Kingdom
Pseudomonadati
Phylum
Bacteroidota
Class
Bacteroidia
Order
Bacteroidales
Family
Rikenellaceae
Genus
Alistipes
Description
Taxonomy
| Kingdom | Pseudomonadati |
|---|---|
| Phylum | Bacteroidota |
| Class | Bacteroidia |
| Order | Bacteroidales |
| Family | Rikenellaceae |
| Genus | Alistipes |
| Species | Alistipes onderdonkii |
| Strain | 3BBH6 |
Profile
| Physiology | |
|---|---|
| Gram staining properties | Not Available |
| Shape | Not Available |
| Mobility | Not Available |
| Flagellar presence | Not Available |
| Number of membranes | Not Available |
| Ecology, Host, and Life Cycle | |
|---|---|
| Oxygen requirements | Not Available |
| Optimal temperature | Not Available |
| Temperature range | Not Available |
| Habitat | Not Available |
| Biotic relationship | Not Available |
| Host(s) | Not Available |
| Cell arrangement | Not Available |
| Sporulation | Not Available |
| Energy source | Not Available |
| Pathogenicity | Not Available |
Genome Summary
Alistipes onderdonkii subsp. vulgaris 3BBH6
Accession NumberAP019734.1
Gene Summary
Adenine Count
Not Available
Thymine Count
Not Available
Guanine Count
Not Available
Cytosine Count
Not Available
Genome Length
Not Available
Protein-coding Genes
2923 genes
Non-Coding Genes
54 genes
# of Chromosomes/Plasmids
1
Genes
| Name | Locus Tag | UniProt | Strand | Coordinates | Molecular Weight |
|---|---|---|---|---|---|
| glutamine amidotransferase | A3BBH6_29170 | P96658 | + | 3499785 - 3500381 | 20916.0 |
| o-methyltransferase | A3BBH6_29180 | Q00719 | + | 3500381 - 3501028 | 24278.2 |
| pyrophosphatase | A3BBH6_29190 | P42979 | + | 3501086 - 3501406 | 12164.5 |
| hypothetical protein | A3BBH6_29200 | Not Available | - | 3501685 - 3503922 | 81394.2 |
| transcriptional regulator | A3BBH6_29210 | P68261 | - | 3503922 - 3504305 | 14565.6 |
| hypothetical protein | A3BBH6_29220 | Not Available | - | 3504453 - 3505364 | 34432.5 |
| phosphoglucomutase | A3BBH6_29230 | P18159 | - | 3505523 - 3507265 | 64705.5 |
Pathways
0 pathways
No pathways found
No metabolic pathways have been associated with this bacterium yet.