Alternaria dauci: 96087055
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Entry
96087055 CDS
T10615
Symbol
ACET3X_006733
Name
(RefSeq) hypothetical protein
KO
K17686
P-type Cu+ transporter [EC:
7.2.2.8
]
Organism
adac Alternaria dauci
Brite
Enzymes [BR:
adac01000
]
7. Translocases
7.2 Catalysing the translocation of inorganic cations
7.2.2 Linked to the hydrolysis of a nucleoside triphosphate
7.2.2.8 P-type Cu+ transporter
96087055 (ACET3X_006733)
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Gene cluster
GFIT
Motif
Pfam:
HMA
E1-E2_ATPase
Hydrolase
Hydrolase_3
Motif
Other DBs
NCBI-GeneID:
96087055
NCBI-ProteinID:
XP_069305501
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Position
6:complement(1169548..1173048)
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AA seq
1166 aa
AA seq
DB search
MAPPATATAHMATTTLKVEGMTCGACTSAIESGFQGVKGVGNVSISLVMERAVIQHDPEV
ITAEEVREIIDDRGFDAEVLSSDLPMSHSADDHFLSDSEDEEDTTNGNISTTTLSVGGMT
CGACTSAVEGAFKDVAGLKSFSISLLSERAVIEHDPTIISPEKLAETIEDVGFDAQVLDT
VAATPAPRKHKGRRQQKTMTTTVAVEGMTCGACTSAIEGGFKDVEGVYQFNISLLANRAV
IVHDPSKLTEEQIAEIIEDRGFDAKVLSSVDGSIQQSSTANAPVQFKIYGLPNSSAAQEL
EGLLRKRSGITSATVNFGTSRATIQREPQIIGLRAIVEAVEAAGYNALVADSEDNDAQLE
SLAKTKEIQEWRRAVIFSAWFAVPVFLTSMFIPMFLPFINYGGIRLIPGLYLGDVICLVL
TIPVQFGIGKRFYVSAYKSLSHGSPTMDVLVVLGTSSAFFFSIFSMLVSLLISPHTKPTT
LFDTSTMLITFISLGRYLENKAKGQTSKALSNLMSLAPSMTTIYADPIAAAKAAEGWDVK
EEKMERKSTDGNAVEERVIATELIEVGDVVIVRPGDKLPADGTVIRGESYLDESMVTGEA
MPILKKKGALVMAGTVNGNGRLEFLVTRAGRDTQLSQIVRLVQEAQTSRAPIQRLADTVA
GYFVPIIITLGLSTFVGWMVLSHVLPYPPKVFLDHASGGKFMVCIKLCIAVIVFACPCAL
GLATPTAVMVGTGVGAEQGILVKGGAALETATKINHVIFDKTGTLTVGKMSVSQADIQGG
WESGEKKNLWWTLIGLAEMGSEHPIAKAIVLSAKEHLRLGPDGNLDGSVGEFEAVVGKGI
TATVEAAMSRERTRYKVLIGNTAFLTSEGVNVPDFVEEPLTPAANAKPRGGLQNRSAGIT
TIHTAIGNTYTGTLSLSDTIKPSARATVLALSRLGISSSIVTGDTSASALVVAAAVGIDA
SDVHASSTPADKKAIVEDLQSRGKVIGMVGDGINDSPALASADIGIALSTGTDVAMEAAS
IVLITNTDLLAIPASLVLSRAIFFRIKLNLAWACMYNFTGLPFAMGFFLPWGLSLHPMAA
GAAMACSSVSVVLSSLHLKFWSRPSWMKVSVLDPGAPIDEKELEMEKQSKIGVFSTLKDW
ISDAWAARKRNKEETSYMPLRDMGDQ
NT seq
3501 nt
NT seq
+upstream
nt +downstream
nt
atggcgcctccggcgacagcgacggcgcacatggctacgacaacgctgaaagtcgaaggc
atgacatgcggcgcatgcacctctgccatcgagtcgggcttccagggcgtcaagggagta
gggaatgtgtcgataagcttggtcatggagcgtgccgtcatccagcacgatcccgaagtc
atcacagcggaagaagtcagggagatcatcgacgacagggggtttgatgcagaagtgctc
tcgtcggatctaccaatgtcgcatagtgcagatgatcatttcttgagcgattccgaagat
gaagaggacacgacaaatggaaacatctccaccaccacactctcggttggcggaatgaca
tgcggagcgtgtacatccgccgtggaaggcgctttcaaggacgtagctggactcaagtct
ttcagcatatcacttctctctgagcgcgctgttatcgaacacgaccctacgattatatcc
ccggagaagctggccgaaacgatagaagatgttggctttgacgcgcaggtgctggatacc
gtggccgcgacaccagcaccgagaaagcacaagggtcggagacaacagaaaacaatgacg
acgactgtcgctgttgagggcatgacatgtggcgcatgcacttcggccattgaaggcggg
ttcaaggacgttgagggtgtataccagttcaacatcagcttgctcgccaatcgtgccgta
atcgtgcacgatccctccaagctcaccgaggagcagatagcagagatcattgaagaccgt
ggattcgacgccaaggtcttgtcatccgtcgacggtagcatacagcagtcatcaacagcc
aacgcacctgtgcaattcaagatctatggattgcccaattccagcgctgctcaagaactc
gaaggattgttgcgaaaacgatctggaattacctccgcaaccgtcaactttggaacgtca
agggccactattcaacgtgagcctcaaatcatcggcctgcgagccattgtggaggctgta
gaagcagcgggatacaatgcgctcgtcgcggactctgaagacaacgacgcccaactggag
tctctcgcaaagaccaaggaaattcaggaatggagaagggccgtgatcttctccgcctgg
tttgcagttcccgtattcttgaccagcatgttcattcccatgttcctgccattcatcaac
tacggcggtattcgtctcattcccggtctatatcttggagacgttatatgtctggtcctc
acgatcccagttcagtttggcatcggaaagcgtttctatgtgtcggcgtacaaatcgttg
agccatggttctcctacgatggacgttcttgtcgtgcttggcacctcgtccgccttcttt
ttcagtatcttttcgatgctggtatcgctcttgatttccccacacaccaagccgacgaca
ctcttcgacactagtactatgctgatcacgtttatcagcttgggccgttacctcgagaac
aaggcaaagggtcaaacttcaaaggcactttctaacctcatgtccctagccccatctatg
actactatctacgcagatcctatcgccgccgcgaaggctgctgagggctgggatgtgaag
gaagaaaaaatggaacgtaagtcgactgatggcaatgctgttgaagagcgagtcattgct
accgagctcatcgaggttggcgacgtagtcattgttcgcccaggagacaagcttcccgct
gacgggacagtaatacgtggagaatcgtacctcgacgagagcatggtcacgggtgaagct
atgcccatcctcaagaagaagggcgcacttgttatggccggtaccgtgaacggaaacgga
cgtctggagtttcttgtcactcgagccggccgtgacactcagctcagtcagattgtgcgc
cttgtccaggaagcgcagacaagccgcgcgccgattcaacgccttgcagacaccgttgcc
ggttacttcgtccctatcatcatcactctcggcctttcaaccttcgttggatggatggta
ctcagccatgtcctaccctacccgcccaaagtcttccttgatcacgctagtggcggcaag
ttcatggtttgcatcaagctctgcatcgccgtcatcgtcttcgcctgtccatgtgccctg
ggtcttgcgacacccaccgctgtcatggttggtacaggcgttggagccgagcaaggtatt
ctcgtcaagggtggtgctgctcttgagactgccaccaaaatcaaccatgtcatttttgac
aagactggtacgcttactgttggcaagatgagtgtgtctcaagccgatatccaaggagga
tgggagagcggtgaaaagaagaatctctggtggacgctcattggacttgcggaaatgggc
tccgagcatcccattgccaaagccatcgttctctccgcgaaggagcatctccgtctggga
cccgatggtaacttggacggctctgttggagaatttgaagctgtcgttggcaaaggtatc
accgcgacggtcgaagcagccatgtctcgcgagcgcacccgctacaaggtccttattgga
aacacggccttcctcacctctgagggagtcaacgtcccggattttgttgaagaacctctt
acacctgctgcgaatgctaagcctcgaggcgggttgcagaaccgctctgctggcatcacc
acgatccataccgctattggcaacacctacactggcacgctgagcttgtctgacactatc
aagccctcggctcgcgctacagttcttgcgctatcacgtctaggtatatcatcttccatt
gttactggcgatacttccgcttccgcccttgttgtggcagcggcggttggcatcgacgct
tcagacgtccacgcttcgtccacacctgccgacaagaaagctatcgtggaagacctccag
tctcgcggtaaagttattggcatggtcggagatggcatcaatgattctcccgcgctcgcc
tctgctgacattggcattgccctttctactggtacagatgtcgctatggaagctgcgtct
atcgtccttataaccaacacggatcttcttgccatcccggcttccctagtgctcagccgt
gctatcttctttcgcatcaagctcaacttggcgtgggcgtgcatgtacaacttcactggt
cttcctttcgcaatgggctttttcctaccctggggcctttcactacacccaatggctgct
ggtgcggcgatggcatgctcatccgtcagtgtcgttctcagctctctacatctcaagttc
tggagcagacctagctggatgaaggtcagcgtactagatcccggtgcgccaatcgacgag
aaggaactggaaatggagaagcagagtaaaattggcgtcttctccactctcaaggactgg
atcagtgatgcgtgggccgcgaggaagaggaacaaggaggagaccagctacatgccgttg
agggacatgggagatcagtag
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