GCF_000152805.1
type: Item
Protologue of the species: Analysis of the representative genome (GCF_000152805.1) for Maritimibacter alkaliphilus confirmed this species as distinct from its closest relatives, with all ANI comparisons being <80% and 16S rRNA gene identity values being <97%.POCPu values >50% were obtained to neighbouring genera (Celeribacter persicus, 54.6%; Roseibacterium elongatum, 54.2%), however GTDB and 16S rRNA gene identity values confirm this species as a member of the genus Maritimibacter. Ecological analysis of 1,000 16S rRNA gene amplicon samples from different ecosystems identified Maritimibacter alkaliphilus as being most prevalent (53.2%) in coral metagenomes, where it was had the highest relative abundance (2.02%). Genome analysis predict the presence of metabolic modules for the utilisation of mannose, degradation of amino acids (aspartate, alanine, glycine, isoleucine, leucine, methionine, proline, cysteine, glutamate, arginine), along with production and utilisation of lactate.
Instance of: Genome Assembly Accession
GTDB: Bacteria
Comparison to close relatives: Maritimibacter alkaliphilus
Comparison to close relatives: Maritimibacter lacisalsi
Comparison to close relatives: Celeribacter persicus
Comparison to close relatives: Roseibacterium elongatum
Comparison to close relatives: Aliiroseovarius zhejiangensis
Comparison to close relatives: Pacificitalea manganoxidans
Comparison to close relatives: Celeribacter indicus
Comparison to close relatives: Roseovarius atlanticus
Comparison to close relatives: Muriiphilus fusiformis
Comparison to close relatives: Marimonas arenosa
Comparison to close relatives: Thalassobius mangrovi
Comparison to close relatives: Actibacterium pelagium
Comparison to close relatives: Lutimaribacter saemankumensis
Comparison to close relatives: Celeribacter ethanolicus
Comparison to close relatives: Lutimaribacter pacificus
Comparison to close relatives: Roseovarius pacificus
Comparison to close relatives: Pseudodonghicola xiamenensis
Comparison to close relatives: Aliiroseovarius crassostreae
Comparison to close relatives: Roseovarius bejariae
Comparison to close relatives: Pseudooceanicola nanhaiensis
Comparison to close relatives: Celeribacter neptunius
Comparison to close relatives: Thalassobius litoralis
Comparison to close relatives: Roseovarius aestuarii
Comparison to close relatives: Marimonas lutisalis
Comparison to close relatives: Actibacterium ureilyticum
Comparison to close relatives: Aliiroseovarius marinus
Comparison to close relatives: Pseudaestuariivita atlantica
Comparison to close relatives: Roseovarius aestuariivivens
Comparison to close relatives: Pseudooceanicola batsensis
Comparison to close relatives: Thalassococcus profundi
Comparison to close relatives: Psychromarinibacter halotolerans
Comparison to close relatives: Roseivivax isoporae
Comparison to close relatives: Tropicimonas arenosa
Comparison to close relatives: Nioella ostreopsis
Comparison to close relatives: Arenibacterium halophilum
Comparison to close relatives: Nioella sediminis
Comparison to close relatives: Cognatishimia activa
Comparison to close relatives: Pseudooceanicola lipolyticus
Comparison to close relatives: Thalassobius autumnalis
Comparison to close relatives: Pseudopuniceibacterium sediminis
Comparison to close relatives: Litoreibacter roseus
Comparison to close relatives: Jannaschia rubra
Comparison to close relatives: Pseudopuniceibacterium antarcticum
Comparison to close relatives: Donghicola mangrovi
Comparison to close relatives: Thalassobius mediterraneus
Comparison to close relatives: Cochlodiniinecator piscidefendens
Comparison to close relatives: Jannaschia cystaugens
Comparison to close relatives: Thioclava pacifica
Comparison to close relatives: Dinoroseobacter shibae
Comparison to close relatives: Thalassobius gelatinovorus
Carbon source: starch
CAZyme: GH23
CAZyme: GH101
CAZyme: GH108
CAZyme: GH19
CAZyme: GH16
CAZyme: GH13
CAZyme: GH1
CAZyme: GH3
CAZyme: GH0
CAZyme: GH28
CAZyme: GH43
CAZyme: GH103
CAZyme: GH77
CAZyme: GH25
CAZyme: GH130
CAZyme: GH10
CAZyme: GH102
CAZyme: GH6
CAZyme: GH24
CAZyme: GH135
CAZyme: GH18
CAZyme: GH8
CAZyme: GH63
CAZyme: GT2
CAZyme: GT28

GCF_000152805.1 (CAZyme)
CAZyme: GT0
Occurance: 3

GCF_000152805.1 (CAZyme)
CAZyme: GT4
Occurance: 21

GCF_000152805.1 (CAZyme)
CAZyme: GT1
Occurance: 16

GCF_000152805.1 (CAZyme)
CAZyme: GT7
Occurance: 1

GCF_000152805.1 (CAZyme)
CAZyme: GT51
Occurance: 6

GCF_000152805.1 (CAZyme)
CAZyme: GT107
Occurance: 2

GCF_000152805.1 (CAZyme)
CAZyme: GT20
Occurance: 3

GCF_000152805.1 (CAZyme)
CAZyme: GT5
Occurance: 1

GCF_000152805.1 (CAZyme)
CAZyme: GT35
Occurance: 1

GCF_000152805.1 (CAZyme)
CAZyme: GT8
Occurance: 1

GCF_000152805.1 (CAZyme)
CAZyme: GT81
Occurance: 1

GCF_000152805.1 (CAZyme)
CAZyme: GT13
Occurance: 1

GCF_000152805.1 (CAZyme)
CAZyme: GT26
Occurance: 3

GCF_000152805.1 (CAZyme)
CAZyme: GT14
Occurance: 2

GCF_000152805.1 (CAZyme)
CAZyme: GT30
Occurance: 1

GCF_000152805.1 (CAZyme)
CAZyme: PL0
Occurance: 1

GCF_000152805.1 (CAZyme)
CAZyme: CE12
Occurance: 1

GCF_000152805.1 (CAZyme)
CAZyme: CE11
Occurance: 1

GCF_000152805.1 (CAZyme)
CAZyme: CE4
Occurance: 1

GCF_000152805.1 (CAZyme)
CAZyme: CE9
Occurance: 2

GCF_000152805.1 (CAZyme)
CAZyme: CE3
Occurance: 1

GCF_000152805.1 (CAZyme)
CAZyme: CBM50
Occurance: 21

GCF_000152805.1 (CAZyme)
CAZyme: CBM5
Occurance: 1

GCF_000152805.1 (CAZyme)
CAZyme: CBM20
Occurance: 1

GCF_000152805.1 (CAZyme)
CAZyme: CBM51
Occurance: 1

GCF_000152805.1 (CAZyme)
CAZyme: CBM6
Occurance: 1

GCF_000152805.1 (CAZyme)
CAZyme: CBM48
Occurance: 3

GCF_000152805.1 (CAZyme)
CAZyme: CBM13
Occurance: 3

GCF_000152805.1 (CAZyme)
CAZyme: CBM56
Occurance: 1

GCF_000152805.1 (Pathway)
Pathway: mannose degradation
Metabolic module: mf0018

GCF_000152805.1 (Pathway)
Pathway: aspartate degradation i
Metabolic module: mf0028

GCF_000152805.1 (Pathway)
Pathway: alanine degradation ii
Metabolic module: mf0034

GCF_000152805.1 (Pathway)
Pathway: glycine degradation
Metabolic module: mf0035

GCF_000152805.1 (Pathway)
Pathway: isoleucine degradation
Metabolic module: mf0036

GCF_000152805.1 (Pathway)
Pathway: leucine degradation
Metabolic module: mf0037

GCF_000152805.1 (Pathway)
Pathway: methionine degradation i
Metabolic module: mf0038

GCF_000152805.1 (Pathway)
Pathway: proline degradation
Metabolic module: mf0040

GCF_000152805.1 (Pathway)
Pathway: cysteine degradation i
Metabolic module: mf0044

GCF_000152805.1 (Pathway)
Pathway: cysteine degradation ii
Metabolic module: mf0045

GCF_000152805.1 (Pathway)
Pathway: glutamine degradation ii
Metabolic module: mf0047

GCF_000152805.1 (Pathway)
Pathway: arginine degradation i
Metabolic module: mf0051

GCF_000152805.1 (Pathway)
Pathway: entner-doudoroff pathway
Metabolic module: mf0066

GCF_000152805.1 (Pathway)
Pathway: glycolysis (preparatory phase)
Metabolic module: mf0067

GCF_000152805.1 (Pathway)
Pathway: nadh:ferredoxin oxidoreductase
Metabolic module: mf0069

GCF_000152805.1 (Pathway)
Pathway: pentose phosphate pathway (non-oxidative branch)
Metabolic module: mf0071

GCF_000152805.1 (Pathway)
Pathway: acetate to acetyl-coa
Metabolic module: mf0075

GCF_000152805.1 (Pathway)
Pathway: formate conversion
Metabolic module: mf0077

GCF_000152805.1 (Pathway)
Pathway: lactate consumption i
Metabolic module: mf0079

GCF_000152805.1 (Pathway)
Pathway: acetyl-coa to acetate
Metabolic module: mf0086

GCF_000152805.1 (Pathway)
Pathway: acetyl-coa to crotonyl-coa
Metabolic module: mf0087

GCF_000152805.1 (Pathway)
Pathway: lactate production
Metabolic module: mf0092

GCF_000152805.1 (Ecosystem)
Ecosystem: Wastewater metagenome
Prevalence (%): 4.2
Relative abundance (%): 0.16

GCF_000152805.1 (Ecosystem)
Ecosystem: Activated sludge metagenome
Prevalence (%): 6.3
Relative abundance (%): 0.32

GCF_000152805.1 (Ecosystem)
Ecosystem: Human lung metagenome
Prevalence (%): 0.3
Relative abundance (%): 0.15

GCF_000152805.1 (Ecosystem)
Ecosystem: Chicken gut metagenome
Prevalence (%): 0.3
Relative abundance (%): 0.01

GCF_000152805.1 (Ecosystem)
Ecosystem: Bovine gut metagenome
Prevalence (%): 0.5
Relative abundance (%): 0.01

GCF_000152805.1 (Ecosystem)
Ecosystem: Human oral metagenome
Prevalence (%): 0
Relative abundance (%): 0

GCF_000152805.1 (Ecosystem)
Ecosystem: Human vaginal metagenome
Prevalence (%): 0.1
Relative abundance (%): 0.01

GCF_000152805.1 (Ecosystem)
Ecosystem: Freshwater metagenome
Prevalence (%): 1.5
Relative abundance (%): 0.56

GCF_000152805.1 (Ecosystem)
Ecosystem: Rhizosphere metagenome
Prevalence (%): 4.4
Relative abundance (%): 0.07

GCF_000152805.1 (Ecosystem)
Ecosystem: Marine sediment metagenome
Prevalence (%): 24.6
Relative abundance (%): 0.22

GCF_000152805.1 (Ecosystem)
Ecosystem: Pig gut metagenome
Prevalence (%): 1.6
Relative abundance (%): 0

GCF_000152805.1 (Ecosystem)
Ecosystem: Soil metagenome
Prevalence (%): 3.3
Relative abundance (%): 0.1

GCF_000152805.1 (Ecosystem)
Ecosystem: Mouse gut metagenome
Prevalence (%): 0.1
Relative abundance (%): 0

GCF_000152805.1 (Ecosystem)
Ecosystem: Coral metagenome
Prevalence (%): 53.2
Relative abundance (%): 2.02

GCF_000152805.1 (Ecosystem)
Ecosystem: Human skin metagenome
Prevalence (%): 0.8
Relative abundance (%): 0.04

GCF_000152805.1 (Ecosystem)
Ecosystem: Plant metagenome
Prevalence (%): 5
Relative abundance (%): 0.24

GCF_000152805.1 (Ecosystem)
Ecosystem: Human gut metagenome
Prevalence (%): 0.2
Relative abundance (%): 0.01

GCF_000152805.1 (Ecosystem)
Ecosystem: Marine metagenome
Prevalence (%): 23.8
Relative abundance (%): 0.53

GCF_000152805.1 (Ecosystem)
Ecosystem: Insect gut metagenome
Prevalence (%): 1.1
Relative abundance (%): 0

GCF_000152805.1 (MAGs)
MAGs: no MAG matches found