Apilactobacillus apinorum: AAPFHON13_02230
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Entry
AAPFHON13_02230 CDS
T09617
Name
(GenBank) gh68A Glycoside hydrolase
KO
K00692
levansucrase [EC:
2.4.1.10
]
Organism
aapn
Apilactobacillus apinorum
Pathway
aapn00500
Starch and sucrose metabolism
aapn01100
Metabolic pathways
aapn02020
Two-component system
Brite
KEGG Orthology (KO) [BR:
aapn00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
AAPFHON13_02230
09130 Environmental Information Processing
09132 Signal transduction
02020 Two-component system
AAPFHON13_02230
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
aapn01003
]
AAPFHON13_02230
Enzymes [BR:
aapn01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.10 levansucrase
AAPFHON13_02230
Glycosyltransferases [BR:
aapn01003
]
Polysaccharide
Bacterial polysaccharide (excluding LPS)
AAPFHON13_02230
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_68
Baculo_PEP_C
Frigida
Motif
Other DBs
NCBI-ProteinID:
CAI2623577
LinkDB
All DBs
Position
1:312409..314496
Genome browser
AA seq
695 aa
AA seq
DB search
MNKKYKYLIGVIVALVVLAGGYKVYHHFHYQAIRNAKIAEKKEAEYRKYHPVNYDGYVKN
YTKLYAKADPNSKVLTRISAYVLSGTGKNYAKHSSAGIPVRIISKKNKMFKVKFSQYTGY
IKAGRFHTMKNFTDDSGVSHYTRYDLSLLEKNQAKTAYAVPSFVGMSIKDIPSAQSTSLV
QTARDSDGKLIENPTTHQTGLYSGSQMDVWDSWPIQNPDGTVATYHGYRIVLALAANMNP
WQSGHVGVGLGQAKIYVFYQKVSDYNKGVESWKNAGLLTKTKLEGVKSTDKYLKMLTQQW
SGSAVKLDNSNNFRLFYTNYTGGKLYGGTSNNAQYLSTAQFTLKFDKNSVSIDHSKTTDN
KSVFASEGKSYQSFDQFTNEWPDSKGFDDTSLRDPHYIEDHGKKYLVFEANTGTNTGYQG
IDNLFNMAYFGGSKSFQKAEQKKLFDNDVQNAVIDTTNNLKSQVSAYQKALKAVNDQIKE
TSSEDTIQLAQLNQQVTNLSQAITNITTSQNYMKKTGEGIKAQYMNAAIGIVELNNDYTV
KKILKPLVAFNTTDDETERPDIIKHDGKYYMFTITRASRMASNTLDARGVYLLGFVSDSL
TGKYKPLNGSGVVLYSHELNINSRTWTYSYYIMPTKTSAKDNQFLVTSYMTVPGIASQTG
GHATFAPTFKIKIKGDKTEVVPNSTLSQGQVAVTK
NT seq
2088 nt
NT seq
+upstream
nt +downstream
nt
atgaataaaaagtataaatatctaattggggtcattgtggcactagtggtattggcggga
ggctataaggtctaccatcatttccattaccaagcaattcgtaatgctaaaatcgcagaa
aaaaaagaagctgaatatcgtaaataccatccagttaattacgatggttatgtcaaaaac
tatactaaactatacgcgaaagctgaccctaatagtaaggttctaactcgtattagtgcc
tatgtattaagtggaactggaaagaattacgctaagcatagtagtgctgggattccagtg
cgtattatcagtaagaaaaataaaatgtttaaggttaagttcagtcaatatactggatat
attaaagcgggtcgtttccatactatgaagaactttactgatgattcaggtgtgtctcat
tacactcgttatgatctatcattattggaaaagaaccaagctaagaccgcttatgcggtg
ccttcatttgtggggatgagtattaaagatattccatcagcccaaagcactagtttagtt
caaactgctcgtgatagtgacggtaaactaattgaaaacccaactactcaccaaactggt
ttatacagtggttctcaaatggacgtgtgggatagttggccaattcaaaatcctgacgga
actgtcgctacttatcatggttaccgtattgtgttagcactagctgccaatatgaaccca
tggcaatcaggtcacgtcggtgtcggtctaggtcaagccaagatttatgtcttctaccaa
aaggttagtgactacaacaagggtgtcgaatcatggaagaacgctggtctattaaccaag
actaagctagaaggggtcaagagtactgataagtacctaaagatgttgactcaacaatgg
tctggttcagcagttaaactagataacagcaataatttccgtttattctacactaactac
actggtggtaaattgtacggtggaacttctaacaatgcgcaatacttaagtactgcccaa
ttcactttgaaatttgataaaaatagtgtcagcattgatcattccaagactactgacaat
aagtcagtctttgcaagtgaaggcaagagttaccaaagttttgaccaattcactaatgaa
tggccggatagcaaaggattcgatgacacttcacttcgtgatcctcactacattgaagac
cacggtaagaaatacctagtctttgaagctaacactggaaccaatactggttaccaagga
atcgataacctgtttaacatggcttacttcggtggtagcaagagtttccaaaaggccgaa
caaaagaagttgttcgacaacgatgtacaaaatgctgtgattgacactactaataacttg
aagagccaagttagtgcttaccaaaaagcacttaaagcggttaatgatcaaatcaaggaa
actagttctgaagacaccattcaactagctcaattgaaccaacaagttactaatttatct
caagccatcactaacatcactacttcacaaaactacatgaagaagactggtgaaggaatt
aaagcccaatacatgaacgcagcgattggaattgtggaattgaataacgattacaccgtt
aagaagattctaaaaccactagttgctttcaacactactgatgacgaaactgaacgtcca
gatatcatcaagcatgatggtaagtactacatgtttacaattacccgtgctagtcgcatg
gcatctaacacattggatgcacgtggcgtttacctattaggatttgtttcagatagtcta
actggtaagtacaagccattaaacggtagtggagtcgtattgtactcacatgaattaaat
atcaatagtcgtacttggacatattcttactacattatgccaactaagacttccgctaag
gataatcaattcctagtaactagttacatgactgtccctggaattgcatcacaaaccggt
ggtcatgcgacattcgcaccaacatttaagattaagattaagggtgacaagactgaagta
gtccctaactcaacattgagccaaggccaagtggcagtcactaaataa
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