KEGG   Spirosoma pollinicola: CWM47_22075
Entry
CWM47_22075       CDS       T05236                                 
Name
(GenBank) glycosyl hydrolase
  KO
K08738  cytochrome c
Organism
spir  Spirosoma pollinicola
Pathway
spir00190  Oxidative phosphorylation
spir01100  Metabolic pathways
spir02020  Two-component system
Brite
KEGG Orthology (KO) [BR:spir00001]
 09100 Metabolism
  09102 Energy metabolism
   00190 Oxidative phosphorylation
    CWM47_22075
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    CWM47_22075
SSDB
Motif
Pfam: ThuA GSDH CBM_6 PKD_4 PKD Cytochrom_C PKD_3 BiPBP_C
Other DBs
NCBI-ProteinID: AUD04292
UniProt: A0A2K8Z345
Position
5239712..5243263
AA seq 1183 aa
MIWSFTSLKISLRLLGVAGASVGLYACLSNQKATTQSATSSVSSVPTANAVSNQPPAVQA
SPNRILVFSKTKGWKHTSIPFGIAAMQKLGQENKFRVDTTKNADYFNDDSLRHYTAVVFM
STTGNILNQQQQAAFERYIQAGGGYMGIHAAADTEYDWPWYNKLVGGYFASHPSNSNVRK
ATVDVTDKNHPSTAHLPDHWERTDEWYNYRSLYSDLTVVANLDENTYDGGINGSNHPIAW
YHEFDGGRAYYTGGGHEDASFSEPLFVQHLLGALNWVMGSNKPLDYSKAYAVTMPEENRF
VKTVLVNDLNEPMELAVAADGRVFFTERSGNLSVYNTRTNQQKLVHKFAVPTKQGHGVQG
VTLDPNFATNHFLYVYYSPEAETNPFYNLSRFVVNDDNTLDLASEKVLLTVPSIYQPGSH
HGGSLAFDKEGNLYLSTGDHTNPFPSNGYAPIDARPDHLASDARGTAANTNDLRGKILRI
HPQPDGSYTIPDGNLFPKGTEPSDRELTRPEIYTMGLRNPYRIALNPKSSVLYWGEIGPD
AGKDSVTLGPRGYDEFNQAKKAGNFGWPLFIGNSQPYGDLDFATNVAGPRFDPKAPLNNS
PKNNGLKNLPPTNPAMIWYPYAASKEFPELGLGGRSAMAGEFYSYDKNSPSKNKFPEYYD
GALFIFDWMRNWVMAVRVDKDDNYIRNEPFMAGSGDFRRPIDQAFGKDGVMYMLEYGSVY
GADNDDARLVKIEYNTGNRAPIAKASVVDSAATAERNARSYLTSDGRNAPVIREATGQAP
LRVKFSGRGTDLDDDAVTYQWLFDGKTVGATKPMATYTYTQPGVYNAILKVTDQAGLVGM
DTIAIKVGNAKPEVAIVTADNKSFYWANKPFSYAVKVADKEDKKIDPKRIKVYYEYSAQP
NGAPISAPQQGHQEVAMVGTGSLGKTLVAGSDCKACHMIDKPSVGPTFLAVADRYKGQTG
SLEKLAKKIIEGGGGSWSKDHLMSAHPQIPAQDAQEMVKYIFSLTDARKQKTMPVQGSLA
LNEHKPDEARGQYSLLATYTDNGGKVVGPLTGTEVVTLRNANVKTLNADAYVGFPRFGSR
LSAGSHKAYVLLKDIDMTTIKALTYDYSSLNKDGEIEVRLDSYAGPVVSSVPYKATGDWK
TTNQVTGTFNKPFTGRHDVYVIVVKRDKPNNDIIQLNSVQFNQ
NT seq 3552 nt   +upstreamnt  +downstreamnt
atgatctggtcatttacatcccttaagatctcgcttcgtttgcttggtgtagcaggcgcc
agtgttgggttatatgcctgcttaagcaatcagaaagccacgactcaatcggccacatcg
tcggtgtcgtcggtgccgactgccaatgcagtttcgaaccaacctccagctgttcaggcc
agcccaaatcgaattctggtcttttcgaagacgaaaggctggaaacatacgtccattccg
tttgggattgcggctatgcagaagctcggacaggaaaataaattcagggtcgataccacc
aaaaatgccgattactttaacgacgatagtttgcggcactatacggcggttgtctttatg
agtaccacaggcaatattctgaatcagcagcagcaggctgcttttgagcggtatatccag
gcaggtggcggctacatgggcatccacgctgcggccgataccgagtacgactggccctgg
tataacaagctggtgggcgggtattttgccagtcaccccagcaattccaacgtgcgtaaa
gcgaccgttgacgttacggacaaaaaccatccatcgaccgcccaccttcccgaccattgg
gagcgtaccgacgagtggtataattaccggtcactctattcggacctgaccgtcgtggcc
aatctggatgagaacacctacgatgggggtattaacggaagcaatcacccgatagcgtgg
taccatgagttcgatggcgggcgggcctattatacgggtggtggtcatgaagatgccagc
tttagcgagccgttgtttgtacagcatttgctgggcgcactcaattgggtaatgggcagc
aacaaaccgctcgactacagtaaggcatatgccgttacaatgcccgaagaaaatcgcttc
gtaaaaacggtgctggtcaatgatctgaatgaaccaatggagttggccgtagccgccgac
ggtcgcgttttctttaccgaacggagtggtaatttgtcggtgtataacacgcgaacgaac
cagcagaaattagtccacaagtttgctgtgcccactaaacaggggcatggcgtgcagggt
gtaacactcgatccgaacttcgcgaccaatcattttttgtatgtctattattcgcccgaa
gccgaaacgaatcctttttacaacctgtcgcgctttgtcgttaatgacgataacacgctc
gatctggcttccgaaaaagtattgctcacggttccgagtatctaccagccgggttctcac
cacggtggatcactggcgtttgataaagagggcaacttatacctgtctaccggcgaccat
accaacccgtttccatccaatggctatgcgcccattgatgcccggcccgatcatctggcg
tccgatgcacgcggaacggcggccaataccaacgatttgcggggtaaaattctgcggatc
catccgcaacccgatggcagctataccattcccgatggcaacctgttcccgaaaggcacc
gaaccgtcggaccgcgaactgacccggcccgaaatctatacaatgggactgcggaaccca
taccgcattgccctcaatccaaaatcgtcggttctgtactggggtgaaatcggccctgat
gccggcaaggacagcgtcacgctagggccacgtggttatgatgaatttaatcaggcaaaa
aaagccggtaatttcggctggccgctgttcatcggcaatagccaaccctatggcgatctg
gactttgcgaccaacgtagccgggccgcgttttgacccgaaagccccgctgaacaactca
cccaaaaacaatgggttgaaaaacctgccgccaactaacccggccatgatctggtatccc
tacgcagcctcgaaagagtttcccgaattaggattgggtggccgcagcgctatggcgggc
gagttttatagctacgacaaaaactcaccctcgaagaacaaattcccggaatactacgac
ggggcactgttcattttcgactggatgcgtaactgggtcatggcggtgcgcgtagataag
gacgataactacattcggaatgagccttttatggcaggtagtggcgattttcgtcgacct
attgatcaggctttcgggaaagatggcgtgatgtatatgctggaatatggctccgtatat
ggggctgacaacgatgatgcccgcctggtaaaaatcgaatacaacaccggtaatcgggca
cccatagcgaaggctagcgtggtcgattctgctgcgactgccgaacgtaacgcccgttca
tacctgacttccgatgggcgtaatgcacccgtaattcgggaggctaccgggcaggcaccg
ttgcgcgtaaaattcagcgggcgcggcaccgacctggacgatgatgcggtaacctaccag
tggctgtttgacggcaaaaccgttggggcaacaaaacccatggcaacctatacctataca
cagccgggcgtttataacgctatcctgaaagtgaccgatcaggcggggctggtgggtatg
gataccattgctattaaggtgggtaatgccaaaccggaggtggccatcgtaaccgccgac
aataagtcattctattgggcaaacaaaccattttcgtatgcggtgaaagtggccgataag
gaagataaaaagattgatcccaagcggattaaggtttactacgaatacagcgcacaaccc
aatggcgcacctatatcagcccctcagcaggggcatcaggaggtggctatggtgggtacg
ggttcgctggggaaaacgctggtagccgggagtgactgcaaagcctgccatatgattgac
aagccatcggtgggccctacgttcctggctgtagccgaccggtacaaaggtcaaaccgga
agccttgaaaagctggcgaagaagattatcgaaggcggtggtggtagctggagcaaagac
catttaatgagcgctcacccgcaaattccggcgcaggatgctcaggaaatggtcaagtat
atattctccctgacggatgcccgtaaacagaaaaccatgccggtacagggaagcctggcc
ctaaacgaacacaaacccgacgaggcaagaggacagtacagcctgttggcaacgtataca
gataacggtggaaaagtagtggggccacttaccggaaccgaagttgttacactgcgcaat
gccaatgtaaaaacattaaatgccgatgcctatgtgggcttcccccggtttggcagccgt
ctgtcggcgggtagccacaaggcgtatgtgctgttgaaagacatcgacatgactacaatt
aaggcgctgacctacgattattcatcgctcaacaaggatggggaaattgaggttcggctg
gattcgtatgccggtccggtcgtgagtagtgttccgtataaagctaccggcgactggaaa
acaacgaatcaggtgacaggtacattcaacaagcccttcacgggcaggcacgatgtgtat
gtgattgttgttaaacgggacaagccgaacaacgacatcatccagttgaacagtgttcag
ttcaaccagtga

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (8)   
   Pfam (8)   
All databases (17)   

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