Mycoplasma crocodyli: MCRO_0712
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Entry
MCRO_0712 CDS
T01205
Name
(GenBank) putative beta-N-acetylhexosaminidase
KO
K12373
hexosaminidase [EC:
3.2.1.52
]
Organism
mcd
Mycoplasma crocodyli
Pathway
mcd00511
Other glycan degradation
mcd00520
Amino sugar and nucleotide sugar metabolism
mcd00600
Sphingolipid metabolism
mcd01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
mcd00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00520 Amino sugar and nucleotide sugar metabolism
MCRO_0712
09103 Lipid metabolism
00600 Sphingolipid metabolism
MCRO_0712
09107 Glycan biosynthesis and metabolism
00511 Other glycan degradation
MCRO_0712
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03110 Chaperones and folding catalysts [BR:
mcd03110
]
MCRO_0712
Enzymes [BR:
mcd01000
]
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
MCRO_0712
Chaperones and folding catalysts [BR:
mcd03110
]
Intramolecular chaperones
Others
MCRO_0712
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_20
F5_F8_type_C
Glyco_hydro_20b
DUF4690
Pus10_N_euk
Psg1
Glycohydro_20b2
Motif
Other DBs
NCBI-ProteinID:
ADE19697
UniProt:
A7UN08
LinkDB
All DBs
Position
complement(843336..847880)
Genome browser
AA seq
1514 aa
AA seq
DB search
MNKKKLLTIVSVSSIIGVMGASVVALSATPEPKTVPAERVNLLTGKTKVTSDDQEGPFPA
TSAIDNDRYSRWSTNQKTSTKNNPHWIKVDMETPQTVKSFNILFERNNIRHFKLYLSATD
ADINKSESLVYDSNEMSGSQIKSEYRMDLSTEKTGVRFAKLVIQDWTSQGGGINYANTGV
VSFELFNSYFKKNVAYSTTLNNLAKGKTATASNNETGNTPNKTVDGDEKTRWATERNESS
AVPNGHFLMLDLGKQEKIRSFSLLLERNNISEFEIYASNTKADLETATTMKTKLIYSQIR
EANSEKLEEYKYNFTVPVTAQFIKVLFKKWDAGNNKWPNVSVREFSLYDQEIDTHNILED
LATLDNLQLNAEQTKLIIPTVPAGYVLKYLGTDYEQIIDKNLNVHKPLTEKTVKVDFELT
QTATGKITKLYNKPVKVPGLHTQEAAKNKKPNLIPELAEWYSDSTEKLELGDNLKVYYKG
DKDVNSTRMLNELIADYKEVTNKTITLEESPADESIIKGALIIDLTKKEIPGYDKETYGM
EIKDNIKINATNSIGAYWATRTFLQILKLDETHSKIEKGLIKDYPKYRLRGVSIDVGRKP
MSIEMLKNFVKELSWYKMNSLQVHLSDNLIWLEDHVPSKDKEGMEKAFDAYSAWRLESTV
KNNEGKTVTADDFYYTKEQFVEFINYSRELGIEIVPELDVPAHALSVTKIFKEFALMEFG
GHGGGRRPLIDHIDIRKPEAITLIKKLLDEYIDKDGIFSKDKGITVHIGADEFEGSPDSY
YDFCNIMFQHFKDKGVQVRIWGGFSRIKSSTKSINKELAKDVEMNLWSNDWSKPMDMYDY
GYKVINTLDQPGYMVPNGGGGRGVYQDYLSTQNIYNTWEANVAAGAHLPAASDQMLGGAF
AIWGDALLDTHATGLNELDLHTSLMDALPVYGLKLWGNGNDGNDLDWTKFQTLNEKIGIS
PNDDSLKIRKVEADRRQLFNFDFKGKTDNEKLFDKAGTYKLITNLNNATLVKDSADSYLQ
LNGGNSSADLPIGILGFNNKIKFRVKRQAAPANQKEEILFSAKSEYGEFAIKAKQKYTGK
FGFSRENMDYSFNYELPLDQWVEIELVCIPQGTKRGKTKLFVNGTETGGEAVGRNGYKWN
NGTKTDEVTFKNSTFFMPLEKIGSSSNSFKGQISNISQTNEWSKADKTELQRLESINLTV
KGPRLQPDKITNSQLVVSGNDSSKETVTSKIIEANNQESYIIVRETITSVSSPTDKIVRD
ILVDIEQDFPTMFETQIKIEEDHYTEASVKTFKTEIAKIDKSTLTTKSEYDKAITTVNSE
KTKLVENKALIIKDIEDTKGTDLSIYSQESVDKYLSALEKQKGILENKQHITRTEYTSEK
TNLVDHKKLLIENKVVAKQKVEAKEQEVKKEEYTPESLAKYEEEIKKLNEKINNKTSMTK
EEEKAIEEELNLIQKALVKKSTSPETPTTPVEPTTAPKKKLSGGAITAIVLSTLLGFGVV
AAIILFIIKRKKDK
NT seq
4545 nt
NT seq
+upstream
nt +downstream
nt
atgaataaaaagaaacttttaactattgttagtgtttcatcaataataggggtgatgggt
gcttcagtggtagcgctttctgcaacaccagaaccaaaaactgttccagcagaaagagta
aatttattaaccggcaaaacaaaggttaccagtgatgatcaggaaggaccttttccagca
acttctgcaatagataatgatagatattcaaggtgatcaacaaaccaaaagacttcaacg
aaaaataatccacattgaattaaggtggatatggaaacaccacaaacagttaaatcattt
aacattttgtttgaaagaaataacataaggcattttaaactttatttatcagcaacagat
gcagatattaataaatcagaatcactggtttatgattctaatgaaatgagtggaagtcaa
atcaaatcagaatatagaatggatttatctaccgaaaaaacaggagttcgctttgctaaa
cttgtaattcaagattgaacttcgcaaggtggaggaataaactatgctaacaccggagtt
gtgtcttttgaattgtttaattcttatttcaaaaaaaacgttgcttattccacaacatta
aataatcttgctaaaggaaaaaccgctactgcaagtaataatgaaacagggaatacacct
aataaaactgttgatggtgacgaaaaaacaagatgagcaacagaacgcaatgaatcatca
gccgttcctaatgggcatttcttaatgcttgatttaggaaaacaagaaaaaataagatca
tttagtttgttgcttgaaagaaacaacatttcagagtttgaaatttatgcaagtaataca
aaagcagatttagaaacagcaacaacaatgaaaactaaattaatttactctcaaattaga
gaagcaaattcagaaaaattagaagagtataaatacaattttacagttcctgttactgct
caatttataaaagtattatttaaaaaatgagatgcgggtaataataaatgacctaatgtt
agtgtgagagaattttcactttatgatcaagaaattgacacacataatattttagaagat
ttagcaacattagacaatttacaattaaatgccgaacaaacaaagttgattattccaacc
gttcctgcgggttatgtattaaaatatttgggaactgattatgaacaaatcattgacaaa
aatttaaatgtacataagccattaactgaaaaaacagtaaaagttgattttgaactcact
caaacagctacaggtaaaattacaaaactttataacaaaccagtaaaagtacctggatta
cacactcaagaagcagcaaaaaataagaaacctaacctaattcctgaacttgctgaatga
tattctgattcaacagaaaaattagaattaggagacaaccttaaagtttattataaaggt
gataaagatgtaaactctacaagaatgttaaatgaattaatagctgattacaaagaagta
actaataaaacaattactttagaagaatcgcctgctgatgaatcaataattaagggtgca
ttaattattgatttgacaaaaaaagaaattcctggttatgataaagaaacttatggtatg
gaaatcaaagataacattaagattaatgcaacaaattcaattggagcttattgagcaaca
agaacatttttacaaattttaaaattagatgaaactcactcaaaaattgaaaaaggatta
ataaaagattatccaaaatatagattaagaggagtaagtattgatgttggtagaaaacct
atgtcgatcgaaatgcttaaaaactttgttaaagaattatcttgatacaagatgaattca
ttacaagttcacttaagcgataacttaatttgacttgaagatcacgtgccttcaaaagat
aaagaaggtatggaaaaagcatttgatgcttattcagcttgaagacttgaatcgactgta
aaaaataacgaaggtaaaacagttactgctgacgacttctactacacaaaagaacaattt
gttgaattcatcaattattcaagagaacttggaattgaaatagttcctgagcttgacgtt
ccagctcatgccttatcagtaacaaaaatatttaaagaatttgcgcttatggaatttggt
ggtcacggtggtggtcgaagaccattaatagatcacattgatattagaaaaccggaagca
ataactttaattaaaaaactattagatgagtatattgataaagatggaatctttagtaaa
gataaagggatcactgttcatataggagctgacgagtttgaaggatctcctgattcatac
tatgatttttgcaatattatgttccaacactttaaagataaaggtgtccaagttagaatt
tgaggtgggttttctagaataaaaagttcaacaaaatcgataaataaagaacttgcaaaa
gatgttgaaatgaacttatgatcaaacgattgatctaaacctatggacatgtatgattat
ggatataaagtaattaatactcttgatcaacctggttatatggttcctaacggaggtggc
ggaagaggagtttatcaagactacctttcaacccaaaatatatataacacttgagaagca
aatgttgcggctggagcacatttaccagcagcatcagatcaaatgttaggtggagcattt
gctatatgaggtgatgctttacttgacacacatgctacaggattaaatgaacttgattta
catacaagtttaatggatgcattgcctgtttatggattaaaactatgaggaaacggtaat
gatggaaacgatttagattgaactaaattccaaacgttaaatgaaaaaatcggaatttca
ccaaatgatgattcactaaaaataagaaaagttgaagctgatagaagacaattatttaat
tttgattttaaaggtaaaacagataatgaaaaattatttgataaagcaggaacatataaa
ttaattactaatttaaataatgctactcttgtaaaagattctgctgattcatatctacaa
ttaaatggtggtaattcatcagcagacttgcctataggtatattaggatttaataataaa
attaaatttagagtaaaaagacaagcggcaccagcaaatcaaaaggaagaaattttattt
tctgctaaatctgaatatggtgaatttgctattaaagcaaaacaaaaatacacaggaaaa
tttggatttagtagagaaaacatggactattcatttaattatgaactaccattagatcag
tgagttgaaattgaattagtatgtattccacaaggaactaaacgtggtaaaactaaatta
tttgtaaatggaaccgaaaccgggggagaagcggttggaagaaatggatacaaatgaaat
aacggaacaaaaacagatgaagttacatttaaaaacagcacattctttatgcctcttgaa
aaaattggttcatcttcaaattcatttaaaggtcaaataagcaacatatcgcaaactaac
gaatgatcaaaagctgataaaacagaattacaaagattagaatcaattaatttaacagta
aaaggtccaagattacaaccagataaaataactaattctcagcttgttgtttcaggaaat
gattcatcaaaagaaacagtaacatcaaaaattattgaagcaaacaatcaagaatcatac
attatagttagagaaacgattacttctgtttcttcaccaacagataaaattgttagagat
attttggttgatattgaacaagattttccaacaatgtttgaaactcaaattaaaattgaa
gaagatcattatacagaagcttctgttaaaacgtttaaaacagaaatagctaaaatagat
aaatctactttaacaaccaaaagtgaatatgataaagcaataacaactgttaattctgaa
aagacaaaacttgttgaaaacaaagcattaattattaaagatattgaagataccaaagga
acggatctgtcaatatattctcaagaatcggttgataaatatctttcagccttagaaaaa
caaaaaggcatcttagaaaataaacaacatattacaagaactgaatatactagtgaaaaa
actaatttagtcgatcataaaaaattacttattgaaaataaagttgttgcaaaacaaaag
gttgaagcaaaagaacaagaagttaaaaaagaagaatatacacctgagtcattagcaaaa
tatgaagaagaaattaaaaagctaaatgaaaaaataaataataaaacttcaatgactaaa
gaagaagaaaaagccattgaagaagaattaaacttaattcaaaaagctttagttaaaaaa
tctacttctcctgaaactccgaccactccagtagaacctacaactgctcctaagaagaag
ttgtcaggaggtgctataactgctatagtattgtcaacattactaggatttggtgttgta
gcagcaatcattctatttatcataaaaagaaaaaaagataaataa
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integrated database retrieval system
