Details of assembly methods and in silico genotyping for Escherichia¶
- All MLST-like typing methods in EnteroBase are derived from a genome assembly of sequenced reads. For an explanation of this method, see here
- For a general description of the in silico typing method, see here
| MLST – Classic | Ribosomal MLST (Jolley, 2012) | Core Genome MLST | Whole Genome MLST |
|---|---|---|---|
| 7 Loci | 51 Loci | 2,513 Loci | 25,002 Loci |
| Conserved Housekeeping genes | Ribosomal proteins | Core genes | Any coding sequence |
| Highly conserved; Low resolution | Highly conserved; Medium resolution | Variable; High resolution | Highly variable; Extreme resolution |
| Different scheme for each species/genus | Single scheme across tree of life | Different scheme for each species/genus | Different scheme for each species/genus |
7 Gene MLST¶
Classic MLST scheme is described in Wirth et al (2006) Mol. Microbiol. 60(5), 1136-1151.
Genes included in 7 gene MLST (together with the length of sequence used for MLST taken from figure 1 in the above cited paper):
| Gene | Length |
|---|---|
| adk | 536 |
| fumC | 469 |
| gyrB | 460 |
| icd | 518 |
| mdh | 452 |
| recA | 510 |
| purA | 478 |
Ribosomal MLST (rMLST)¶
- rMLST is Copyright © 2010-2016, University of Oxford. rMLST is described in Jolley et al. 2012 Microbiology 158:1005-15.