Protein Panel
Gene-level detail: domains and sequence
The Protein Information panel sits at the bottom of the discovery platform and shows the detail of a single gene. It fills in when you click a gene (CDS) in the region plot of either the Reference or Compare iBGC card. The panel is collapsible — open it when you want to verify a cluster’s enzymatic machinery gene by gene.
What it shows
Summary
| Field | Meaning |
|---|---|
| Cluster Representative | The representative protein this gene maps to, with an outbound link where available. |
| Protein Length | Length in amino acids. |
| Gene Caller | The gene-prediction tool that called the gene. |
| Strand | + or −. |
| Start / End | Coordinates on the contig. |
| ChemOnt Class | When predicted: the ChemOnt chemical class for this protein, with its probability and weight. |
InterPro annotations
A table of the protein’s domain hits — the functional units that make this gene part of a biosynthetic cluster:
- Accession — the InterPro/signature accession (links to InterPro).
- Description — what the domain is.
- GO Slim — a coarse functional category for the domain.
- Start / End — where the domain falls within the protein.
- E-value — the match confidence.
These domain hits are the same annotations the platform uses to compare clusters and to compute novelty, so this table is where you confirm why a cluster was scored or matched the way it was.
Protein sequence
The full amino-acid sequence, with a Copy button so you can paste it straight into a sequence search, an alignment, or a primer-design tool.
Why this matters
For a natural product chemist, the domain table is the most direct read on what a cluster can make. Seeing, for example, a run of ketosynthase / acyltransferase / dehydratase domains confirms a polyketide assembly line; adenylation and condensation domains point to non-ribosomal peptides. The panel lets you go from a scored candidate to the concrete enzymatic evidence behind it.