Alternaria dauci: 96088726
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Entry
96088726 CDS
T10615
Symbol
ACET3X_008404
Name
(RefSeq) hypothetical protein
KO
K01190
beta-galactosidase [EC:
3.2.1.23
]
Organism
adac Alternaria dauci
Pathway
adac00052
Galactose metabolism
adac00511
Other glycan degradation
adac00600
Sphingolipid metabolism
adac01100
Metabolic pathways
Brite
Enzymes [BR:
adac01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.23 beta-galactosidase
96088726 (ACET3X_008404)
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GFIT
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NCBI-GeneID:
96088726
NCBI-ProteinID:
XP_069304006
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Position
8:join(1367585..1368213,1368260..1369241,1369289..1370601,1370660..1370846)
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AA seq
1036 aa
AA seq
DB search
MASGQHPASVPDWNNLDILHKNTLPARAYFHNYKSEADALSADVNKSATHSLSGTWKFQH
SFSPFEAPEGFESTTFDTSSWSDIAVPGMWQLQGFGKGPQYTNVIYHIPVDPPNVPFAEN
ETGSYVRKFEVPKQLQDGQIRLRFEGVDAAFHVWVNGKEVGYSQGSRNPDEFDITSVVDL
DAENTLGVRVYQHCDGTYIEDQDQWWLSGIFRDVFLVGFPKESRIENVFAQTILDSSYTD
AELKIKVNATGSGKLTAKLLDANKQEIASSDADIKSDGVTELSIPVKNPLKWTAESPNLY
HLVVSTGDQVIAQRIGFRQVEMRDGLIKVNGKRIVFRGVNRHEHHPTFGRAVPYEFMKED
LLIMKRHNINAIRTSHQLNDPRLYDLADEMGFWVIDEADLECHGFESIADAGLSKEERSL
PFRERQLLTRSKAAEWTTDNPVWTHAYVDRAEALVKRDQMHPSVIIWSLGNEAFMGRNFV
AMYEHIKKYDDSRPIHYEADIYADTMDMYSRMYPPIDEIVKFGEDKEKKKPLVLCEFIHA
MGNGPGNIKEYVDAFYKYPTLQGGFAWEWANHGLLTKDKQTGEEFYAYGGDFGEEVHDAT
FVMDGLVNSDHSPNAGLIEYKKAIEPVQLLESTGSKATFINRYDFITLDHLSCQYTSTSA
SGSGGVSGSLEVPSGVSPGQSFDLELPKVEGSEEEALLSISFQLKEATPYLKAGFEIATA
QISVTPVTPLKRPQSSGKQITVETPSRNILKITTDQAIWEFNTIHGSLTSWVQGSTELLS
KAPEIDIFRAPTDNDIPQDGWDWKDKQLHLAKPFTRKVEWSQSGAEALKVTVHQRVAPPI
LSWSIDCVLTYTFNANGTLSVHVAGTPKGENLPRTLPRIGLVMELPKQFQQVEWFGRGFG
ETYRDSKLSQPVGKYTASGVDELWVDYEVPQESSNHTDTRYLSITNGSGAGLLAQFADKK
SEQRKLFDFQVSHYRMKDVAAADHPHELRKKKREEVVLRLDAEHHGLGSGSCGPRTLDEY
SLLCEPFEFEVVLQAP
NT seq
3111 nt
NT seq
+upstream
nt +downstream
nt
atggcatcaggtcaacacccagcgagcgttccagactggaacaaccttgacatccttcac
aagaatacgctgcctgcacgcgcatacttccacaactacaagtccgaggccgatgcactt
agtgccgatgtgaacaaatctgcgacacatagcctttccggcacgtggaagttccagcat
tcattctcaccctttgaagctcccgaaggctttgagtcgactacattcgacacatcgtca
tggagcgacattgctgtgccaggcatgtggcagctacagggctttggcaaaggcccccag
tatacgaacgtcatttaccacatcccagtcgatcctccaaacgttccctttgctgagaac
gagactggatcctacgtacgcaagtttgaggtaccgaaacagctccaggacggtcagatt
cgacttcggttcgaaggcgttgatgctgctttccatgtatgggtaaacggaaaagaagtt
ggatactcccagggcagcagaaacccagacgagttcgatattacctcggtcgtcgatctt
gatgccgagaacactctgggtgttagagtgtatcagcattgcgatggaacttatattgaa
gatcaagaccagtggtggctgagtggcatatttcgtgatgtcttcttggtaggattcccc
aaggagtcgcgcattgaaaatgtctttgctcagacgatcctggattcgtcctacaccgac
gcggaactgaagatcaaagtcaacgcgaccggatctggcaagctcacagcgaaactcctg
gatgcaaacaagcaggaaatcgcttcatcagacgcagacatcaagagtgatggcgtgacc
gaactcagcattccagtcaagaatcctctaaagtggactgctgaatcgcccaatctgtac
cacctcgtggtctctaccggggatcaagtcatcgcccagcgcatcggcttcagacaagtc
gagatgagagacggtttgatcaaagtcaatggcaagagaattgttttccgcggagtcaac
cgtcatgaacatcaccccactttcggtcgtgctgtgccgtatgagttcatgaaagaagac
cttctgatcatgaagcgccataatatcaacgccattcgcacctctcaccagttgaacgac
ccgcgactatacgatctcgcagacgaaatgggcttttgggtcattgacgaagctgatctg
gagtgccatggctttgagagtatcgctgatgccggtttgtcgaaagaagagcgcagccta
cctttccgtgagcgtcagcttctgactaggtcaaaggctgcggaatggaccaccgacaac
ccagtctggacacatgcgtacgtggatcgtgcagaggcactcgtgaagagagatcagatg
cacccgtctgtcatcatatggagtctcggtaacgaagctttcatgggacgaaacttcgtg
gccatgtacgagcacatcaaaaaatacgacgacagccggcctattcactacgaagcggac
atctacgcagataccatggacatgtattccaggatgtatcccccaattgacgagatcgtc
aagtttggtgaagacaaggaaaagaagaagccactggtgctttgcgaatttatccacgcc
atgggtaacgggcctggtaacatcaaagaatacgttgacgccttctacaagtacccaact
ctccagggaggtttcgcatgggagtgggcgaatcacggtcttcttaccaaggacaagcag
actggtgaagagttttatgcctatggtggagactttggcgaagaagttcacgacgcgaca
tttgtcatggacggtcttgtcaactccgaccattcgcctaatgcgggattgatcgagtac
aagaaggctattgaacctgtgcagcttctggaatcgactggttcaaaggccacgtttatt
aaccggtacgacttcatcacactcgaccacttgagctgccagtacacatcaacgtccgca
tctgggagtggaggtgtatcagggagcctagaagttccttctggtgtctcgcccggtcag
agctttgatttggagcttccaaaagtcgaagggtcagaagaggaggccttgctgagcatc
tcatttcagctgaaggaggctacgccatacctcaaggcaggtttcgagatcgcgacagca
cagatatccgtcacaccagtgacgccattgaagcgacctcagtcatcgggcaagcaaatt
accgttgagacaccgtccaggaacatcctcaagatcacgacggatcaagccatttgggag
ttcaacactattcacggtagcctgacgtcctgggtgcaaggttctaccgagcttctctcc
aaggcaccagaaattgacattttccgcgcacctaccgataacgacattccacaagacggt
tgggattggaaggacaagcaactgcatcttgcgaagccattcactcgcaaggtcgagtgg
tcacagtctggcgcggaagctctcaaggttaccgtacaccaacgtgtcgcacctccgatt
ctctcttggtccatcgattgcgttcttacgtacactttcaacgcaaacggtactctatct
gtgcatgtcgccggcacaccgaagggtgagaacctgccccgtacccttccacgcatcggt
cttgttatggagcttcctaagcaattccaacaagtcgaatggtttggtcgcggcttcggc
gagacctaccgtgatagcaagctctcacaacccgtgggcaagtatacagcgtccggcgtc
gacgaactctgggtcgattacgaggtgcctcaagaatcatcaaaccacacagatacccgt
tatctgagcatcacaaacggtagcggcgcaggactgctcgctcagtttgcggacaagaag
agtgaacagaggaagctgtttgacttccaagtcagccattacaggatgaaggatgttgcc
gctgcggaccatccgcatgaactgaggaagaagaagagggaagaggttgtgctcaggtta
gacgcggaacatcatggactgggaagtggaagctgtggaccgaggacactagacgagtat
agtctactgtgcgaaccgtttgaattcgaggtcgtgttgcaggctccgtag
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