Table 1: Complete list of names proposed in the current register list.
| Proposed Taxon | Etymology | Description | Parent Taxon | Type | Registry URL |
|---|---|---|---|---|---|
| Genus Magnetomonas | [Mag.ne.to.mo'nas] Gr. masc. n. magnes, pertaining to a magnet; L. fem. n. monas, a unit, monad; N.L. fem. n. Magnetomonas, a magnetic monad | Vibrioid-shaped, cell size 2.0 ± 0.4 μm long and 0.5 ± 0.1 μm wide, form magnetite magnetosomes organized in chains along the long axis of the bacterial cell body. Magnetosomes present a mean length of 108 ± 21.1 nm and a mean width of 45 ± 8.1 nm. Potentially capable of chemolithoautotrophy with the oxidation of sulfur compounds and carbon assimilation by Wood–Ljungdahl pathway. Potentially capable of heterotrophy by glycolysis. Not capable of nitrogen fixation.
|
Magnetobacteriaceae | Magnetomonas plexicatenaTs | seqco.de/i:51020 |
| Species Magnetomonas plexicatenaTs | [ple.xi.ca.te'na] L. masc. adj. plexus, interwoven; L. fem. n. catena, chain; N.L. fem. n. plexicatena, an interwoven chain | Vibrioid-shaped, cell size 2.0 ± 0.4 μm long and 0.5 ± 0.1 μm wide, form magnetite magnetosomes organized in chains along the long axis of the bacterial cell body. Magnetosomes present a mean length of 108 ± 21.1 nm and a mean width of 45 ± 8.1 nm. Potentially capable of chemolithoautotrophy with the oxidation of sulfur compounds and carbon assimilation by Wood–Ljungdahl pathway. Potentially capable of heterotrophy by glycolysis. Not capable of nitrogen fixation. The reference strain is LBB01. The genome reference sequence of LBB01 is CP049016. G + C content 42.0%.
|
Magnetomonas | NCBI Assembly: GCA_004376055.2 Ts | seqco.de/i:51019 |