Alternaria dauci: 96080744
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Entry
96080744 CDS
T10615
Symbol
ACET3X_000422
Name
(RefSeq) hypothetical protein
KO
K05285
GPI ethanolamine phosphate transferase 1 [EC:2.7.-.-]
Organism
adac Alternaria dauci
Pathway
adac00563
Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
adac01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
adac00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
96080744 (ACET3X_000422)
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Ortholog
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GFIT
Motif
Pfam:
PigN
Phosphodiest
Sulfatase
Metalloenzyme
Alk_phosphatase
Motif
Other DBs
NCBI-GeneID:
96080744
NCBI-ProteinID:
XP_069310664
UniProt:
A0ABR3UUV8
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Position
1:join(1318588..1318756,1318807..1320377,1320427..1320614,1320662..1321709)
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AA seq
991 aa
AA seq
DB search
MAQFGRYRFLLIAVVFHLLYIWSCFSTYFTSPIVHGMREHRVETQEAPAKRLVLFVGDGL
RADKAFQSFPNPDPNPPSLLADNTTTPRPLAPFLRSRVLEHGTFGVSHTRVPTESRPGHV
ALIAGLYEDVSAVTTGWKLNPVNFDSVFNRSRHTWSWGSPDILPMFETGAVPGRVDAYCY
GAEEEDSSKDAWVLDEWVFERVKKLFADAKTNATLDAELRQEKSVFFLHLLGLDTTGHAH
RPYSWQYLHNIQIVDRGVQEITQLIEEFYNDDKTSFVFTADHGMSDWGSHGDGHPDNTRT
PLIAWGAGVAPPVKNTSGVARGHTEFSSDWNLDEIERHDVDQADVAALMAYLVGLDFPTN
SVGVLPLSYLDENPKAKAEALLVNAKEILEMYHVKEDMKNETQLRYKPFSGLGDEAHSVE
HRVADIQSLIDSGNADEAIRKTYELIDLGLEGLRYLQTYDWLFLRTLVTAGYVGWIAFAI
TTVIDLHVLTEHVPAQRTVASMVIFSSVLVALYGVFFKQESPAIYYAYAFFPVLFWEEVF
AQRQSLVKGGKILFGHLNSGADVAKLVFATVGFFGLLQALVQSYFIREIYTACYLLATLW
PAVYGPDFMKKNMATVATWALSCIAMSAFTLLPANKAEDIRLILLGGALMFAVGALYLIF
ERTILEDGKSQSELAKHELNHSSRIILGIQLGLVALSMIVTKSSVSYLQARQGIPFGVLT
VGRATLFASLVAPQLHGLYPNAHYVHRLAVIFLQFAPTFIILSISYEGLFYFAFCMCLFS
WMRLEHQVYLHSTTNPSTTAITWDPAKPTKDAASDRLDSLQRGEYRSLTLADARIALFFI
FFIQSAFFSASNIASVSSFSLDAVYRLIPIFDPFSQGALLIIKLMAPFAALSANFGLLNR
RLGVAPSALFMVVMAVSDVMTLSFFYMVKDEGSWLEIGTTISHFVIASLLGVFVSGLEIY
SEWTIRGVEFGSSKKVQGNGTARGKVSEKAE
NT seq
2976 nt
NT seq
+upstream
nt +downstream
nt
atggcgcaattcggtcgctacagattcctgctgatagcggtggtgttccatctgctgtac
atatggagttgtttctcgacctactttacgagccctattgttcatggcatgcgcgagcac
cgtgtagagacgcaagaagctcccgctaaacgcttggtgctctttgttggcgacggtctc
cgtgcagacaaggcatttcaatcgtttcccaaccccgacccgaatcctccgtcccttctc
gccgacaatactaccaccccgcgccctctcgctcccttccttcgctctcgcgttctggaa
catggcacctttggcgtttcccacactcgggttcccaccgaatcccgccctggacatgtt
gcgctgatcgcgggcctatacgaggatgtctcagcagtcacaactggatggaagctgaac
ccagtcaacttcgacagcgtcttcaaccgcagtagacatacatggagctggggcagtccc
gatatcctccccatgtttgaaacgggtgcggtgcctggaagagtcgacgcatactgctat
ggcgcggaagaggaggattcgtccaaagacgcctgggtgttggacgaatgggtattcgag
cgcgtcaagaagctttttgcggacgccaagacgaacgcgacattggacgctgagttaaga
caagagaagagtgtcttttttcttcacctgcttgggctggataccacgggccatgcgcat
cgaccttactcgtggcagtacctgcataatatccagatcgtagatcgtggggtccaggag
attacacagctgatcgaagagttctacaacgacgacaagacgtcctttgtattcacagcg
gaccacggcatgagcgattggggaagtcatggcgacggacacccagacaatacacgtact
cccttgattgcatggggcgctggtgtcgcgcctcctgtgaagaacacatcaggcgttgct
agaggccacaccgagttctcctctgattggaatctggacgagattgagcgacatgatgtc
gaccaggctgatgttgcggcattgatggcttacctggtgggtctggacttcccaaccaac
tcggtcggagtcttgccgctttcctaccttgacgaaaaccccaaggccaaggcagaagct
cttcttgttaatgccaaggagatactggaaatgtatcacgtcaaagaagacatgaagaat
gagacgcagctgcggtacaagcccttctcaggcttgggcgatgaggcgcactctgtcgag
catcgcgttgctgatattcagtcgttgatcgacagcggcaacgcagacgaggctattcgt
aagacgtacgagctcattgaccttggtctcgaaggactgcggtatctgcagacgtacgat
tggcttttcctccgaacgttggtgactgctggctatgttggctggattgctttcgccatc
acaacggttatcgatctgcatgtgctcaccgagcatgttccggcacagagaacggtggct
agcatggtgatattctcttctgtgcttgttgcactctatggagtgtttttcaagcaggaa
tcaccggccatctactatgcatatgccttcttcccggtcctgttttgggaggaagtcttt
gcacagagacagtcgcttgtcaagggcggcaagattctgtttggtcatctcaactctggc
gctgatgtcgcgaaactagtgtttgcgactgttggcttcttcggattgctccaggctttg
gtccaaagctacttcatcagggaaatctacacagcatgctacctgcttgcgacactatgg
ccagcagtgtatggtccggatttcatgaagaagaacatggcgaccgtcgccacttgggct
ttgtcttgcatagctatgagcgcttttacactactgccagccaacaaggcagaggatatt
cgtctgatcctgcttggaggtgcattgatgtttgccgttggcgcactctaccttatcttt
gagaggacgatcctcgaagacggcaaatcccaatctgagcttgccaaacacgagttgaac
cactcgtctcgtatcatccttggcatccagctcggcctcgtagcgctttccatgattgtc
acgaagagcagcgtcagctacttgcaagcgcgccagggaataccatttggtgttttgaca
gtaggacgggcaacactgttcgcctcgctcgtggcaccccaactccacggtctctatccc
aacgcgcactacgtccaccgactggcagtcattttcctccagttcgcaccaacctttatc
attctctccatctcgtacgaaggcctcttttactttgcgttttgcatgtgcctgttcagc
tggatgcgcctggagcaccaggtctacctgcatagcactaccaatccttcgactacagcc
attacatgggacccggccaagcctaccaaggatgctgcatcggaccgccttgactcgctt
cagaggggcgagtacagatctctgaccctggccgacgcgcgcatagctctgttcttcatc
ttcttcatccagtctgccttcttcagcgcctcgaatatcgcctcggtatcatccttctca
ctcgacgccgtctaccgtctaatccccatcttcgaccctttctcccagggcgcactcctc
atcatcaagctcatggcgccctttgccgccctctcggccaactttggtctcctcaatcgc
cggctaggcgtggcgccatcagcactgttcatggtggtgatggcggtcagcgatgtcatg
acactgagctttttctacatggtcaaggacgaggggagttggctggaaatcggaacaacg
attagccactttgtcattgcaagtttattgggcgtgtttgttagcgggctggagatttac
agtgaatggactatacggggcgtggagtttggtagcagcaagaaggtgcagggcaacggg
acagccagggggaaggttagtgaaaaagcagagtag
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