Alternaria dauci: 96087166
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Entry
96087166 CDS
T10615
Symbol
ACET3X_006844
Name
(RefSeq) hypothetical protein
KO
K01187
alpha-glucosidase [EC:
3.2.1.20
]
Organism
adac Alternaria dauci
Pathway
adac00052
Galactose metabolism
adac00500
Starch and sucrose metabolism
adac01100
Metabolic pathways
adac01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
adac00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00052 Galactose metabolism
96087166 (ACET3X_006844)
00500 Starch and sucrose metabolism
96087166 (ACET3X_006844)
Enzymes [BR:
adac01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.20 alpha-glucosidase
96087166 (ACET3X_006844)
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SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_31_2nd
Glyco_hydro_31_3rd
Gal_mutarotas_2
Motif
Other DBs
NCBI-GeneID:
96087166
NCBI-ProteinID:
XP_069305612
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All DBs
Position
6:join(1522318..1522927,1523011..1523670,1523730..1525594)
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AA seq
1044 aa
AA seq
DB search
MAPNAGTAGSAAESYKGTKSQWMSEDVQAALDWFSAAIMSRSSFLQASTLLSSFLALTSG
QTPISSSDGGWSTTLAGTPTAFRPVFTIPPTADQGVNQIPNIYDPQAVNAQDACPGYKAS
GLEQGDRGLSATLTLAGAACNTYGTDIEELDLKVEYQSKGRLAVSIVPKYLDASNQSQWI
VPEDLVPRPQAEDSSEGTDLKFDWGNEPSFWFNVGRRSTGDIIFTTQGTKLIYENQFIEF
VNSLPEDYNLYGLGERIHGLRLHNNFTATIYAVDVGDPIDRNLYGSHPFYLETRYFEKGG
NGSKTPLKQSELQQPSLGYDSKPTGSPYESRSHGVYYRNTHGMDVVMKPDHITWRTLGGA
IDLFFFDGPSQPEVTKEYQKSAVGLPAMQQYWTLGFHQCRWGYRNWKETREIVENMRAFN
IPMETIWLDIDYMDQYRDFTLDPVSFPSSDVKEFFDWLHGNNQHFVPIVDAAIYIPNPLN
ASDAYDTYARGNDSDVFLRNPDGSQYIGAVWPGYTVFPDWLSSNGVAWWVKEMVEWYKEV
PYSGFWVDMTEVSSFCVGSCGSGNVTLNPVHPPFSLPGEFGNVVFDYPEGFNITNATEAA
SASAGASSQAASKVPTETAATTTSYFRSTPTPGVRNVNYPPYVINHVQSGADLAVHAVSP
NATHQNGVEEYDVHNLFGHQIINATYQGLLQVFPGKRPFIIGRSTFAGSGKWAGHWGGDN
ASRWAYMFFSIPQALSFSLFGIPMFGVDTCGFNGNTGMELCARWMQLSAFFPFYRNHNVL
SAIPQEPYRWDAVASASRTAMHIRYSLLPYMYTLFNDAHNTGSTVMRALAWEFPNEPQLA
GVDTQFMLGPNILITPVLEPQVDTVKGVFPGIVDGESWFDWYSGERIEAEAGVNTTISAP
LGHIPVYIRGGSVLPIQEPGYTTTESRKNPWGLIVALSTDGTASGNLYVDDGESLEPESS
LDVTFAAMTGQLKVDVEGEFKDTNALANVTILGAPSVGQVKLNGETIDASKVSYNSTSSV
LKLSGLNDLTSGGAWQGSWTLSWA
NT seq
3135 nt
NT seq
+upstream
nt +downstream
nt
atggcgccaaacgcaggcaccgctggcagcgctgcagaaagctataaagggaccaagtcg
caatggatgtccgaggatgtccaggcagcactcgactggttcagcgcagcaatcatgtcg
cgctcaagctttcttcaagcttcaacgctactctcctcttttctggcattaacatctggc
cagacacctatcagttcgtccgatggcggttggagcaccacactcgctggaacccctacc
gcgttccgccctgtctttactatcccccctacggccgaccagggtgttaaccagatcccc
aacatctacgacccgcaagctgtcaacgcgcaagatgcctgtccaggctacaaggcgtcc
ggtctggaacagggtgatcgtgggctgagcgccactctgacactagctggagcagcgtgc
aatacctacggcacagatattgaagagctagacctgaaggttgagtatcaatccaaggga
aggctggctgtcagtattgtaccaaagtatcttgacgctagcaatcaatcccaatggatt
gtacccgaggatcttgttccacggccgcaagccgaagactcgtcagagggtacagacctg
aagtttgactggggtaacgaaccgtctttctggttcaatgtcggccgtcgctctactgga
gatatcatcttcaccactcaaggtacaaagctcatttatgagaaccagtttatcgaattc
gtgaacagcctgcctgaggactacaatctttacggtcttggagagcgtatccacggcctc
cgcctacacaacaacttcaccgcaaccatctacgctgttgatgtgggtgatccaatcgac
cgcaacttatacggcagtcatcccttctacctagaaactcgctatttcgaaaagggcgga
aatggtagtaagacccctttaaagcagtccgagcttcagcagcccagccttggctatgac
agcaaacccaccggttcgccgtacgagtcgcgctctcatggtgtttactaccgcaacacg
catggcatggatgttgtcatgaagcctgaccatattacatggagaacgttgggaggcgcg
attgatctattcttcttcgatggaccttcccaaccagaagtgaccaaggagtaccagaaa
tcggcggttggactgcctgctatgcaacagtactggacactagggttccatcaatgccga
tggggataccgtaactggaaggagacaagagaaattgttgagaatatgagggccttcaac
attcccatggaaacgatctggctcgacattgactacatggaccaataccgagactttacg
cttgaccccgtgtcgttcccttcctcggatgtcaaggaattctttgattggcttcatgga
aacaaccagcatttcgtacccatcgtggatgccgccatctatattccgaacccactgaac
gctagtgacgcttacgacacctacgctcgcggaaacgattccgatgtatttctgagaaac
cccgatggtagtcagtacattggagctgtatggccgggatatactgtcttcccagactgg
ctgtcttctaacggtgtagcgtggtgggtcaaagaaatggttgaatggtacaaggaagtg
ccatacagcggcttctgggtggacatgactgaagtctcctcattctgtgtcggttcctgc
ggttccggaaatgttaccttgaaccctgttcaccctcccttctcccttcctggcgagttt
ggcaacgtcgttttcgattatccagaaggcttcaacatcaccaatgcaaccgaggccgct
tcggcttcagctggcgcatcaagccaggccgcatcaaaagtacccacggagacggctgct
acaactaccagctacttccgatcaacgcctacacctggtgtgcgcaacgtcaactaccct
ccatacgtcattaaccacgtccaatccggagccgatcttgctgtccacgcagtcagtccc
aatgcaacacatcagaatggcgttgaagagtacgatgtccataaccttttcggtcaccag
atcatcaatgccacctaccagggtcttcttcaagtcttccctggcaagcgacctttcatc
atcgggcgttccacctttgctggtagcggcaagtgggccggtcactggggtggtgacaac
gcatcgaggtgggcttacatgtttttctcgatcccccaggctctgtcattctcgctgttc
ggtattcccatgttcggcgtcgacacctgcggattcaacggcaacactggtatggagctc
tgcgctcgttggatgcaactttctgctttcttccccttctaccgcaaccacaacgtgctc
tctgccattccccaggagccctaccgctgggacgcagtggcttctgcatccaggaccgct
atgcacatccgatactccctattgccctacatgtacacccttttcaacgacgcccacaac
actggctctactgtcatgcgtgcgctagcgtgggaattccctaatgagcctcagcttgca
ggtgttgacacacagtttatgctgggtcctaacatcttgatcactcctgtccttgagcct
caggtcgacaccgtcaagggagtattccctggtattgtcgacggcgaaagctggtttgac
tggtactctggtgaacgcatcgaggcggaggctggcgtcaacaccaccatctctgctccc
ctgggtcatatccctgtgtacattcgcggtggctcagtccttccaatccaagagcccggt
tacacgacaaccgagtcccgcaaaaacccatggggtctcatcgttgcgctctcaacagat
ggcactgcttctggtaacttgtatgtcgatgacggcgagtctctagagccagaatcgtcc
ttggatgttactttcgctgccatgactggacagctgaaggtcgacgttgagggcgagttc
aaggacacgaacgcgcttgccaatgtgaccattctgggtgctccatcagttggacaggtc
aagttgaacggcgaaacaatcgatgcaagcaaggtgagctacaactccactagcagcgtc
ctgaagctgtcaggcttgaacgacttgactagtgggggtgcttggcagggaagctggacc
ctaagctgggcataa
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