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Desulfosporosinus nitrosoreducens

Citation

Formal styling
Desulfosporosinus nitrosoreducens He et al., 2024
Effective publication
He et al., 2024
SeqCode status
Valid (SeqCode)
Register List
seqco.de/r:tf-glp88 (validated)
Canonical URL
https://seqco.de/i:32619

Nomenclature

Rank
Species
Syllabication
ni.tro.so.re.du'cens
Etymology
L. masc. adj. nitrosus, full of natron, here intended to mean nitrous oxide; L. pres. part. reducens, converting to a different state; N.L. part. adj. nitrosoreducens, refers to the capability of nitrous oxide reduction
Nomenclatural type
NCBI Assembly: GCA_030954495.1
Nomenclatural status
Validly published under the SeqCode

Taxonomy

Description
A novel acidophilic Desulfosporosinus species respiring N2O at pH 4.5. No N2O reduction at or above pH 7. 
Classification
Bacteria » Bacillota » Clostridia » Eubacteriales » Peptococcaceae » Desulfosporosinus » Desulfosporosinus nitrosoreducens
Parent
Desulfosporosinus

Genomics

Accession
NCBI Assembly:GCA_030954495.1
Type
Metagenome-Assembled Genome (MAG)
Estimated Quality Metrics
  • Completeness: 99.5%
  • Contamination: 4.8%
  • Quality: 75.5
Ribosomal and transfer RNA genes
  • 1 16S rRNA (up to 100.0%)
  • 3 23S rRNAs (up to 100.0%)
  • tRNAs for 19 amino acids
Sequencing depth
15103.0 ×
Source
Other features
  • G+C Content: 44.0%
  • Coding Density: 83.39%
  • Codon Table: 11
  • N50: 116,337 bp
  • Contigs: 84
  • Largest Contig: 324,436 bp
  • Assembly Length: 5,591,411 bp
  • Ambiguous Assembly Fraction: 0.0%
Submitter comments
The genome was obtained via sequencing of a highly enriched culture. Genome completeness and contamination were estimated using CheckM.
Automated checks
Complete
See additional details

Metadata

Outside links and data sources
Search sequences
Local history
Registered by
He, Guang about 1 year ago
Submitted by
He, Guang 8 months ago
Curators
Endorsed by
Chuvochina, Maria 8 months ago
Validated by
Rodriguez-R, Luis M 19 days ago
Date of priority
2024-08-28 06:19 PM (UTC)

Publications
1

Citation Title
He et al., 2024, Nature Communications Sustained bacterial N2O reduction at acidic pH
Effective publication


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