Species · Accepted
Caldanaerobius polysaccharolyticus
Caldanaerobius polysaccharolyticus (Cann et al., 2001) Lee et al. 2008
A photograph with its author and source will appear here.
Meet the organism
Overview
This catalogue identifies the organism as Caldanaerobius polysaccharolyticus within Caldanaerobius Lee et al., 2008. Explore its classification and the evidence currently available for this record below.
Name and catalogue record
- Identity
- col:PHS7
- Accepted name
- Caldanaerobius polysaccharolyticus
Where this organism has been observed
Explore observations on the map →Observations and connections with other organisms
Explore published sightings and reported interactions, such as feeding or pollination. Each record links to its source.
Research about this organism
01 · A place in the living world
Classification
- DomainBacteria Woese et al., 2024
- KingdomBacillati (Gibbons & Murray, 1978) Oren & Göker 2024
- PhylumBacillota Gibbons & Murray, 2021
- ClassClostridia Rainey, 2010
- OrderThermoanaerobacterales Wiegel, 2010
- FamilyThermoanaerobacteraceae Wiegel, 2010
- GenusCaldanaerobius Lee et al., 2008
- SpeciesCaldanaerobius polysaccharolyticus
02 · From organism to molecules
Genes, genomes and proteins
Connected scientific records
Connections are supplied by the sources; they do not merge different organisms or specimens. Each record retains its basis and version.
Transcriptional profile of the genes biologically related to mannan utilization by C. polysaccharolyticus assessed by RNA-seq
ena:SAMN03083701 · ENA
provider_taxon_assertion
Source version
c2438410def342cc1af798a64d878d3a711bef2bd137729eebb1ea8196055752The abundance of hemicellulose in plant cell wall component such as mannan suggests that their hydrolysis and conversion to biofuels can improve the efficiency of bioenergy production. To understand mannan hydrolysis by C. polysaccharolyticus at high temperatures, we characterized several genes invo
ena:SAMN03096888 · ENA
provider_taxon_assertion
Source version
c2438410def342cc1af798a64d878d3a711bef2bd137729eebb1ea8196055752The abundance of hemicellulose in plant cell wall component such as mannan suggests that their hydrolysis and conversion to biofuels can improve the efficiency of bioenergy production. To understand mannan hydrolysis by C. polysaccharolyticus at high temperatures, we characterized several genes invo
ena:SAMN03096889 · ENA
provider_taxon_assertion
Source version
c2438410def342cc1af798a64d878d3a711bef2bd137729eebb1ea8196055752Man5B
uniprot:D9J0D7 · uniprot · CC-BY-4.0
provider_taxon_assertion
Source version
b2dd127972df7fdbb4afebf6d352e2ed9df57c0ca4715871c04f68610ee8366dXylulose kinase
uniprot:I6QQS2 · uniprot · CC-BY-4.0
provider_taxon_assertion
Source version
b2dd127972df7fdbb4afebf6d352e2ed9df57c0ca4715871c04f68610ee8366dPermease
uniprot:I6QQS3 · uniprot · CC-BY-4.0
provider_taxon_assertion
Source version
b2dd127972df7fdbb4afebf6d352e2ed9df57c0ca4715871c04f68610ee8366dCaldanaerobius polysaccharolyticus
ncbi_taxonomy:44256 · ena
Unique exact name and rank in ENA; search match, not taxon equivalence
Source version
6422f96c841ca446ea23f915fd9bd7a98124396528c4ed1130af0d591e82e50bThis is a bounded set of connections. Coverage differs by source; continue in the graph to inspect available sections.
Source coverage
- Protein of the organism: Available
- Gene of the organism: Source unavailable
- Sample of the organism: Partial
- Genome assembly: Available
- Source cross-reference: Available
03 · Continue exploring
Tools and connections
04 · EcoGenesis
What the available evidence supports
Classification and name provenance.
A catalogue name does not establish a genome, protein or measurement. Missing records do not mean a trait or gene is absent from the organism.
Coverage updates as this page checks its sources.
Sources and licences
| Source | ID | Licence | Details |
|---|---|---|---|
| Catalogue of Life / ChecklistBank | PHS7 | — | Source record ↗ |