scientific-metagenome-assembled-genomes

You can reconstruct metagenome-assembled genomes (MAGs) by running a coordinated pipeline that performs binning, quality assessment, taxonomy, dereplication, and annotation on your metagenomic assembly FASTA and BAM file.

End-to-end metagenomic binning and taxonomy assignment involves grouping assembled contigs into bins, assessing their quality, classifying them with GTDB-Tk, dereplicating with dRep, and annotating genes using Prokka or Bakta to generate publishable MAG datasets.

After metagenomic binning, you assess MAG quality using CheckM2 and classify taxonomy using GTDB-Tk. This produces comprehensive quality metrics and taxonomic assignments for your reconstructed environmental microbiome genomes.

Yes, you need metagenome assembly FASTA and BAM files to generate MAGs. Running the pipeline with these inputs coordinates binning, quality assessment, and annotation to output a comprehensive MAG quality report.

The best way to dereplicate and annotate metagenome-assembled genomes is using dRep for dereplication and Prokka or Bakta for annotation, which yields a coherent MAG dataset with quality metrics and functional gene annotations.

Yes, the pipeline coordinates MetaBAT2, CONCOCT, and MaxBin2 together for metagenomic binning. This integrated approach groups assembled contigs into genome bins to reconstruct MAGs from complex environmental microbiome samples.