Full information on isolate ERR314565 (id:26833)
Projects
This isolate is a member of the following project:
- Ellington et al. 2019
- Contrasting patterns of longitudinal population dynamics and antimicrobial resistance mechanisms in two priority bacterial pathogens over 7 years in a single center (https://doi.org/10.1186/s13059-019-1785-1)
Provenance/primary metadata
- id
- 26833
- isolate
- ERR314565
- alias
- SAMEA2053117
- sender
- Sebastien Bridel, Institut Pasteur, Paris, France
- curator
- Auto Tagger
- update history
- 6 updates show details
- date entered
- 2023-02-15
- datestamp
- 2023-11-27
- taxonomic designation
- K. pneumoniae
- QC status
- 0000
- isolation year
- 0
- city
- Unknown
- country
- UK
- continent
- Europe
- source type
- Human
- host
- Human
- source details
- Unknown
Sequence bin
- contigs
- 196
- total length
- 5,600,103 bp
- max length
- 661,804 bp
- mean length
- 28,572 bp
- N50
- 330,458
- L50
- 7
- N90
- 86,365
- L90
- 20
- N95
- 31,350
- L95
- 26
- %GC
- 57.14
- Ns
- 913
- gaps
- 12
- loci tagged
- 688
Assembly checks
Check | Status | Warn/fail reason |
---|---|---|
Number of contigs | ||
Assembly size | ||
Minimum N50 | ||
%GC |
Annotation quality metrics
Scheme completion
Scheme | Scheme loci | Designated loci | Annotation | |
---|---|---|---|---|
Score | Status | |||
MLST | 7 | 7 | 100 | |
Ribosomal MLST | 53 | 53 | 100 | |
scgMLST629_S | 629 | 626 | 99 |
Analysis
Kleborate
- species
- Klebsiella pneumoniae
- species_match
- strong
- QC_warnings
- ambiguous_bases
- virulence_score
- 0
- resistance_score
- 0
- num_resistance_classes
- 0
- num_resistance_genes
- 0
- YbST
- 0
- CbST
- 0
- AbST
- 0
- SmST
- 0
- RmST
- 0
- wzi
- wzi168
- K_locus
- KL25
- K_type
- K25
- K_locus_confidence
- High
- K_locus_identity
- 98.25%
- K_locus_missing_genes
- KL25_09_wfeD
- O_locus
- O5
- O_type
- O5
- O_locus_problems
- *
- O_locus_confidence
- High
- O_locus_identity
- 94.18%
- Bla_chr
- SHV-60
- SHV_mutations
- 35Q
Analysis performed: 2024-03-27; Kleborate v2.3.2
Schemes and loci
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Tools
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Analysis: