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Azosocius aquiferis

Citation

Formal styling
Azosocius aquiferis Speth et al., 2024
Effective publication
Speth et al., 2024
SeqCode status
Valid (SeqCode)
Register List
seqco.de/r:rlsqwca1 (validated)
Canonical URL
https://seqco.de/i:49080

Nomenclature

Rank
Species
Syllabication
a.qui.fe'ris
Etymology
N.L. gen. n. aquiferis, of an aquifer
Nomenclatural type
NCBI Assembly: GCA_043390185.1
Nomenclatural status
Validly published under the SeqCode

Taxonomy

Description
Azosocius aquiferis (N.L. gen. masc. n. aquiferis, of an aquifer). A bacterial species identified by metagenomic analyses. This species includes all bacteria with genomes that show ≥95% average nucleotide identity to the type genome for the species to which is available via NCBI BioSample SAMN39831648 and NCBI GenBank accession GCA_043390185.1 .
Classification
Bacteria » Pseudomonadota » Gammaproteobacteria » Azoamicales » Azoamicaceae » Azosocius » Azosocius aquiferis
Parent
Azosocius

Genomics

Accession
NCBI Assembly:GCA_043390185.1
Type
Metagenome-Assembled Genome (MAG)
Estimated Quality Metrics
  • Completeness: 100.0%
  • Contamination: 0.0%
  • Quality: 100.0
Ribosomal and transfer RNA genes
  • 1 16S rRNA (up to 100.0%)
  • 1 23S rRNA (up to 100.0%)
  • tRNAs for 20 amino acids
Sequencing depth
10.0 ×
Source
Other features
  • G+C Content: 20.5%
  • Coding Density: 92.34%
  • Codon Table: 11
  • N50: 353,051 bp
  • Contigs: 1
  • Largest Contig: 353,051 bp
  • Assembly Length: 353,051 bp
  • Ambiguous Assembly Fraction: 0.0%
Submitter comments
Circular endosymbiont genome. Completeness and contamination based on the circularity, not marker gene content
Automated checks
Complete
See additional details
Last modified about 2 months ago

Metadata

Outside links and data sources
Search sequences
Local history
Registered by
Speth, Daan, created 3 months ago
Submitted by
Speth, Daan 2 months ago
Curators
Validated by
Palmer, Marike 10 days ago
Date of priority
2024-11-11 08:18 AM (UTC)

Publications
1

Citation Title
Speth et al., 2024, Nature Communications Genetic potential for aerobic respiration and denitrification in globally distributed respiratory endosymbionts
Effective publication


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