Alternaria dauci: 96080576
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Entry
96080576 CDS
T10615
Symbol
ACET3X_000254
Name
(RefSeq) hypothetical protein
KO
K28899
alpha,alpha-trehalase [EC:
3.2.1.28
]
Organism
adac Alternaria dauci
Pathway
adac00500
Starch and sucrose metabolism
adac01100
Metabolic pathways
adac01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
adac00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
96080576 (ACET3X_000254)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
adac00537
]
96080576 (ACET3X_000254)
Enzymes [BR:
adac01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.28 alpha,alpha-trehalase
96080576 (ACET3X_000254)
Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
adac00537
]
Enzymes
96080576 (ACET3X_000254)
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Glyco_hydro_65N
Glyco_hydro_65m
F5_F8_type_C
F5_F8_type_C_2
Glyco_hydro_65C
Motif
Other DBs
NCBI-GeneID:
96080576
NCBI-ProteinID:
XP_069310496
UniProt:
A0ABR3UTW9
LinkDB
All DBs
Position
1:833856..836906
Genome browser
AA seq
1016 aa
AA seq
DB search
MLSMKFHQAAVALLASTRLAVSSTSSEHDQFRNVTWDDQNWVIATHALDQGHYQSRLTLA
NGYFGINVASAGPFFEVDEPVDGDVISGWPLFSRRQTFSTIAGFWNSQPRTNGSNYPWLY
QYGWESFTAGIPHASGLVVEANGEFLNASVNPDHISDFVSSLDVKAGIASWRYNWKPGGA
GDGTVDVDYQMFVHKLYVNKAAVRLRLTATRDLNITVYDVLDGDCAVRSDFVDKKFEEDT
PTIWSAVSPGNITDVKAYVYSTLGGSDWVNLTSRSKVAEGVFSGGNGSSIAQSLPVELVA
FRPTEITKFIGVASTDAFPDPQSTARNASLSGAEEGYYKLVRSHIKEWESILTPDSVDDY
HLPNGSLPEDADVRELHIMARTNPFYLLSNMVGPNAVAAADNNTKLDVYSIPVCGLGSDC
YGGMIFWDADVWMAPGVQVSHPQHAQNVIKYRVEHFDQAQRNVESAYQSSKNQTGRFTPG
GAVYPWTSGRFGNCTGTGACFDYEYHLNGDISLALNNHLIITGDKEYFNDTLLPISNAIA
HFFGQLLDFNETSNAYELWNATDPDEYANQVNNIGFTTALIQRHFLETNEFNSWFGRSTN
ASWADKASKMRLPVNENAGIIVEYTGMNGSVAVKQADVVLVDDLLHYPNPYSLSNLDYYA
AKQSLDGPAMTYSSFAVVANEVSPSGCSSFTYDVYSSSPYVRAPWYQYSEQLIDNVEENG
GTHPAFPFLTGMGGTNRVAIFGYLGLGLYYDRLDIDPTLPPQIPYLNYRTFYWMGHGINA
TSNSTHTTLARLPRENYTLPSANATYFDKPIPVTIGTRSGRDNTTYELGDEPLVIRNRPM
GEVLTVGGNILQCKALLPPPQGNKPGQFPIAAIDGAASTKWQPELANTTSYLTVDLGTSS
FYPVNKIVMDWGNQPPSHFSIYFSNTTLPPFESQPGSDFGEDVRNVTAGDVEISAPWDPV
TAYEIKTYVGNQTNVTLEQSVWSGRYAHLGIWGNLFAENATDGGTVAEWSLVKEGY
NT seq
3051 nt
NT seq
+upstream
nt +downstream
nt
atgctatcgatgaaatttcatcaggctgccgtcgcgcttttagcttcaacacgcctggct
gtgagctccactagcagcgagcatgaccagttcaggaacgtaacttgggatgaccagaac
tgggttatagcgacgcatgctctggaccaaggccattatcaatcgcgcttgacgcttgca
aacggatactttggcatcaatgtggcctctgcgggaccttttttcgaagtcgacgagccg
gtggatggcgatgtcataagcgggtggccattgttcagcagacgacagactttctcaaca
attgcaggcttctggaacagccaaccacgaacaaacggatcaaactacccttggctgtat
caatatgggtgggagagctttactgcgggcataccacacgcgagtggcctggtcgttgaa
gcgaacggcgaattcttgaatgcgtcggtcaatcccgaccacatttcagatttcgtgtcg
agtctggatgtaaaggctggaatagcgagctggcgatacaactggaagccggggggcgct
ggagacgggaccgtcgatgtggactatcaaatgttcgtgcacaagctttacgtcaacaaa
gcagcagtcaggctaagacttacggcgacgcgcgatctgaatataaccgtctacgatgtt
ttagacggtgattgcgctgttcgctcagactttgtcgataagaagttcgaggaagacacc
cccacgatttggtctgctgtcagtcctggaaacattaccgacgtcaaggcctacgtatat
tcgactctgggtggcagcgattgggtcaacctgacttctcgtagcaaagtagcagaagga
gtctttagtggcggcaatggctcaagcattgcccaatcgctgcccgttgagttggtcgct
ttccgtcccaccgagatcacgaagttcattggagtcgcgtcaacggatgccttcccggat
ccacagagtacagcgcgcaacgcttcactatccggcgctgaagagggctattacaagctc
gtgcgctctcacataaaggaatgggagtctattctaacaccagactccgtcgatgattac
cacctgccgaatggatctttgcctgaggatgcagacgtacgggagctgcatatcatggca
cgaaccaaccctttctacttattgtcaaacatggtcggaccgaatgctgtagccgcggct
gacaacaacacaaagctcgacgtctacagtataccagtctgcgggttaggctcagattgt
tacggcggtatgatcttctgggatgcggatgtgtggatggcaccgggagtgcaagtatca
catccgcagcatgcccagaacgtgatcaaatatcgtgtggagcactttgaccaggcgcag
cgtaatgtcgaatctgcgtatcaatcgagcaaaaaccaaacaggcagattcacgcctgga
ggggctgtgtatccatggacgagcggccgattcggaaactgtaccggaactggcgcttgc
tttgactacgaatatcatctcaacggagacatcagcctcgccttgaacaaccacttgatc
atcactggagacaaagagtacttcaacgacaccctgctaccaatctcaaacgcgattgca
catttctttggtcagctgctggacttcaacgaaacttctaacgcgtacgagctgtggaat
gctaccgatccggatgagtatgccaaccaggtcaacaacattgggttcactacagcactc
atacaacgccattttctagagacaaacgagttcaatagctggtttggacgcagcaccaac
gccagctgggcggataaggcttccaagatgcgacttccagtcaacgagaacgccggaatc
attgttgagtatactggcatgaacggatcagtagccgtcaagcaggccgatgttgttttg
gtggacgacctgctacattaccccaatccctacagcctgtcgaatctcgactattacgcg
gcaaagcagtcgcttgacggtcccgcgatgacctactcttcgtttgccgttgtcgcaaat
gaagtgtcgccatccggatgctcaagctttacctacgacgtgtactcctcttcgccgtac
gtgcgcgcaccttggtatcagtattccgaacaactgatcgataacgtcgaggagaatgga
ggaacgcaccctgcatttcctttcctgactggtatgggtggaaccaaccgcgtcgccatt
ttcgggtacctaggcctgggcctatactacgatagactagacatcgaccccacgctgccg
ccacagataccatatctgaactaccgcaccttttactggatgggtcacggtatcaacgct
acctctaactcaacgcatacgacgttagctcgtctgccacgggagaactacactctgcct
tcagcaaacgcgacgtacttcgataagcccatccccgtcacgatcggtacccgcagcggc
cgcgataacacaacatatgagcttggagacgaaccacttgtgatccgtaaccgaccaatg
ggcgaggtccttactgtcggcggtaacatacttcagtgcaaagctctgctgccacctccg
cagggaaacaagcctggccagttccctattgcagccatcgacggtgccgcaagcacaaaa
tggcaacctgagctcgccaataccacgagctacctcaccgtggatcttggtacctcatcc
ttctaccctgtcaacaagattgtgatggactggggtaaccaaccgccctcgcacttctca
atctacttctcgaacactactctgccgccattcgagagccagccaggatcagattttggc
gaagacgtgaggaacgtgacggcaggagatgtggagatcagtgcgccctgggatccggtt
actgcttatgagatcaagacgtatgttggcaatcagacgaatgttaccctggagcagagt
gtttggagcggacggtatgcgcacttgggtatctggggtaatctgttcgctgagaatgct
actgatggcgggacggttgcggagtggagtttggttaaagaggggtactga
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