets. This example workflow shows the combination of MEGAHIT with Prodigal. Fast and comprehensive functional annotation is achieved with the integration of EggNOG-Mapper and PfamScan. Results are presented in form of spreadsheets and can be filtered and visualized with hierachical bar- and graph charts.