Fulvivirga ulvae: LVD17_13030
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Entry
LVD17_13030 CDS
T09269
Name
(GenBank) family 20 glycosylhydrolase
KO
K12373
hexosaminidase [EC:
3.2.1.52
]
Organism
fua
Fulvivirga ulvae
Pathway
fua00511
Other glycan degradation
fua00520
Amino sugar and nucleotide sugar metabolism
fua00600
Sphingolipid metabolism
fua01100
Metabolic pathways
fua04142
Lysosome
Brite
KEGG Orthology (KO) [BR:
fua00001
]
09100 Metabolism
09103 Lipid metabolism
00600 Sphingolipid metabolism
LVD17_13030
09107 Glycan biosynthesis and metabolism
00520 Amino sugar and nucleotide sugar metabolism
LVD17_13030
00511 Other glycan degradation
LVD17_13030
09140 Cellular Processes
09141 Transport and catabolism
04142 Lysosome
LVD17_13030
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03110 Chaperones and folding catalysts [BR:
fua03110
]
LVD17_13030
Enzymes [BR:
fua01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.52 beta-N-acetylhexosaminidase
LVD17_13030
Chaperones and folding catalysts [BR:
fua03110
]
Intramolecular chaperones
Others
LVD17_13030
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_20
CBM9_1
Glyco_hydro_20b
Glycohydro_20b2
Motif
Other DBs
NCBI-ProteinID:
UII35101
LinkDB
All DBs
Position
3109232..3111919
Genome browser
AA seq
895 aa
AA seq
DB search
MLLCLGSGLGFSGTDSVTQNDLVLMPYPASVEIREGKFRLNKDFTIAHEGKAHERLFAQA
TRMLRRLDRKTGFFFTQEFVTPEPKKGAGLVIKTQRPGEVRFGEDESYELTVGDNQIILS
AANDIGAIRGMETLLQLLKADDDGYYFPAVEIKDQPRFPWRGLMIDVARHFHPMDVIKRN
LDGMAAVKMNVLHLHLVDDQGFRVESKVYPQFHEKASDGKYFTQQEIREIIRYADELGIR
VYPEFDVPGHATSWLVAFPELASAPGPYSIERNSGIFDPTLNPTIEKTYEVLGNLFAEMS
NLFPDPYFHIGGDENEGHHWDQNQDIQKFMKKHGIKDNHELQTYFNKRLLKVLDKQNKKM
VGWDEILQPDLPKTAIIHSWRGQEGLAKAASQGYKTILSNGYYIDLMKPAYKHYLNDPIP
ANSALTDEQKQNVLGGEATMWSELVTPTTVDSRIWPRTAAIAERLWSPAELRDVESMYER
MGEISFLLEEHGLTHIRNRDVILRNLARQADIEALKVLSNVVEPLKGYRRNPGGAVYKTY
SPFVLFADAAIADAPDARVFNQSVTDYLNGNNEAKAEIKVWLQLWSANHEKLAPVIAKSP
VLWSIKDLSANLSAIAKIGLDALEGDLQEGDIMSQLNSYHSALAKLEQSREQGGRTDLQV
VNSITQLVKSKAGVLAAYRAENNVTVDGDFSDWNDVTWNYFVPAKHLNWNDTCHFAIKWD
KKNLYFAFKVDNSNLQALANSRDKEGLHMDDGIEFLLDTDFDRSKEWKDDDLAYHVNVLN
AIIDDRGSLKNGEYNNGWNGNAKTAVKVSGTVNDPSDKDQGYQVEVAISWKEIGKAPKDE
LVMGIDLCVNDRDDVYQQYRYFDYMNLPVFHMPAGFAKLVLVDKNFKERTSFEQE
NT seq
2688 nt
NT seq
+upstream
nt +downstream
nt
atgttactgtgtctgggttctgggttaggtttctcgggcacagatagcgtcacccaaaat
gacctggtgcttatgccctacccggccagtgtggagatcagggagggtaagttcaggtta
aataaagattttaccattgctcatgagggtaaagctcatgaaaggttgtttgcccaggca
acccggatgttgcggaggctggacaggaaaacaggctttttctttacgcaggaattcgta
accccggagccaaaaaaaggagcaggcctggtaatcaaaacacaacgccccggtgaggtc
aggtttggggaagatgagtcttacgaattaactgtgggtgataatcagatcatactctcc
gcagctaatgacataggagctatacgcggtatggaaacacttcttcaactgcttaaagct
gatgatgatggatattacttcccggctgttgaaatcaaagaccagccacgcttcccatgg
agaggattgatgattgatgttgcccggcattttcaccctatggacgttatcaaacgaaat
cttgacggcatggcagcagttaaaatgaatgtacttcatctgcacctagttgatgatcag
ggatttagagtagagagtaaagtctatcctcaatttcatgaaaaagcctctgatggtaaa
tattttacacagcaggagatcagggagattattcgatatgcggatgaactgggcatcaga
gtctatccggaatttgatgtgcccggccatgccacaagctggctggtggcatttcccgag
ctggccagtgcgcccggcccgtattccatagaaaggaactcaggtatctttgatccaacc
ctcaacccgacaattgaaaagacctatgaggtgcttggcaatctctttgccgagatgtcc
aacctgttccctgatccttattttcatatcggtggagatgagaacgaagggcatcactgg
gaccagaaccaggacattcagaagttcatgaaaaagcatggcataaaggacaaccatgag
ctgcagacctacttcaataaacgcttattgaaagtgctggacaagcagaataaaaaaatg
gtcggttgggacgaaattttacaacctgatctgccaaaaacagcgatcatccattcatgg
agaggtcaggaaggacttgccaaggcggcaagccagggctacaaaaccatcctctccaac
ggatactatattgacctgatgaagcctgcctacaagcactatctcaatgatcccataccc
gcaaattcagcgcttacagacgagcaaaagcagaatgtgctgggcggtgaggctaccatg
tggagcgaattggtaacacctaccacggtggactcccggatctggccaaggactgctgcc
attgcagagcggttatggtcaccggctgagctaagggatgttgaaagcatgtatgaaaga
atgggagagatcagctttttgcttgaggagcatggacttacccacatcaggaaccgcgat
gtaatactgcgaaaccttgcacgtcaggctgatatagaagccctgaaagtactctctaat
gtggtggaaccattgaaaggctaccgaagaaaccccggaggcgcagtatataaaacttat
tctccgtttgtgctttttgctgatgcggccattgccgatgcaccggacgcaagggtattc
aaccagtcagtaacagactatctgaatggcaataacgaagccaaagcagaaattaaagta
tggcttcagttatggagtgcaaaccatgagaaattagcgcctgtgattgccaaatctcct
gtactctggtctatcaaagatctttccgccaacttgtctgccatagccaaaatcggcctg
gatgccctggaaggcgacttgcaggaaggagatatcatgagccagctcaatagctatcat
agtgccctggccaaactggagcaaagccgggagcagggaggaagaactgacctgcaggtg
gtgaattccatcacgcaattggttaagagcaaggctggtgtgttggcggcataccgggca
gaaaacaatgttaccgtagacggtgatttttctgactggaacgatgtaacctggaactat
ttcgttcctgccaaacacctgaactggaacgatacctgtcacttcgctatcaaatgggat
aaaaagaacctgtattttgcctttaaagttgataattctaatttgcaggctttggccaat
tcacgggacaaagaaggcctgcatatggacgacggtatagagttcctactcgatacagac
tttgaccgaagtaaagagtggaaagatgatgatctggcataccatgtcaacgtgttgaat
gccatcatagatgaccgtggaagtttaaaaaatggtgagtacaacaacggctggaatggc
aatgccaaaaccgcagtaaaagtatcgggtacggtaaacgacccttccgataaagaccag
ggctatcaggtagaagtggccataagctggaaagagataggcaaagcaccaaaggatgag
ctggtgatgggcattgacctttgtgtaaatgacagggacgatgtatatcagcagtaccgc
tattttgactatatgaatcttcccgtttttcatatgccggccgggtttgccaaattggta
cttgtagacaaaaattttaaggagcggacttcatttgagcaagagtag
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