Gorgyraeia


Citation

Formal styling
Gorgyraeia corrig. Seymour et al., 2023 (valid 2024)
Effective publication
Seymour et al., 2023
Corrigendum
In SeqCode Registry from “Gorgyraia” (sic)
SeqCode status
Valid (SeqCode)
Register List
seqco.de/r:-x-tioq9 (validated)
Canonical URL
https://seqco.de/i:23748

Nomenclature

Rank
Class
Inferred stem
Gorgyrae-
Syllabication
Gor.gy.rae'i.a
Etymology
N.L. fem. n. Gorgyraea, referring to the type genus Gorgyraea; -ia, ending to denote a class; N.L. neut. pl. n. Gorgyraeia, the Gorgyraea class
Nomenclatural type
Gorgyraea
Nomenclatural status
Validly published under the SeqCode

Taxonomy

Description
This class belongs to the phylum Omnitrophota. Observed cell size vary greatly within the class, and cells of 0.2 µm to 2.5 µm have been observed. Sequence data of organisms belonging to the class is also frequently observed from larger cell fractions during serial-filtration experiments. Most members of the class lack several genes associated with parasitism and predation, like those encoding tight-adherence complexes and ATP/ADP translocases, suggesting that most may primarily be free-living. Predicted capacity for acetogenesis through the bacterial Wood-Ljungdahl pathway predominates in the class. Only group 4g hydrogenases are found within members of the class. Several members encode very large ORFs. Genome assemblies belonging to this class originate from a variety of environments, including river or lake water, groundwater, wastewater, saline water, geothermal springs, saline and aquatic sediments, and soil. The type for the class is the genus Gorgyraea Williams et al. 2021. 
Classification
Bacteria » Omnitrophota » Gorgyraeia
Parent
Omnitrophota
Children (5)
Pseudonyms
  • Gorgyraia (Original, corrected name)

Metadata

Outside links and data sources
Search sequences
Local history
Registered by
Palmer, Marike, created over 2 years ago
Submitted by
Palmer, Marike 2 months ago
Curators
Validated by
St. John, Emily 7 days ago
Date of priority
2024-09-04 06:09 AM (UTC)

Publications
1

Citation Title
Seymour et al., 2023, Nature Microbiology Hyperactive nanobacteria with host-dependent traits pervade Omnitrophota
Effective publication



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