The table below shows key assembly statistics for each sample, including contig counts, assembly size, read mapping rate, and BUSCO completeness scores where available. Click on any row to display the detailed per-sample results in the sections below.
| Sample | {% for header in summary_header %}{{header}} | {% endfor %} {% for sample, values in summary_results.items() %}
|---|---|
| {{sample}} | {% for value in values %}{{value}} | {% endfor %}
Download the final contig sequences for this sample: {{sample}}.fasta.
{% if 'bandage_image' in analysis[sample] %}Assembly graph produced by Bandage showing contig connectivity before circularisation. Hover the image to view it in colour.
BUSCO assesses genome completeness by searching for a set of near-universal single-copy orthologs. Values show counts of complete (single-copy and duplicated), fragmented, and missing BUSCOs.
| {{ summary_header[busco_start + i] }} | {{ summary_results[sample][busco_start + i] }} |
|---|
CheckM estimates genome completeness and contamination by placing the assembly in a reference genome tree and identifying lineage-specific marker genes.
| {{key}} | {{value}} |
|---|
CheckM was not run for this sample. Enable it by setting checkm.do: true in the config file.
Depth of coverage (DOC) and breadth of coverage (BOC) computed by Sequana. Click the image to open the interactive coverage report for this contig.
{% elif contig == contigs_dict['contig_order'][0] %}Sequana coverage was not run for this sample. Enable it by setting sequana_coverage.do: true in the config file.
Top BLAST alignments for this contig against the configured database. For each subject sequence, the hit with the highest bitscore is shown (up to 5 results).
| {{title}} | {% endfor %} {% for blast in analysis[sample][contig]['blast'] %}
|---|
| {{value}} | {% endfor %}
No BLAST hits found for {{contig}}.
This can have several causes:
nt database if too many requests originate from the same IP. The job returns a READY status but with zero hits.entrez_query is set, the organism may not be represented in the filtered subset.
Workarounds: restrict the search with entrez_query: 'Bacteria[Organism]' and/or switch to
remote_db: 'refseq_genomic' to reduce NCBI load (see the
LORA README).
For reliable results on large contigs, consider downloading a local nt database (~270 GB) and running BLAST locally with blast.remote: false.
BLAST was not run for this sample. Enable it by setting blast.do: true in the config file.