Pyrenophora teres: PTT_15511
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Entry
PTT_15511 CDS
T01613
Name
(GenBank) hypothetical protein
Organism
pte
Pyrenophora teres
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
DUF3292
Motif
Other DBs
NCBI-ProteinID:
EFQ88568
UniProt:
E3S0D8
LinkDB
All DBs
Position
Unknown
AA seq
1408 aa
AA seq
DB search
MAGPPSYPANTNFNAHHPSPPSTSSHSNVPFTTSATSVADSSDNELELTPVHSPGGPQYD
DLPPSYDEAQHQAVHDTRNGIAPIDPNQIEAHRLTSNEGPDEAEVWEYRVKGEQTDPASE
QEQAPDYANYRNDKATSVPVQQHGASASSSSASDLAAAMLSQALEFTRSEPNADAQYAPH
LNRLIAIPENREPGQSSNEHKQFLCAYAEVLRGHSVRPAEFADFLYGLNVLATATNAKAQ
DLLVGFSIEGAPSLILHDYIRGANEAFFAPRGLTVSFRSEPMLLDSLPIPAGRRAVILAD
FLEVIRGAEWRAKQLYPWIEALDADADGITTPSERVLRLHETSVRYASQRARSDAPSHDD
DYPVEKLHIYHSEEDEDPPHSIPEPSEETRHGPGHRGRGHHHHPRGQRGGHWSSFGMPGH
GPFGPPGRGPFGAPGNGPFGPGRGPFGRRGRGYAGCRGPAGPFQQTDPWRGNEWAEVGKE
LGKIGEQFGKSMGNWGIEFGKRANSWGLEVGKMASGSGSEQRGAPGPAYEQVNDDLPPSY
GFPHGQDSGVFYGDRKADPSSSTSAGDKGKSKEKDMAMDDDSDTSSISSDTSNSSDSDSD
SDSDSDLPDTDAIFAARLRTINTEATAATQKGQKSASDITRERSLAMEKAQTEKENTDLR
IASRLSKRAATRELKQRRRELKRQHKQKKRELRAVHDRKGKGKAKKSREWKEAKKEFKEK
KKELRRERMAIRKQWREGRSERSRGGRDMGASEEVQGYPHNGGDGGNEDTMQLRVTLPNS
TMATMDPKKQFVQMNELDIGLGRSHINSQDQIELPKRRSTSSSSSSDFDSVQPDTQSSTH
QLVKKVKQKKRHASVKIREALHIPKPADDVKELEPEALVLADTAAVGESESRLDDKSTAP
ERHGVKDMLRYPIDTVKKMGWSQGNQELADNIAVSEMPHGQEVDLVQAATTASQAQTEEE
KQQAEEKLSEMLRQRQNTYVRWSLDRHVTKLRVLPRDTIKLKPRSDFATKDSQGNTTTDW
KQYITHLLDYYAHQYGGQYIGYASSPPTPSKETIMPNIERLIVATSPFQEFLMTTRRVYR
WENPRETEKYLIIYAALWYFNLLLPGILSEILYLVAQRRWHTQTMQDLREDIQHRENTHR
TALSLTEFIEKRGNQNWAHDLLQEIGPWLMIQLADLANIFETVRNFYEWRKPMRTLSVLV
LLASFILVTLLAPLWLLVKTATLMMGVTFFCLFPVSVNCQEYRLLVSPAKRLFWNIPTHA
EWAVRFVQAEGLRVLAECGREQKQQGQCAQGETSPTVPGKQDTRDFASYPAHFQKSPGHL
IISATGIRFQTTYSPHVVLFALSYDKLCNLEKQDRHVEKVAKILKAYEKDLRLVDEEGRE
WLVQGMEKRDEVFSQIVGFSRREWQVVW
NT seq
4227 nt
NT seq
+upstream
nt +downstream
nt
atggctggtccaccttcataccccgccaatacaaacttcaacgcccaccatccatcacct
ccatctacgtcatcgcattcgaacgtccctttcacaaccagtgccacatcagtcgcagac
tcgtctgataacgagttggaattgacgcctgttcatagtcccgggggcccgcaatacgat
gatttgccaccttcgtacgatgaagcccagcatcaggctgttcacgatacgcgcaatggc
atagcacctatagacccaaaccagatcgaagctcaccgcctcacgagtaacgaagggcct
gatgaagctgaggtttgggaatatcgggtgaagggagaacagacggatcctgccagcgaa
caggaacaagctccggactatgccaactataggaacgacaaggccaccagtgttccagtt
caacaacatggagcatctgcttcgtcaagttcagcttccgacctagctgctgctatgctc
agtcaggcactggagtttacgcgtagcgagccaaacgccgatgcgcagtatgcgccacat
ctgaatcggctcattgcgatacctgagaatagagagcctgggcaatcttcgaatgaacat
aagcaattcttatgtgcatacgcggaggttcttcgaggacattctgtcaggcctgctgag
tttgccgacttcttgtatggccttaatgtcctagctacagcaacaaacgcgaaagcccag
gacttacttgttggcttttccatcgaaggcgctccatctttgattctgcacgattacata
agaggggcaaatgaggccttctttgcgccgcgaggtctcacggtctcgttccgcagcgaa
cctatgcttctcgattccctgcccattccagcgggcagacgagctgtcattctcgccgat
tttctggaagtaatcaggggtgctgaatggcgagcaaaacaactatatccctggattgag
gctcttgatgctgatgctgatggtattacgaccccgagtgagcgcgtcctcaggttgcac
gagactagcgtgcgttacgcaagtcagagggcacgatcagatgcacccagtcacgacgac
gattacccggtggaaaagttgcatatataccactcagaggaggatgaagacccgccacac
tcaatccccgaaccttccgaggaaacgcgacacggtcctggccaccgtggacgaggccat
catcatcatcctcgaggtcaacgaggaggtcactggtcatcatttggcatgccaggtcat
ggaccctttggtccacccggaagaggacctttcggcgctcctggcaatgggccctttggt
cctggtcgaggaccatttggcagacgtggccgcggctatgctggctgtcgtggtccagca
ggcccatttcaacagacagatccttggcgtggcaatgagtgggctgaggtgggtaaagaa
cttggaaagattggcgagcaatttggaaaatcgatgggtaattggggcattgaatttgga
aaacgtgccaattcttggggtttggaagtagggaagatggctagtggaagcggttcggaa
cagcgaggtgcacctggaccggcatatgagcaagtaaatgatgacctaccaccgtcgtat
ggctttccccatggccaagattccggtgttttctacggagatcgcaaagctgatcccagc
tcttctacctcggcgggagacaaaggcaagagcaaagaaaaggacatggccatggacgac
gattccgacacctcatcaatttcatctgacacatccaattcctcagattcagactcagac
tcagactcagactcagacctccccgacacagacgccatctttgccgcccgcctccgcacc
atcaatacagaagccaccgccgccacccaaaaaggccaaaagagtgcttcagatatcacc
cgcgagcgctcccttgccatggagaaagcgcaaaccgaaaaagaaaacacagacctcaga
atcgcaagcaggctctccaaacgcgctgcaacccgcgaactcaagcaacgccggcgcgaa
ctaaagcgccaacacaagcagaagaagcgcgaactgcgtgctgtgcatgataggaagggt
aaggggaaagcgaagaagagtcgcgagtggaaggaggcgaagaaggagtttaaggagaag
aagaaggagcttaggagggagaggatggctattaggaagcagtggcgtgaagggagaagt
gagaggagcaggggtggacgggatatgggggcttcggaggaggtccagggatatcctcat
aacggtggagatggaggcaatgaagatactatgcaactccgtgtgactttaccaaacagc
accatggcaaccatggatcctaagaaacagttcgttcagatgaatgagttagacatagga
cttggaagatcgcatatcaacagtcaagatcagatcgagcttcccaaaaggagatctacg
agcagcagcagcagcagcgacttcgatagtgttcagcctgatacgcaatcatctactcac
cagctagtaaaaaaggtaaagcagaagaaacgccatgccagtgtcaagatcagggaagca
cttcacatcccaaagcctgcagatgatgtcaaggaactggaaccggaggcgctggtgctt
gctgatacagcagccgttggggagtcggagtctcgacttgatgataagtcgactgcgcca
gaaaggcatggtgttaaggatatgttgcggtatccgattgatactgtgaagaagatggga
tggtctcagggcaaccaagagctggcagataacatagcagtttcagaaatgcctcatggt
caggaggttgacttggtccaggcggctaccaccgcatcccaagctcaaacagaagaggag
aagcagcaagctgaggaaaagctttctgaaatgttgagacagcgacaaaatacctacgtc
cgttggtctctcgaccgacatgtcaccaagcttcgagtcctaccgcgagacacaataaag
ctgaagcctcgatcagacttcgcaaccaaagacagccaaggaaacaccaccaccgactgg
aagcaatacatcacccacctcctagactactacgcccaccaatacggcggccaatacatc
ggctacgcctcctccccacccactccctccaaagaaacaatcatgccaaacatcgagcgc
ctaattgtcgccacctcgcccttccaagaatttctcatgacaacccgccgcgtctaccgc
tgggagaatccccgcgaaacagaaaaatacctcatcatctacgccgcactatggtacttc
aacctcctcctcccaggcattctatcagaaatcttgtatcttgtcgcccaacgccgctgg
cacacgcagacaatgcaggatctccgcgaagatatccagcatcgtgagaatacacaccgt
actgccctctccctcaccgagtttatagaaaaacgaggtaaccaaaactgggcccacgac
ctcttgcaggaaatcggcccttggctcatgatccaactcgccgacctagcaaatatcttc
gaaaccgtgcggaacttttacgaatggcggaagcccatgcggacgctttccgttctcgtc
ttactggcctcgttcatcctggttacactgctagcgccgctttggttgctagtcaagacg
gcgacgttgatgatgggcgtgacgttcttctgcttatttcctgtttctgtgaactgccag
gagtatcggttattggtgtcgccggcgaagaggctgttttggaatattcctacgcatgcc
gagtgggcggtgcggtttgtgcaggcggagggtttgagggtgttggcggaatgtggacga
gagcaaaagcaacaagggcagtgtgcgcagggcgaaacatcgccaactgtaccggggaag
caggatacgagggatttcgcgtcttacccggcacacttccagaaatcaccaggtcacctc
atcatcagcgcaacgggtatacgtttccaaactacatactcaccacatgtcgtcctcttt
gccctgtcctacgataagctttgtaacctggagaagcaggaccgccatgtcgagaaggtg
gctaagatactaaaggcgtacgagaaagatcttaggctggtggatgaagaggggagggag
tggttggtgcaggggatggagaagagggatgaggtttttagccagattgtgggatttagt
cggagggagtggcaggttgtgtggtag
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