Listeria ivanovii subsp. londoniensis WSLC 30167: JL58_10690
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Entry
JL58_10690 CDS
T03401
Name
(GenBank) glycosyl hydrolase family 38
KO
K01191
alpha-mannosidase [EC:
3.2.1.24
]
Organism
lia
Listeria ivanovii subsp. londoniensis WSLC 30167
Pathway
lia00511
Other glycan degradation
Brite
KEGG Orthology (KO) [BR:
lia00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00511 Other glycan degradation
JL58_10690
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
lia04131
]
JL58_10690
Enzymes [BR:
lia01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.24 alpha-mannosidase
JL58_10690
Membrane trafficking [BR:
lia04131
]
Autophagy
Cytoplasm to vacuolar targeting (CVT) pathway
Selective cargos
JL58_10690
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_38N
Glyco_hydro_38
Alpha-mann_mid
Glyco_hydro_38C
Glyco_hydro38C2
HTH_Tnp_1_2
Motif
Other DBs
NCBI-ProteinID:
AIS60416
LinkDB
All DBs
Position
complement(2217239..2219896)
Genome browser
AA seq
885 aa
AA seq
DB search
MTRKKAHIISHSHWDREWFLPLESLRFKLVTLMDEVETLLDLEAGFNHFHMDGQMIMLED
YLAVKPAKREKMKQLVANGKLRIGPWYMLQDAFLTSGEANIRNLQYGLEMAEEFGHVEKI
GYFPDTFGLYGQVPQLMSQAGFDTVVFGRGVNPTGFNNQVLGSAFASKYSEMFWESPDGS
KVLGILLANWYSNGNEIPVEKEAAKLFWDKKLADVERFASTDEWLFMNGCDHQPVQTDLA
EAIEVARELYPEIDFIHSHFERYQEAVKENLKPEKLQTVYGELTSQQSDGWSTLANTASS
RIYLKQANEKMERLLERLAEPISVMASEAGIAYPHEYLTFAWKLLMENQIHDSITACSLD
EVHREMEIRFEKVEQVSMSLITNAARKLTEQIATSGSGIPITIFFAGGIEVAKTIEIELE
TDEIYFSEMHFEKIPDELAKLPAQSFRLETSEGEEIPVVVESLGIHFNYDLPERKFRDSY
FARKYKLSFTTENLPAVGYETIYAHAIKQEETKPEVSAKYTLENDFLKVDIAPNGTYSIL
DKCTFVEVSGLGAYEDVGDIGNEYMFKETGDKLRIDTLQSEPAISVLREDKLGRTIKIQH
EIEIPESASEAFADEKRRLVWHPNRQSPRSLQQTILKVVTELTLNKQDKQLAVRVKIDNQ
ADDHRLRVLFQTGRTNETHQAGSVFEVVTRPNKQAKEWTNPAKDNRSQNFVSCGNVVIAS
HGLPEYEVSELGDKIELTLVRAVSEIGDWGDFPAYEAECHREIIAAFYVMLTNEVDVRNS
EIPAEVSALLAPTFAIQHKPSTQEKMLPEKQNFAKWKAADGLVFSTLKFAKDNKRIVRFY
HTGATPTNLQTSHTWGKSTILEKASEGHTTTFTVRPNEIITLKGV
NT seq
2658 nt
NT seq
+upstream
nt +downstream
nt
atgactagaaagaaagcacatattatttctcattctcactgggatagagaatggttttta
ccactagaaagtttaagatttaagctcgtgaccttgatggacgaggtagaaacgttactc
gatttggaagcaggttttaatcattttcatatggatggacaaatgattatgctagaagat
tatttagccgtaaagccagcgaaacgggaaaaaatgaagcaacttgtggccaatgggaaa
ttgagaattggaccatggtacatgttacaagatgcctttttaacgagtggggaagccaac
attcgaaacttgcagtatggtttagaaatggcagaagaatttggtcatgttgaaaaaatt
ggttattttccggatacttttggactttacggtcaagttccgcaattaatgagccaagca
ggatttgatacagttgtttttggtcgtggggttaatccgactggttttaataatcaagtt
ttaggtagtgcatttgcctcaaaatattccgaaatgttctgggaaagtccagatggatcc
aaggttttagggattttacttgcgaattggtattccaatggtaatgaaataccagtagaa
aaagaagcggcaaaacttttttgggacaaaaaattagcggatgtggaacgatttgcttcc
acggatgaatggttatttatgaatggatgcgatcatcaaccagtgcaaacagatttagca
gaagcaattgaggttgcaagagaactttatccagaaatcgactttatccatagtcatttt
gagcgctatcaagaagcagtaaaagaaaatctcaaaccagaaaaattacaaaccgtttat
ggcgagttaactagccaacaatcagatggttggtcgacgcttgcaaacactgcttcttct
cgaatttatttaaaacaagcgaatgaaaaaatggaacgcttgttagaaaggcttgcagaa
ccaatctcagtaatggcgagtgaagcaggtatcgcatatccgcatgagtaccttaccttt
gcctggaaacttttaatggaaaatcaaattcacgatagtatcacagcttgtagtttagat
gaagttcaccgggaaatggaaattcggtttgaaaaagtggaacaagtgtccatgtcgctc
attacaaatgctgcccgcaagctaaccgagcaaatagctacttcaggaagtggaatccca
ataaccattttttttgcagggggaattgaggtagcgaaaaccatcgaaatcgaactagaa
accgatgaaatttacttttcggaaatgcattttgagaaaataccggacgaattagcaaaa
cttccagctcaaagtttccgactagaaacaagtgaaggcgaggaaatcccagttgtagta
gagtcgcttggaattcattttaattatgacttacctgagcggaaattccgtgattcctat
tttgcaagaaaatataaactaagctttactaccgaaaatttaccagcagttggttatgaa
acgatttatgcccatgcgataaagcaagaagaaacaaagccagaagtaagtgcgaaatat
acactagaaaatgactttttaaaagtggatattgcacctaatggcacctattctatactc
gataaatgtacttttgtcgaagtttcggggcttggggcgtatgaagatgtaggtgatatt
ggtaatgaatatatgttcaaggaaacaggtgacaaattacgtatcgatacacttcaatca
gaaccagcgattagtgtgttacgtgaggataaattaggcagaacaatcaaaattcaacac
gaaatcgaaattccagaaagtgccagtgaagcttttgctgatgagaagagacggcttgtt
tggcatccaaatagacaaagtccgcgttctttacaacagacgattttaaaagttgtcaca
gaactcaccctcaacaaacaagataaacaattagctgttcgcgttaaaatcgacaatcaa
gcagatgatcatcggctccgagtgttattccagacggggagaacaaatgaaacccatcaa
gcgggaagtgtttttgaagtggtgactcgtccaaacaaacaagcaaaagaatggaccaac
cctgccaaagataatcgtagtcagaactttgtttcatgtggaaatgtcgttattgcaagt
catggtttgcccgagtatgaagtaagtgaattaggggacaaaatagaattaaccttagta
cgcgctgtatcggaaattggcgattggggtgatttcccagcatacgaagcagagtgtcat
cgtgaaatcattgcagcgttttacgtgatgttaacgaatgaagtggatgttagaaacagt
gaaatacctgccgaagtgagtgcattactagcaccaacttttgcaattcaacataagcca
tcaacccaagaaaaaatgctccctgaaaaacagaattttgcgaaatggaaagcggctgat
ggactagttttttctactttgaaatttgctaaggataacaaacgaatcgtccgtttttac
catacgggagcaacgccaactaacctgcaaacaagtcatacatggggaaaatccactatt
ttagaaaaagccagtgaaggacatacaaccactttcaccgtccgcccaaatgagattatt
acattaaaaggagtgtaa
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