Clostridium sp. CAG:299 str. MGS:299

Kingdom

Bacillati

Phylum

Bacillota

Class

Clostridia

Order

Eubacteriales

Family

Clostridiaceae

Genus

Clostridium

Description

Clostridium sp. CAG:299 str. MGS:299 is a bacterium characterized by a single replicon, which indicates it possesses a simple genomic structure. The sequence of this organism is cataloged under the accession number CBGZ000000000.1, facilitating its identification and classification in genomic databases. Clostridium species are known for their diverse metabolic capabilities, including fermentation processes that can produce various short-chain fatty acids. While specific metabolic pathways or ecological roles of Clostridium sp. CAG:299 str. MGS:299 are not detailed here, the genus is generally associated with anaerobic environments, often found in soil, sediments, and the intestines of animals. The presence of a single replicon suggests a streamlined genomic architecture, which may correlate with specific ecological adaptations or niche specialization. This trait could enable the organism to thrive in particular environments, possibly influencing its interactions with other microbial communities or its role in biogeochemical cycles. Overall, Clostridium sp. CAG:299 str. MGS:299 represents an example of microbial diversity that may play significant roles in ecological systems, particularly in anaerobic contexts, although the precise implications of its genomic structure remain to be explored.

Taxonomy

KingdomBacillati
PhylumBacillota
ClassClostridia
OrderEubacteriales
FamilyClostridiaceae
GenusClostridium
SpeciesClostridium sp. CAG:299
StrainMGS:299

Profile

Physiology
Gram staining propertiesNot Available
ShapeNot Available
MobilityNot Available
Flagellar presenceNot Available
Number of membranesNot Available
Ecology, Host, and Life Cycle
Oxygen requirementsNot Available
Optimal temperatureNot Available
Temperature rangeNot Available
HabitatNot Available
Biotic relationshipNot Available
Host(s)Not Available
Cell arrangementNot Available
SporulationNot Available
Energy sourceNot Available
PathogenicityNot Available

Genome Summary

Clostridium sp. CAG:299 WGS project CBGZ01000000 data, contig,

Gene Summary

Adenine Count

688415 bp

Thymine Count

681824 bp

Guanine Count

676444 bp

Cytosine Count

670074 bp

Genome Length

2717092 bp

Protein-coding Genes

2429 genes

Non-Coding Genes

46 genes

# of Chromosomes/Plasmids

1

Genes

NameLocus TagUniProt IDStrand OrientationGene Start/EndProtein Molecular Weight
nmt1/thi5-like proteinBN593_00180Not AvailablePositive1801604 - 180269239431.2
abc-type nitrate/sulfonate/bicarbonate transport system atpase componentBN593_00181Not AvailablePositive1802710 - 180345628196.9
mg-dependent dnaseBN593_00182Not AvailablePositive1803453 - 180420527766.4
uncharacterized proteinBN593_00183Not AvailableNegative1804232 - 180509831076.6
uncharacterized proteinBN593_00184Not AvailableNegative1805138 - 180578224345.9
putative uncharacterized proteinBN593_00185Not AvailableNegative1805935 - 180712245362.0
leucine--trna ligaseBN593_00186Not AvailableNegative1807838 - 181024991277.1
putative uncharacterized proteinBN593_00187Not AvailableNegative1810830 - 181180735861.1
trap transporter dctm subunitBN593_02173Not AvailablePositive1812543 - 181308519457.1
dehydrogenases with different specificities (related to short-chain alcohol dehydrogenases)BN593_02174Not AvailablePositive1813113 - 181387727182.6

Displaying genes 1651 – 1660 of 2475 in total

Pathways

0 pathways

No pathways found

No metabolic pathways have been associated with this bacterium yet.

Metabolites

2 records
Metabolite IDMetabolite nameStructureCAS number
BASm0000719chloramphenicol 3-acetateC13H14Cl2N2O6Chemical structure of chloramphenicol 3-acetateNot available
Average365.16Da
Monoisotopic364.0228916Da
BASm0003052kanamycin 3'-phosphateC18H39N4O14PChemical structure of kanamycin 3'-phosphateNot available
Average566.497Da
Monoisotopic566.2189418Da

Displaying 1–2 of 2 metabolites

Health Effects

No health effects information available for this bacterium.