Spongiibacter sp. IMCC21906: IMCC21906_03106
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Entry
IMCC21906_03106 CDS
T03945
Name
(GenBank) cellulose synthase catalytic subunit (UDP-forming)
KO
K00694
cellulose synthase (UDP-forming) [EC:
2.4.1.12
]
K20541
cellulose synthase operon protein B
Organism
spoi
Spongiibacter sp. IMCC21906
Pathway
spoi00500
Starch and sucrose metabolism
spoi01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
spoi00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
IMCC21906_03106
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
spoi01003
]
IMCC21906_03106
09190 Not Included in Pathway or Brite
09191 Unclassified: metabolism
99986 Glycan metabolism
IMCC21906_03106
Enzymes [BR:
spoi01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.12 cellulose synthase (UDP-forming)
IMCC21906_03106
Glycosyltransferases [BR:
spoi01003
]
Polysaccharide
Structural polysaccharide
IMCC21906_03106
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
BcsB
Glycos_transf_2
Glyco_trans_2_3
Glyco_tranf_2_3
Cellulose_synt
PilZ
Glyco_transf_21
Fimbrial_K88
Motif
Other DBs
NCBI-ProteinID:
AKH70746
UniProt:
A0A0F7M6H2
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All DBs
Position
3299871..3304226
Genome browser
AA seq
1451 aa
AA seq
DB search
MTTKNEELRSENSRGVRFLAWLLALISIGPVFFFITTPMDISYQALLGIFTVIIMVVTNR
LLPKSQLASLFLAALSLLVSTRYLYWRASETLVFNSGLEYVLGYGLFVAELYAWLILFLG
YVQTAMPLNRRVIPLPKDIALWPTIDVYIPSYNESLSVVADTILAAQCLEYPTDKLNIYL
LDDGKRAEFSAFAARAGVGYITRDNNKHAKAGNLNNAMTQTHGELIVVFDCDHVPTRGFL
QYTIGGFLRDPKLSLLQTPHYFYSQDPFERNLAVGEDIPREGALFYGPVQQGNDFWNATF
FCGSCAVIRRTALEEIDGFAVDTVTEDAHTALKMQRKGWGTAYLALPLAAGLATERLSLH
IGQRARWARGMTQILRMDNPLFGRGLTLSQRLCYLSAMLHFQFPLPRVVFITAPLAYLLL
GQNIIASSAGIIVAYALPHLSHALYTNSRTTGRYRHILWGEIYESVLAFQLVKPTLTTLL
DPSKGKFNVTDKGGLVDKTFFDINAVKPQLIVSFLLMAGVGWGIVRLYWHDYYDIEPNVM
LLNVFWAGFSLFMLLAAITVGRERQQIRKTVRVAVELEGSIFFTDGHAIASEVVDISMGG
ARLRNLKTQPFTAEIECIELVYQGRRVALPASLIACDERFIRVRFSELNIDQRRNLVRIA
LAREDSWFEEKAIKSDNIIRSFFGISRCILSLLFPSLFSRGDDERKINVQLREQLFKRWI
MPIAFSVLLIVLLLLASLPAFANISSDSEGDTVREISIAQISNMDGLRLSTHSSRAGLHF
SLPRDEVVTGASLDLLLNYSSTQVGSDTLILSINGVKIKEINLQENNGTPALVSMEINPA
YLVSSNNIDFMLRSNNTYTCIDPLVGQAKLHILPTSQIRLAIDTLSTAKDLHLLPRPFLD
ADASGSAAISVVLPVMPSSDQVRAATIISSWFGAENHFRGMKFNVSNTLTNGHAIAFATN
ENPVIGLPQALIERPGIRLVANPNSTFGSVLLIEAPDDRGLVQAARFLALQHRGLLGNYV
DASQALSMPPDVEVQNRWADTSKPLMLEDIVDPDSLHVKGLSPSLIRMPFRLSPLLNTWP
GRTVPLHVSYQFPEGDWLDTKRSSLDLMLNGQFLKSLSVNRKGLIEQLWGSIGGRVRQEK
AVIHLSPELLHGKNELTFYFNLKAKLKDGCLDDVPDDVLSHLMPETGLDLTELRTMVSVP
DLSLFTDAGYPFTSTADLSNSALVLPAEPDKNTLATAFELVSRFSEFTGKPGINIAVALG
PNQLAAVKQRHWLVLSPVNDDVMPNVLSGSRLYVSKERLRIRPLSRRDWLASLLLDGQDL
NEENADRTLTSREYLQALVSTASRDNNALTVLLTATDSLGLVEIAKQIETAGVLSTVSDD
LVILDGGSKALSFQLAATRLDGGVNLYNQAYWWLSQRPLLLLLIPLILILLLVTQVYTLL
VRRAQRRRDGR
NT seq
4356 nt
NT seq
+upstream
nt +downstream
nt
atgacgacaaaaaatgaagaactccgttcagagaactctcgcggagttcgttttttagca
tggttgctggcccttatatccattggtccggtgtttttttttataactacaccaatggat
atctcttaccaagctctattaggaatttttaccgtcattattatggtggttactaaccga
ctgctgccaaagtctcagttagcctcattatttttagctgccttaagtttattggtgtct
acccgatatttatattggcgggcttcagagaccttagtatttaatagcggattagagtat
gtactaggatacggcctatttgtggcggagctttatgcatggcttattctgtttttgggc
tacgtacaaactgcaatgccgttgaatagacgggttattccgttgccaaaagatatcgca
ttatggcctaccattgatgtttatatccccagctataacgaaagcttgagcgtcgtagct
gatacgatactggcagcccaatgtctagaatatcccactgacaaactaaatatctatctg
ctggatgatggcaagcgagcagagttctctgcctttgccgcaagagccggtgttggatat
atcactcgtgataataataaacacgctaaagctggaaacttaaataacgccatgacacaa
acccatggcgaattaattgtggtttttgactgtgaccacgtcccaactcgtggttttttg
caatataccattggcggatttttacgagacccaaagctctccctattacaaacaccccat
tacttctactctcaggatcccttcgaacgcaatttggcagtaggtgaagatataccgcgt
gaaggggcgctattttatggtccagtacagcagggcaatgatttttggaatgccacattt
ttttgtggctcctgtgcagtgatacgccgaacagcgctggaagagattgatggctttgct
gttgataccgtcactgaagatgcccataccgctttaaaaatgcagcgaaaaggttggggg
accgcttacctcgcgttgcctttagcggcgggattggccactgagcggctttcattacat
attggtcaaagagcgcgctgggcccgcggcatgacgcaaatattgcgaatggataacccg
ctttttggacgaggactcacattgtctcagcgcttgtgttacttgtctgccatgctgcat
tttcagtttcctcttcctcgcgtggtttttattactgctcccctcgcctacctactactt
ggacagaatatcatcgcatcctcggccggtattatcgtagcgtatgcactaccacactta
agccatgcactttataccaactctcgcacgacaggacgttaccggcatattttatgggga
gaaatatacgaatctgtattggccttccagcttgtaaagccaacgttgacgactctttta
gatcctagcaaaggtaaatttaatgtcaccgataaaggtggcttagttgataaaaccttt
tttgatattaatgccgtcaaaccccaattgatcgtatcgtttctattaatggcgggagtt
ggctggggcattgtgcgtctatactggcatgactattacgatattgaacccaacgtcatg
ctgcttaacgttttctgggcaggctttagtctttttatgttattagccgccatcaccgtt
ggccgagaaaggcagcaaatacgaaaaacggttcgggtagcggtagagctagaaggaagt
attttctttaccgatggccacgcaatagcgagtgaagtggttgatatctctatgggagga
gcacgcttacgcaacttgaaaacccagccatttactgcagagattgagtgtattgagcta
gtttatcaaggtcgcagggtggcgctgcctgcaagcttaattgcctgtgatgaacgcttt
atacgagtgaggttttcagaattaaatatagaccaacgtcgtaatttagttcgtattgca
ctggctagagaagattcatggttcgaagagaaagcaattaaatccgataatatcattcgg
tcattctttggcatatcacgctgtattttaagtttgttgtttccaagcttattctcacgg
ggtgatgacgaacgaaaaattaatgttcagctaagagagcagcttttcaaacgctggatt
atgcctatcgcatttagcgttttacttatcgtgttattactattggctagcttgcccgcg
ttcgccaacatcagcagtgacagtgaaggagatactgttagagaaatcagtattgcgcaa
atcagcaatatggatggcttgcggttaagcactcactcttcaagagcaggcttacatttt
tcattgccacgcgatgaggttgttaccggtgcaagccttgatctcttgcttaactattcg
tctacccaagtaggtagcgataccttaattttgtccattaacggagtaaaaattaaggaa
attaacttacaagaaaacaatggcacaccggctctggtctcgatggagattaatccagca
tatctcgtttccagtaataatatcgactttatgctgcgcagcaataatacctacacctgt
atagacccacttgttggtcaagcaaagctgcatattctgccaacatcacagattcgactt
gccatagacaccttgtcaacagctaaagatttacacctattaccccgaccttttttagat
gccgatgcttcaggcagtgccgcaatcagtgtcgttttaccagtcatgccatcatccgac
caagttcgcgccgcaacaataatatcatcgtggtttggcgcagagaatcacttccgcggc
atgaaatttaacgtaagtaacacacttacgaatggccatgccattgcttttgcaaccaat
gaaaatccagttattggtttaccccaagcactgatcgaacgtccgggaattagattagtt
gccaaccccaattcaactttcggcagcgtacttcttattgaagcgcccgatgatcgaggt
ttagtacaggctgcgcgttttttggcgcttcagcatagaggattgttaggcaactacgtg
gatgcgagtcaagccttatctatgccccccgatgttgaagttcaaaatcgctgggccgac
acgtcgaaaccactcatgctagaagatatcgtggaccctgacagcctgcatgtgaaaggg
ctgagtccatctttaattcgtatgcccttccgtttatcgccgctactcaatacctggcct
gggcgtactgtgccgcttcacgttagttatcaatttcctgaaggcgactggctagatact
aaacggtcgtcgctggacttgatgttaaacggtcagtttttaaagtctctctctgttaat
cgaaagggacttattgagcaactatgggggagcattggcggacgtgttcggcaagagaaa
gcggttattcacctgtcgccggaactacttcatggtaaaaacgaattaactttttatttc
aatttaaaagccaaactcaaagacggctgcctagatgatgtgcccgacgatgtgctgagt
caccttatgcctgaaacaggcttagatctaacagagcttcggacaatggtatccgtacct
gacttatctctatttaccgatgcaggctatccatttacaagtaccgctgacctgtctaac
agtgcattggtattacctgcagagcctgataaaaatacgctagcgacggcgtttgaatta
gtatcacgattttctgaatttacaggtaagcccgggataaatattgctgtggcattagga
ccaaatcagctcgctgcggtaaaacaacgtcactggttggtgctttctcctgtcaatgat
gacgtaatgccgaacgtactgagcggcagcagactatacgttagtaaagaacgcctgcgc
atccgtcctttaagtcggcgtgactggttggcctcattacttttagatgggcaggatctt
aatgaagagaatgctgatcgcacactgactagccgagaatatttacaagctttagtaagc
accgcatcccgtgacaacaatgctttaaccgtcttattaactgcaacagatagcctaggt
ttagtagagattgccaaacaaatagaaacagccggcgtgttatctactgtttctgacgac
ctagtcattttggatgggggcagcaaggcattgtccttccagttggcggcaacccgtctc
gatgggggcgttaacctttacaaccaagcgtattggtggcttagccagcgtccactctta
ttactgctcataccactaatattgattctactactggtaacgcaggtgtataccttactg
gtccggcgggcgcagcgtcgccgtgatgggagatga
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