Comamonas antarctica: HUK68_19155
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Entry
HUK68_19155 CDS
T07217
Name
(GenBank) glycosyltransferase
KO
K24658
O-antigen biosynthesis alpha-1,2-mannosyltransferase [EC:
2.4.1.371
2.4.1.-]
Organism
aant
Comamonas antarctica
Pathway
aant00542
O-Antigen repeat unit biosynthesis
Brite
KEGG Orthology (KO) [BR:
aant00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00542 O-Antigen repeat unit biosynthesis
HUK68_19155
09180 Brite Hierarchies
09181 Protein families: metabolism
01005 Lipopolysaccharide biosynthesis proteins [BR:
aant01005
]
HUK68_19155
Enzymes [BR:
aant01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.371 polymannosyl GlcNAc-diphospho-ditrans,octacis-undecaprenol 2,3-alpha-mannosylpolymerase
HUK68_19155
Lipopolysaccharide biosynthesis proteins [BR:
aant01005
]
O-antigen repeat unit
HUK68_19155
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glycos_transf_1
Glyco_trans_1_4
GT4-conflict
Glyco_trans_1_2
PfkB
Motif
Other DBs
NCBI-ProteinID:
QKV54845
UniProt:
A0A6N1XAK6
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All DBs
Position
complement(4125246..4128101)
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AA seq
951 aa
AA seq
DB search
MNLTKAIIEEGTAHEIWILLNNQIPATVKAIRDDLSDLLPQNRIITFESISRTNELNSKD
IFRTKSGELCRQAFISALKPDFVLITSLFEGLGDDSVLSVENEGNPHNTAVILYDLIPLV
QKDKYLVSDETKNHYMRKLENLCKAEVLLAISEFSRDEGLEVLGLQPERVINISSAIGDE
FKPIDISPAEKSAFLSKMNIKKKFLMYIGSFDQRKNHRALIEAFSLLPKEIRSQYELVIA
GNGWPAIYKELEDYASSCGLSTGEVNFVGHIADQDLLSLYNLCDLFVFPSLFEGFGLPIL
EAMSCGKPAIGSNSTSIPEVVGHPDALFDPTSPASIAAKIKEVLTSQELYDLLCSHALKH
SKRFSWNKSAIKAIAAMEAKHAQTVSGRSLAIDDSIFDRANLIKKISDIPESKTAPESCL
AEISSAIAVNEYLAKAYTAVDNSQEMPFGKEKVGIITTWNTKCGIATYSKYLMRDYPSSY
TVLAPYADALTEDDEDFVSRCWEVGEKDNFSKLEQCIEEKNLTAILIQFNYGFFNFNDLS
NLIKKLASKDILCFVELHSTIDPPPHILDKKLSDLSGAFKLCAAVLVHSENDVSRLAKIG
IAQNVQILQHGVNRPKPLEVKYDKAEDEFVVASYGFFLPHKGLFELIKAFALFSKGDIKK
KLLLVNAEYPAPISRELIDEGKRLAAELKIQDQVTFISDFLSDEESLGYLSKSDVVVYPY
QETGESASGAIRLGLASKKLVLVTPLNIFRDIDDLVIKAKSTSIEDIAAALTNVENIVKT
GDATLKKSIIRRQLWLDSHDYKNLSKQINFLIGSFREINEFYGIKLTFDAIDKSFRSVVG
TRIGNTVATDGREGVLLFGPYIGLASNSYNLKITGNCSDTNSADVMDVFLKHTDGSHSIE
YISVPRSGSTLKEINFSIDKPIINFEIQIITGGQINIALDKIVISANRRIS
NT seq
2856 nt
NT seq
+upstream
nt +downstream
nt
atgaaccttacaaaggccatcattgaagaaggaaccgcgcatgaaatctggattctttta
aataatcaaatacctgccacggtcaaggccattcgagacgacctatccgatttattacct
caaaaccggataattacttttgaatccataagcagaaccaacgaacttaactcaaaagat
atcttcagaacaaaatctggggaactctgccgacaagcttttatatcagcactcaagcca
gatttcgttttaatcaccagcttatttgaaggcttgggcgatgactccgtattatctgtc
gaaaacgaaggcaatccgcataatactgccgtcatattatatgatctgattcctcttgtc
cagaaagacaagtacctagtaagtgatgaaacgaaaaatcactacatgcggaaactcgaa
aatctttgcaaagcagaagtattgctggcaatttccgagttttctcgcgacgagggattg
gaagtactgggtcttcagcctgagcgtgtcatcaacatatcttcggcaattggcgatgaa
ttcaaaccaattgatatttctcccgccgaaaaatcagctttcttgagcaaaatgaacatt
aagaagaaatttttaatgtacattggaagttttgaccagagaaaaaaccatcgtgcactg
attgaagctttttctctgcttcccaaagaaattagaagccaatacgaactggtaattgca
ggcaatggatggccagcgatttacaaggaactggaagattacgcctccagctgcggcttg
tccacaggcgaggtcaattttgtgggccatattgcagatcaggatttgctgagtctgtac
aacctatgcgatctatttgttttcccgtcgttgtttgaaggctttggcctgccaatacta
gaggcaatgtcgtgtggtaagccagcgatcggctccaacagcactagcattccagaagta
gttgggcacccagacgctctgtttgatccaacgtcaccggcttcgatcgctgcaaaaatc
aaagaagttcttacaagccaggaactgtatgacttgctctgcagccacgcgttgaagcac
tccaagcgttttagctggaacaagtcggcaataaaagctatcgcagccatggaagcgaag
catgctcagacggtgtcgggcaggagcttggccatcgacgattcaatttttgatagagcg
aatttaatcaaaaaaatctccgatataccagaatccaaaacagcaccagaaagctgcttg
gctgaaatatcttcggcgatcgctgtgaatgaatacttagcaaaagcttacacagcagtt
gataattcgcaggaaatgccttttggcaaagaaaaagtcggaatcatcaccacttggaat
acgaaatgcggcattgcaacatattccaaatatttgatgcgagactatccgtcaagctat
acggtgcttgcgccgtatgccgatgctttgactgaagatgacgaagattttgtatccagg
tgctgggaagttggcgaaaaggacaacttttcaaaattggaacaatgcatcgaagaaaaa
aatctcacagccatattaatacaatttaactacggatttttcaattttaatgatctcagc
aatctgatcaagaaattagcatcgaaagatatattgtgctttgtcgaactacactcgaca
atagatccgccgccgcatatcctggacaagaaactttccgatttgagcggcgcatttaag
ttgtgcgcggcagtgttggtccactccgagaatgacgtctcacgcttggcaaaaatcggc
attgcacagaacgttcagatacttcagcacggtgtgaacaggccaaagccgctggaagtc
aagtacgacaaggcggaagatgaattcgtagtcgcatcgtatggattcttccttcctcac
aaaggtctttttgagctgataaaagcatttgccttgttctcaaaaggagacatcaagaag
aaacttcttcttgttaatgccgaatatcctgcacccatttctcgcgaattaattgacgag
ggcaagagactagcggctgagttgaaaatccaagaccaagtgacttttatctccgacttc
ttatcggacgaggagagcctaggttatctttccaaatcagacgtcgttgtttatccatat
caggaaaccggagagtcggctagtggtgccatcaggctgggactggcttctaaaaagctg
gtacttgtcacgccgctgaacatcttccgtgacatcgatgacttggtgataaaagcaaaa
tccacttccatcgaggacattgcagcggctctaacaaatgtggaaaacatcgtgaagact
ggtgatgccacattgaagaagtcgattatcaggcgtcagctatggttggactcgcatgat
tacaagaacttgtccaaacaaattaacttcctgattggatcatttcgggaaatcaacgag
ttttatggaataaaattaacattcgatgcgatcgataaaagtttccgtagtgtagtagga
actcgcattgggaatacagtcgcaaccgatggtcgcgaaggtgttctactctttggccca
tacatcggtttggcatccaacagttataatctaaagatcacaggcaactgcagcgacacg
aatagtgcggatgtaatggatgtttttttaaagcatactgatggatcacatagcattgaa
tatatttccgttccaagatcaggttccacattgaaagaaatcaatttttcaatagataag
cccatcatcaatttcgaaatccagattatcacaggcggtcagatcaacattgcacttgac
aaaatcgtgataagcgccaatcgtcgaatttcctaa
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