Listeria monocytogenes HCC23 (serotype 4a): LMHCC_0837
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Entry
LMHCC_0837 CDS
T00801
Name
(GenBank) conserved hypothetical protein
KO
K21298
1,2-beta-oligoglucan phosphorylase [EC:
2.4.1.333
]
Organism
lmh
Listeria monocytogenes HCC23 (serotype 4a)
Brite
KEGG Orthology (KO) [BR:
lmh00001
]
09190 Not Included in Pathway or Brite
09191 Unclassified: metabolism
99980 Enzymes with EC numbers
LMHCC_0837
Enzymes [BR:
lmh01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.333 1,2-beta-oligoglucan phosphorylase
LMHCC_0837
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
SOGP_N
SOGP_2nd
Glyco_hydro_94
SOGP_4th
GDE_C
DUF7698
Glyco_hydro_65C
YHYH
Motif
Other DBs
NCBI-ProteinID:
ACK39189
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All DBs
Position
852297..855557
Genome browser
AA seq
1086 aa
AA seq
DB search
MTKLKEIKKKDLSAAFYPGGELAWLKLNDIMLNQVIQNPLENRLSQIYVRAHVNDKVEIY
PLLTGDAEVGFNQNGVEYQGTVGAFRYNVQMKFHSRGWFYQVTVDGAGTFDLVYLQDLGL
AEQAAVRTNEAYMSQYIDYHVTEGKTGYTIQARQNQPQNDRFPAVQIGALTKIVGYATDG
FDIYGTDYKVTNELAALTKKSLPNRVYQYEFAQISLQTELFTNHAETSFYGYATEHQPKA
SGAPAENIAEIKTNIKEEAYQPSTKVTRAKNIGKPITGESISEKWLQAKFPDRIQEEKQD
DTLLSFFTPNYAHVVTREKEAALERPHGSILLDKVDVLNPEATLSATTYMYGSFLSQLVA
GNTNMNKWNSHARNPLNILQTSGLRIYIEQDTELRPLGVPSVWETSTNYSTWYYQWNDDL
ITVQTTLTAESKEAFVRVQSEKGRSYKLVLTNQVTMGTNEYDSTIKKEMTDGVVTYFPAE
DSPIVETYPALQFRVDGTFNEMTDERYFAKEYAGTAGLDVFVFEPTANATFHVQAKLTDS
FAKQNADLEAATKEIRASYDELTAQFHLNHQSTTAEKLNLTVYWYAHQMLVHYASPHGLE
QYSGAAWGTRDVSQGPFEFFLATGNKAVLRQLVLTIFSHQYQDTGDWPQWFMFDKYTSIQ
QEESHGDVIVWPLKIIGDYLEMSGDTEILEEEIPFVDREAKTFTKEKDTLLAHIELAVQT
IEARFMKGTALSNYGDGDWDDTLQPANAQLKKNMVSSWTVALTYQTFKRLAVFLPTGDKY
SALAKRVQADFAKYMTTETDVIPGFLYLEEGKAPVWMIHPEDKDTNIKYRLIPLTRSVIA
ELVDKKQASRNFDIIDEHLLHPDGVRLMSEPAHYAGGVSTHFKRAEQAANFGREVGLQYV
HAHIRYIEALAKIGNQEAWHMLDVINPINIKEVVPNAALRQSNTYFSSSDAAFLDRYQAQ
NEFSRVKEGTIPVKGGWRIYSSGPGIYLHQLISSVLGIRQTENAILFDPVLPEELDGLEC
HIELDNYPLDITFESADEAGVFVNGEAQPVENEANAYRTGALLLPKKNLTTKCSQITIKF
SKNNRL
NT seq
3261 nt
NT seq
+upstream
nt +downstream
nt
gtgacaaaattaaaagagattaaaaagaaagatttatcagctgcattttatccaggcgga
gagcttgcttggttgaaattaaatgatattatgttgaaccaagtcattcaaaacccgtta
gaaaatcgcttatcgcaaatctatgtgcgggcgcatgtgaatgataaagtggagatttat
ccacttttaactggagatgcagaagttggttttaatcaaaatggtgtagagtatcaaggg
acagtaggcgcgtttcgttataatgttcaaatgaagttccattcacgtggctggttttat
caggtgacagttgatggcgcggggacatttgaccttgtttatttacaagacttaggactt
gcagaacaagccgcagtgcgaacaaatgaggcttatatgtctcaatatattgattatcat
gtgacagaaggaaaaactggatatacgattcaagctcgccaaaatcaaccgcaaaacgat
cgctttccagcagtccaaattggcgcattaaccaaaattgtcggttacgcaacagatggc
ttcgatatttatgggacggattacaaagtgacgaacgaactggccgcgcttacgaaaaaa
tccctacccaaccgtgtatatcaatatgaattcgcgcaaatttccttgcagacagagcta
tttaccaatcatgcagaaacaagtttttatggatacgcaacggagcaccaaccaaaagca
tctggagcaccggctgaaaatatagctgaaataaaaacgaacattaaagaagaagcttat
cagccaagtactaaagttacgcgtgcaaaaaatatcggcaaaccaattactggtgaaagt
atttctgaaaaatggttacaagcgaagttcccagatcgaatccaagaagaaaaacaagac
gacacgctactttccttcttcacgccaaactatgcgcacgttgttacccgtgaaaaagaa
gctgctctagaacgaccacacggcagcattttactagacaaagtggatgtgttaaatccg
gaagcaactctttctgcaacgacatacatgtatggctcatttctatcacaattagttgct
ggaaatacgaatatgaataaatggaatagccatgcgcggaatccactcaatattcttcaa
acaagcggcttaagaatttatatcgaacaagatacggaactcagaccacttggtgtacca
tctgtttgggaaacaagcacgaattactctacttggtattatcagtggaatgacgattta
atcaccgtgcaaactaccttaaccgctgaaagtaaagaagctttcgtccgtgtacagtct
gaaaaaggccgttcatacaaactagtactaaccaaccaagtaaccatgggaacaaatgaa
tacgacagtacgataaaaaaagaaatgactgatggcgtcgtcacgtatttcccagcagaa
gattcgccgattgtagaaacctatccggcacttcaattccgcgtagacggaacttttaac
gaaatgactgacgaacgttattttgcgaaagagtatgcaggaacagctggtttggacgta
tttgtattcgaaccaacggctaacgcaaccttccacgtacaagcaaaattaactgattcg
tttgccaaacaaaacgcagatttagaagcagctacgaaagaaattcgcgctagctatgac
gaactaacagcccagttccatttaaaccatcaaagtacaactgctgaaaagctcaactta
acggtttactggtatgcgcatcaaatgttagtgcactacgcgtcgccgcacggtttagaa
caatatagcggggcagcttgggggactcgtgacgtcagccaaggtccatttgagttcttc
cttgcaacaggcaacaaagctgttttgcgccaattagtgttgacgatcttttcgcatcaa
tatcaagatacgggcgactggccgcagtggtttatgtttgataaatacacctccatccaa
caagaagaaagtcacggggatgtgattgtttggccgctgaaaattattggtgattactta
gaaatgagcggagatacagaaatacttgaagaagaaattcctttcgttgaccgtgaagca
aaaacattcacaaaggaaaaagatacacttctagcgcatattgaattagctgtacaaaca
atcgaagcacgctttatgaaagggacagcactttctaactacggtgacggagactgggat
gacacgcttcaaccggccaatgcccaattgaagaagaacatggtttctagctggacagtg
gcactaacatatcaaacattcaaacgtctagccgtgttcttaccaacaggcgacaaatat
agtgcactagcaaaacgtgtgcaagctgactttgcgaaatatatgacaacggaaacggac
gttattccaggattcctttatttagaagaaggaaaagcaccagtgtggatgattcatcca
gaagataaagatacgaatattaaatatcgtttaattccacttacaagaagtgtcattgct
gaattggtcgataaaaagcaagcaagccggaattttgatattatcgacgagcatttactt
cacccagatggcgtcagattgatgagcgaacccgcacattatgcaggtggggtaagtacg
catttcaaacgtgctgagcaagctgcaaactttggtagagaagtcggtttgcaatacgta
catgcgcatattcgttatattgaagcattagcaaaaattggtaaccaagaagcttggcat
atgctagatgtcatcaatccaatcaatattaaagaagtggtaccaaatgcagcactacgt
caaagcaatacttatttcagtagttccgatgccgcatttttagaccgctatcaggcgcaa
aatgaatttagtcgagtaaaagaaggaaccattcctgtgaaaggtggatggcggatttac
tcaagtggtccaggaatatacttacatcaattaatcagttctgttcttggtattcgtcaa
actgaaaatgcgattctctttgaccccgttttaccagaagaactggatgggttagaatgc
catatcgaactggataattatccactagacatcacatttgaaagcgcagatgaggcaggt
gttttcgtaaatggggaagcgcaacccgttgaaaatgaagcgaatgcctaccgaactggc
gcgctccttttaccgaaaaagaatttaacaacaaaatgttcacaaatcacgattaaattt
tcaaaaaataaccgtctctaa
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