Table 1: Complete list of names proposed in the current register list.
| Proposed Taxon | Etymology | Description | Parent Taxon | Type | Registry URL |
|---|---|---|---|---|---|
| Order Phycocordibacterales | [Phy.co.cor.di.bac.ter.ales] L. masc. n. Phycocordibacter, referring to the type genus Phycocordibacter; -ales, ending to denote an order; N.L. fem. pl. n. Phycocordibacterales, the Phycocordibacter order | This is an order within the Patescibacteria phylum, some of whose members are symbionts of the microalgae Nannochloropsis oceanica strain IMET1 and Tetradesmus obliquus strain HTB1. Both microalgae are grown with 10% CO2 for carbon mitigation research.
|
Paceibacteria | Phycocordibacter | seqco.de/i:49171 |
| Family Phycocordibacteraceae | [Phy.co.cor.di.bac.ter.a'ce.ae] L. masc. n. Phycocordibacter, referring to the type genus Phycocordibacter; -aceae, ending to denote a family; N.L. fem. pl. n. Phycocordibacteraceae, the Phycocordibacter family | This is a family within the Patescibacteria phylum, some of whose members are symbionts of the microalgae Nannochloropsis oceanica strain IMET1 and Tetradesmus obliquus strain HTB1. Both microalgae are grown with 10% CO2 for carbon mitigation research.
|
Phycocordibacterales | Phycocordibacter | seqco.de/i:49183 |
| Genus Minusculum | [Mi.nu.scu.lum] L. neut. n. Minusculum, rather small, referring to the genome size | This is a genus within the Patescibacteria phylum, one of whose members is a symbiont of the microalgae Nannochloropsis oceanica strain IMET1 and Tetradesmus obliquus strain HTB1. Both microalgae are grown with 10% CO2 for carbon mitigation research.
|
Phycocordibacteraceae | Minusculum obligatumTs | seqco.de/i:49177 |
| Genus Phycocordibacter | [Phy.co.cor.di.bacter] Gr. neut. n. phykos, seaweed or algae; L. neut. n. cordis, the most central part or the heart; N.L. masc. n. bacter, a rod; N.L. masc. n. Phycocordibacter, A core bacteria of a microalgal culture | This is a genus within the Patescibacteria phylum, one of whose members is symbionts of the microalgae Nannochloropsis oceanica strain IMET1 and Tetradesmus obliquus strain HTB1. Both microalgae are grown with 10% CO2 for carbon mitigation research.
|
Phycocordibacteraceae | Phycocordibacter aenigmaticusTs | seqco.de/i:49176 |
| Species Minusculum obligatumTs | [o.bli.ga'tum] L. neut. adj. obligatum, to bind, oblige, or require | This is a Patescibacteria group bacterium that is a symbiont of the microalgae Nannochloropsis oceanica strain IMET1 and Tetradesmus obliquus strain HTB1. Both microalgae are grown with 10% CO2 in our laboratory for carbon mitigation research. This bacterium was found at the 1 L and 500 L scale and has a genome size of 578,798 bp. It is a dominant bacterium based on relative abundance of the 16S rRNA gene at both scales regardless of whether the algae are bubbled with 10% CO2 or ambient air. Its hyper reduced genome suggests its symbiosis may be obligatory.
|
Minusculum | NCBI Assembly: GCA_045401155.1 Ts | seqco.de/i:49173 |
| Species Phycocordibacter aenigmaticusTs | [ae.nig.ma'ti.cus] L. masc. adj. aenigmaticus, enigmatic or obscure | This is a Patescibacteria group bacterium that is a symbiont of the microalgae Nannochloropsis oceanica strain IMET1 and Tetradesmus obliquus strain HTB1. Both microalgae are grown with 10% CO2 in our laboratory for carbon mitigation research. This bacterium was found at the 1 L and 500 L scale and has a genome size of 721,362 bp.
|
Phycocordibacter | NCBI Assembly: GCA_045401115.1 Ts | seqco.de/i:49172 |