Table 1: Complete list of names proposed in the current register list.
| Proposed Taxon | Etymology | Description | Parent Taxon | Type | Registry URL |
|---|---|---|---|---|---|
| Genus Mangrovimarina | [Man.gro.vi.ma.ri'na] N.L. neut. n. mangrovum, a mangrove; L. fem. adj. marina, marine; N.L. fem. n. Mangrovimarina, referring to an organism found in mangrove soils with seawater impact | A genus established on the basis of MiGA taxonomic novelty analyses, AAI, dDDH, and phylogenomic analyses and is classified as a member of the Rhizobiaceae family. The type species of the genus is Mangrovimarina plasticivorans.
|
Rhizobiaceae | Mangrovimarina plasticivoransTs | seqco.de/i:44056 |
| Species Kaistia cartagenensis | [car.ta.ge.nen'sis] N.L. fem. adj. cartagenensis, pertaining to Cartagena de Indias, the city close to Baru Island, where the mangrove soil samples were collected | A species established on the basis of MiGA taxonomic novelty analyses, ANI, AAI, 16S rRNA gene phylogenetic reconstruction, phylogenomic tree, and the type material is the genome MAG11_P8. The MAG was reconstructed from PET-transforming bacterial consortium and encoded for a putative PET hydrolase. In addition, genes involved in PET-monomers catabolism were found within the MAG.
|
Kaistia | NCBI Assembly: GCA_963966455.1 Ts | seqco.de/i:43934 |
| Species Mangrovimarina plasticivoransTs | [plas.ti.ci.vo'rans] N.L. neut. n. plasticum, plastic; L. pres. part. vorans, devouring, destroying; N.L. part. adj. plasticivorans, plastic-devouring referring to ability of organism to catabolize the plastic | A species established on the basis of MiGA taxonomic novelty analyses, ANI, AAI, phylogenomic tree, and the type material is the genome MAG11A_P8. The MAG was reconstructed from PET-transforming bacterial consortium and encoded for two putative monohydroxyethyl terephthalate hydrolases. In addition, genes involved in PET-monomers catabolism were found within the genome.
|
Mangrovimarina | NCBI Assembly: GCA_963966365.1 Ts | seqco.de/i:44055 |