Xylanibacter ruminicola: PRU_2545
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Entry
PRU_2545 CDS
T01212
Name
(GenBank) sulfatase family protein
KO
K19353
heptose-I-phosphate ethanolaminephosphotransferase [EC:2.7.8.-]
Organism
pru
Xylanibacter ruminicola
Pathway
pru00540
Lipopolysaccharide biosynthesis
Brite
KEGG Orthology (KO) [BR:
pru00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00540 Lipopolysaccharide biosynthesis
PRU_2545
09180 Brite Hierarchies
09181 Protein families: metabolism
01005 Lipopolysaccharide biosynthesis proteins [BR:
pru01005
]
PRU_2545
Lipopolysaccharide biosynthesis proteins [BR:
pru01005
]
Core region
PRU_2545
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Sulfatase
EptA_B_N
Motif
Other DBs
NCBI-ProteinID:
ADE83407
UniProt:
D5EWR6
LinkDB
All DBs
Position
complement(3080069..3081907)
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AA seq
612 aa
AA seq
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MLKGLKINPLKWIGALFMPIQKNSAFFVFMFALGMICTQLELMPVYLVGKGAEPYQFSEP
ELFLDIYAVCVVLTLIPRKVRYWVRALLYILLYTTAIVDMYCYVRFESTLTPTMLMLANE
TTGQEASEFLRGYITWDVVTSKVGWVLLLALVHIAWTVIRRMTRHLSNRLILPKMTPIVI
EGYNAIVGVIVAWALCSCVTLVWPNKEAMHRMFTHTTVGQMEHELTRKDKAEFYVPIYRL
VFSMYANHLADNQLVQLEAASEKVQIDSCSYRVPNIVLIIGESYNKHHSQLYGYNMPTTP
KQKALAQEGTLVPFTDVVAPWNLTSFVFKNILSLQAIGEKEEWCDKPLFPEVFRKAGYHV
TFITNQFQSKANEAVYDFSGGFFLNNPDLSKKLFDTRNTRLYPYDEGVLQEYDRLKKEDK
EHNLIILHLMGSHLMYKSRYPQNATHKYLKEDMYNRPELTKKQRMILADYDNSVRYNDSI
VWAVTQRFADKDAIVIYMPDHAEEIFDGEPYMYGRMHGANIDYRLARNEMEIPFWIWGSP
KYRENHPYGWTAIQEARNRPMMTDVLPHLLMYFGGIASPLYHEQYNIVSPAYDTKRPRIL
KGVTDYNQLKKQ
NT seq
1839 nt
NT seq
+upstream
nt +downstream
nt
atgcttaaaggactgaaaataaacccattaaagtggattggcgccctgtttatgcccatc
cagaaaaacagcgcattctttgtgtttatgtttgcgctgggaatgatttgtacacaactg
gaactgatgcccgtctatctggtaggcaaaggtgccgaaccataccagttttccgaaccc
gaactgtttctggatatctacgccgtatgcgtagtgcttacgctgataccccgaaaggtt
cgctattgggtgcgagcgctactctacatcctgctatacaccacagccattgtggatatg
tactgctacgtacgttttgagtcgactcttacccccaccatgctgatgctggctaacgaa
accacaggtcaggaggccagcgagtttctgcgtggctatattacatgggatgtagttaca
tcaaaagtaggctgggtactgctcttggcgctggtgcacatcgcttggacggtgattcgc
cgaatgaccagacatctcagcaacaggctgattctgcccaagatgacccccattgttatc
gagggctacaacgccattgtaggtgtaatcgtagcttgggcactctgctcttgtgtaaca
cttgtttggcccaacaaagaggctatgcaccgcatgtttacccacaccaccgtgggtcag
atggagcacgagcttacgcgtaaggacaaggccgaattctatgtacctatctaccgattg
gtattcagcatgtacgccaaccacctggccgacaaccagttagtacagctcgaagctgcc
agcgagaaggtgcagatagatagctgtagttatcgtgtgcctaacatcgtattgattatc
ggcgagagctacaacaagcaccactcgcagctgtatggctacaacatgcccaccacaccc
aagcagaaggctttggcacaagagggcacgctggtaccatttaccgatgtggtagcaccc
tggaatcttaccagttttgtgttcaagaacatcctgtcgctgcaggccatcggcgaaaaa
gaggaatggtgcgataaaccactcttcccagaagtattccgcaaggcaggctatcacgtt
acgtttatcaccaaccagttccagtcgaaggctaacgaggctgtttacgacttcagcgga
ggtttcttcctgaacaatcctgatctgagcaaaaagttgtttgatacacgtaacacccgt
ctttatccttatgacgagggcgtgctgcaggagtacgaccgtctgaagaaggaggataag
gagcataatctgattatcctgcatctgatgggttcgcacctgatgtacaagtcgcgatat
ccgcagaatgctacccataagtatctgaaggaggatatgtacaatcgtcctgaacttacc
aaaaaacagcgtatgattctggccgattacgacaactctgtacgttataacgactcgatt
gtatgggcagttacccagcgctttgccgataaggatgctatagtaatctacatgcccgat
catgccgaagagatatttgatggcgagccatatatgtacggacgtatgcatggcgccaac
atcgattaccgcctggcacgcaacgagatggagattccgttctggatatggggatcgcca
aagtatcgcgaaaaccacccatacggctggacagctatccaggaggccagaaaccgtccg
atgatgacagatgtgctgccacacctgctgatgtactttggcggtattgcctcgcctctc
tatcacgagcagtataacatcgtgagtccggcttacgacaccaaacgtccacgtatcctg
aaaggcgtaacagattataaccagttaaagaagcaatga
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