KEGG   Pyrenophora teres: PTT_19934
Entry
PTT_19934         CDS       T01613                                 
Name
(GenBank) hypothetical protein
Organism
pte  Pyrenophora teres
SSDB
Motif
Pfam: CoA_transf_3 Kinesin Microtub_bd bZIP_2
Other DBs
NCBI-ProteinID: EFQ85162
UniProt: E3SA21
Position
Unknown
AA seq 1101 aa
MASFAVRNSKCVLKTGLRFPRLNWATPSHVRQLATAATNASNLPLAGIKVLDMTRVLAGP
YCTQILGDLGADVIKIEHPTRGDDTRAWGPPYAKYINNQEGPGESAYYLGVNRNKRSIGL
SFQHPAGVDILHRLVKECDVLVENYLPGSLAKYAMDYDTVSKINPGIIYASITGYGQTGP
YRNRAGYDVMVEAEFGLMHITGTRDGPPVKVGVAVTDLTTGLYTSNSIIAALFRRLKNPK
SKGQHIDVALSDCQVATLANIASSSLISGKRDTGRWGTSHPSIVPYKAFKTADGDILLGG
GNDRLYGVLCNRLGKPEWILDEKFKTNAMRVKHRDELEELIETETRKKTTKELLDVFEGS
GMPYAAINDIQDTLNHEHILARNMVKEVEHPACGPIKLVNTPVKWSESKPEIRLPPPTLG
QHTNEILGDTLGMSKDEVEGLRAEGVVAYSLFDVFLRLRPSNSKDARFLSVEESEQSHPT
HITIQPPTNDKRKRAVERFAFTQVFEEDARQMDLFKGTGVIPMIEGVMGAPGHHGRDGLF
ATLGCSGSGKSHTILGTKTQRGLVQMTLDVVFQTCEEQLVQSFYGAPAFSSLATADVSEA
QLYTATAYLDNMYGDNQSERFPSRANTPMQDCSIFSTGSNWKSSKIPRPSTLPQTPSVAD
IQLPADPTVEYAIVMSMYEVYNDRIFDLLSGSASKNKQPNVKRRALLFKNTEQSPDRKVV
AGLTKIICGSFEEAMMVLETGLMERKVTGTGSNAVSSRSHGFFNIEIKKRDAETKGPWSS
SNLTIVDLAGSERARNAKTAGETLAEAGKINESLMYLGQCMQMQSDNQGGSKNIVPFRQC
KLTEILFSNSYPTPGRQMQHDRQPQKSIMVVTADPKGDFNATSQILRYSALAREVTVPRV
PSTTDAILSGLPQKRPGTACSGRATPSAIMEELDNANAEVARLTAEIEAFSLRLSEETAR
RRAAESSWAAAEEHMVDLEQEIRDECYLEMETAVEQERRRWQAALENEQDNQQAHIDSKI
DVVIRATKAQMKQEVKVYEDPDPELRDRVEELERENEMLRAKLEAKERETMQRSASPVKK
MRILKTKKWEDPEGGLRMYDD
NT seq 3306 nt   +upstreamnt  +downstreamnt
atggcgagttttgcagtaagaaactccaagtgtgttttgaaaactggcttgcgcttcccg
aggcttaattgggcaacaccgagccatgtccgacagctcgcgactgcagcaacaaatgcc
tccaatctaccattggccggcatcaaggtgcttgacatgacgagagttcttgctggccca
tactgcacgcaaatattgggcgatcttggagcagacgtaattaagattgaacatcctaca
agaggtgacgacacgagggcatggggtccaccttatgccaaatatatcaacaatcaagaa
ggaccaggcgaaagtgcttactacctaggtgtcaatcgtaacaaacgatcaataggtttg
tcttttcagcacccagccggcgtggacatcttgcaccgcctcgtaaaagagtgcgatgta
ctcgttgagaactatcttccgggctctcttgcaaagtacgccatggactatgacacagtt
tcaaaaataaacccgggtatcatctacgcaagcatcacgggctacggccaaacgggacct
tacaggaatcgagctggctacgatgtcatggtcgaagctgaattcggtctgatgcacatt
actggtacccgggatggcccaccagtaaaggtcggggtagcagtaactgacctaacaact
ggtctctatacgtctaactctatcattgctgcattattccgccgcctaaagaatccaaaa
tccaagggtcagcacattgatgtggccctttccgactgtcaagtagccacgttagccaac
atcgccagctccagtctcatcagcggaaagcgcgatactggccgctggggaacttcgcat
ccgtcaattgtgccttacaaagctttcaaaacagcagatggagacatcctgctagggggt
gggaacgataggctgtatggcgtactgtgtaataggttgggaaagcccgagtggatactt
gacgagaagttcaagacgaatgcgatgagagtgaagcatagagatgagctggaggaactg
atcgaaacggagaccaggaagaagacgacaaaggaattgcttgacgttttcgagggcagc
gggatgccctatgctgccatcaacgatatacaagacacattgaatcacgagcacatcctc
gctcgaaacatggtcaaagaggtggagcacccagcatgcgggcccatcaaactggtcaac
acacccgtcaaatggtcagagtcaaagcccgagatccgcctaccaccgcctacacttgga
cagcatacgaatgaaattctcggcgacacattgggcatgagcaaggacgaggttgaagga
ttgcgggctgaaggagttgtagcatattcgctgttcgatgtcttcttgcgcctacgtcct
tccaattccaaggatgcgcggttcctcagtgtagaggagagcgagcaaagccacccgacg
cacatcaccatacaaccccctacaaacgacaagcgcaagcgagctgttgagcgcttcgcg
tttactcaagtctttgaggaagatgcgcggcaaatggatctgttcaaggggactggggtg
atcccaatgattgagggagtcatgggcgcaccaggccaccatggacgagatggattgttt
gcgactctgggttgcagtggatccggcaagagtcacacaattctcggaacaaagacgcag
cgcggcctcgtgcagatgacgctcgatgtcgtcttccagacctgtgaagagcagcttgta
caatcattttatggcgcacccgctttctcctccctggcaacagcagatgtgtctgaagca
caattgtatacagcgaccgcatatctggacaacatgtatggagataatcagtcagagcga
ttcccatcgcgagcgaataccccgatgcaggattgtagtatattctccacggggagcaac
tggaaatctagcaagataccacgcccatcaacgctgccacagacgccttctgttgcagac
atccaacttcctgcagacccgaccgtcgaatacgctatcgtcatgtctatgtacgaggta
tacaacgaccgtatcttcgatctcctgagcggcagcgcaagcaagaataagcagcccaat
gtgaagcgaagagcattgctgttcaagaacactgagcagagccctgaccgaaaggtcgtc
gctggtcttaccaagatcatctgtggtagcttcgaggaggctatgatggtcctggagact
gggctcatggaacgtaaagttactggcacaggcagcaatgccgtcagctcacgaagtcac
ggcttcttcaacatagagatcaagaagcgcgatgccgaaaccaagggtccttggtctagc
agtaatctcaccattgttgacttggctggatctgagcgtgcccgcaacgcaaagacggcg
ggggagacacttgccgaggctggcaaaatcaatgaatcgctcatgtatctgggtcaatgt
atgcaaatgcagtcggacaaccagggtggctcaaagaacatcgtgcctttccgccaatgt
aaacttacagagatactcttctcaaactcttatcctacccctggtcgtcaaatgcaacac
gatcgccagccacaaaagtccattatggttgtcacagcagatcccaagggtgacttcaac
gccacatctcagatcttgcgctactcagcactcgctcgcgaggtaactgtaccaagagta
ccatccactacagatgccatactctccggtctaccacaaaagcgccccggcacagcctgt
tccggccgcgcaacaccttctgcaataatggaagagcttgataatgccaacgccgaggtt
gcacgtctaacagccgaaatcgaagccttttctctccgcctctccgaagagacagcccgc
cgacgagcagcagaatcttcctgggcagcagccgaagagcacatggtcgacctcgagcaa
gaaatccgcgacgaatgctacctcgaaatggaaacagccgtagaacaagaacgccgtcgc
tggcaagccgccctagaaaacgagcaagacaaccaacaagctcacatcgactccaagata
gacgtcgtcatccgcgcaactaaagcacagatgaaacaagaggttaaagtctacgaagac
ccggacccagaactccgcgatagggtggaggaattggagcgtgagaacgagatgctgaga
gctaaattggaggctaaggagcgcgagacgatgcaaaggtctgcgagtccggtgaagaag
atgaggatcctcaagacgaagaagtgggaggatcctgaggggggtttacgcatgtatgat
gattga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (24)   
   RefGene (22)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (30)   

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