Assigned genome: RHBSTW-00333, ST286
GCA_013738375.1 is a public whole assembly with a chromosome and seven plasmids. The reproduction script supplies all eight records.
| Result | Value |
|---|---|
| Species | Enterobacter xiangfangensis |
| Subspecies | E. xiangfangensis subsp. hoffmannii — proposed combination |
| MLST scheme | ecloacae |
| Sequence type | ST286 |
| MLST state | exact_profile_match |
| Genomovar | ECTX-GV-2026-10-02-v1-GV10 |
| ANIm | Not triggered: skani already supports the call |
The seven MLST allele IDs are:
| dnaA | fusA | gyrB | leuS | pyrG | rplB | rpoB |
|---|---|---|---|---|---|---|
| 59 | 64 | 81 | 9 | 79 | 37 | 38 |
An excerpt selected from the actual mlst object:
{
"scheme": "ecloacae",
"sequence_type": "286",
"state": "exact_profile_match",
"status": "complete",
"alleles": {
"dnaA": "59", "fusA": "64", "gyrB": "81", "leuS": "9",
"pyrG": "79", "rplB": "37", "rpoB": "38"
}
}
This assembly is included among the database’s diversity references and genomovar members. Its strongest species reference is therefore itself: 100% skani ANI, with 99.99% aligned fraction on each side. That makes it a useful installation and output example, not a test of generalisation to an unseen genome. The GV10 call also checks compatibility with the other members of its definition; it is an operational match, not proof of a population boundary.
The database’s proposed subspecies name differs from NCBI’s E. hormaechei label. Supported taxa explains the naming framework. MLST remains a separate result and does not determine that name.
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