KEGG   Pyrenophora teres: PTT_03288
Entry
PTT_03288         CDS       T01613                                 
Name
(GenBank) hypothetical protein
  KO
K01535  H+-transporting ATPase [EC:7.1.2.1]
Organism
pte  Pyrenophora teres
Pathway
pte00190  Oxidative phosphorylation
pte01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:pte00001]
 09100 Metabolism
  09102 Energy metabolism
   00190 Oxidative phosphorylation
    PTT_03288
Enzymes [BR:pte01000]
 7. Translocases
  7.1  Catalysing the translocation of protons
   7.1.2  Linked to the hydrolysis of a nucleoside triphosphate
    7.1.2.1  P-type H+-exporting transporter
     PTT_03288
SSDB
Motif
Pfam: E1-E2_ATPase Hydrolase Cation_ATPase_N Hydrolase_3 DUF5665 Imm47
Other DBs
NCBI-ProteinID: EFQ96073
UniProt: E3RDX6
Position
Unknown
AA seq 1003 aa
MAPNEDPERPRASSAAERQKSIVSMTEFEGMDEYTALQKYILFYRDSKTNPHAEQTVKKK
AWWQFWKSGSPTAAAAIADPGAVPDEFLNTELRTGLSSHDVEERRKRYGFNEISSEKTNL
LKQFLGYFTGPILYVMELAALLAAGLQDWVDFGVICGILLLNAIVGWYQEKQAADVVASL
KGDIAMKAVVVRDNQQQTILARELVPGDIVVIEEGQTVPGDARLICGYDHPEDFDLYMKL
KAEDKFQDADPEDEKDDEVDEDKFDEENPITQGHPLVACDQSSITGESLAVDKYMGEVAY
YTTGCKRGKAYGIVITTAKHSFVGRTATLVQGAQDQGHFKAIMNSIGTALLVLVMFFILL
AWIGGFFRHIPIATHRAGTDKSVTLLHYALIMFIVGVPVGLPVVTTTTLAVGAAYLAEQK
AIVQKLTAIESLAGVDVLCSDKTGTLTANQLSLREPYVAEGQDVNWMMAVAALASSHNLK
SLDPIDKVTILTIRRYPKAREILNMGWRTEKFTPFDPVSKRITAVCHMGGDKYVCAKGAP
KAIVNLANCDEITATLYKEKAAEFARRGFRSLGVAYQKNDGDWILLGLMSMFDPPREDTA
QTIVEAQQLGVPVKMLTGDAIAIAKETCKMLALGTKVYNSSKLIHGGLTGTTQHDLVERA
DGFAEVFPEHKYQVVEMLQQRGHLTAMTGDGVNDAPSLKKSDCGIAVEGSTEAAQAAADI
VFLAPGLSTIVLAIKTSRQIFQRMKAYIQYRIALCLHLEVYLVTSMIILNETIRAELIVF
LALFADLATVAVAYDNAHSEQRPVEWQLPKIWFISVILGLLLALGTWVIRGTLFIPNGGI
IQNFGAIQPILFLEVALTENWLIFVTRGGKTFPSFQLIVAILGVDALATIFTLFGWMSGT
DYQTNPPTHNSKFRENGWVDIVTVVIIWAYSIGVTIIIAIVYYMLNRIAWLDTLGRKDRS
RKNPAIENMIAALSKLSLEHGKDKHGTTRYVLAPRAIEDEDDE
NT seq 3012 nt   +upstreamnt  +downstreamnt
atggcgcccaacgaggatcccgagcgtcctcgcgccagctctgccgctgagcggcaaaag
tccatcgtctccatgaccgagttcgagggcatggacgagtacacggcgctccagaagtac
attctcttctaccgcgacagcaagaccaacccccacgccgagcagacggtcaagaagaag
gcctggtggcaattctggaagtcgggctcgcctaccgccgccgctgccattgccgaccct
ggcgccgtccctgatgaattcctcaacactgagctccgaactggtctctcctcgcacgat
gtcgaggagcgtcgcaagcgctatggtttcaacgagatttcgtctgagaagaccaacctt
ctcaagcagttcctcggttacttcactggtcccattctctacgtcatggagctcgctgct
cttctcgccgccggtctccaggattgggtcgatttcggtgtcatttgcggtatcctgttg
ctcaacgctattgtcggttggtaccaggagaagcaggctgccgatgtcgtcgcctcgctc
aagggtgacattgccatgaaggctgtcgtcgttcgtgacaaccagcaacagaccattctc
gcccgcgagcttgttcccggtgatatcgtcgtcattgaggagggtcagaccgtccctggt
gatgcccgtcttatctgcggctatgaccaccctgaagactttgatctctacatgaagctc
aaggccgaggacaagttccaggacgctgaccccgaggacgagaaggatgacgaagtcgac
gaggacaagtttgacgaggagaaccccatcactcagggccaccctcttgttgcctgcgat
caatcgtccatcaccggagagtctctcgctgttgacaagtacatgggagaagtcgcctac
tacaccactggttgcaagcgcggcaaggcctacggtatcgtcatcaccaccgcaaagcac
tctttcgtcggtcgcactgccacccttgttcagggcgctcaggaccagggtcatttcaag
gctatcatgaactccatcggaaccgcgcttctcgtccttgtcatgttcttcatcctgctc
gcctggatcggtggtttcttccgtcacattcccattgccactcaccgcgctggaactgac
aagtccgtcacccttctccactacgccttgatcatgttcatcgtcggtgtccccgtcggt
cttcccgttgtcaccaccaccaccctcgctgtcggtgctgcctacctcgctgagcagaag
gctattgtccagaagctcactgccattgagtcccttgccggtgtcgatgttctctgctct
gacaagaccggtacgcttactgccaaccaactgtctctccgtgagccctacgtcgccgag
ggtcaggacgtcaactggatgatggccgtcgctgcgcttgcctcttcccacaacctcaag
tcgctcgaccccattgacaaggttaccattctcaccatccgccgctaccccaaggcccgc
gagatcctcaacatgggatggcgcaccgagaagttcactccctttgaccccgtctccaag
cgtattaccgccgtctgccacatgggaggtgacaagtacgtctgcgccaagggtgccccc
aaggctatcgtcaacctcgccaactgcgatgagatcaccgctaccctctacaaggagaag
gccgccgagttcgctcgccgtggtttccgatccctcggtgtcgcttaccagaagaacgac
ggtgactggatccttctcggtctcatgtccatgtttgacccccctcgtgaggataccgcc
cagaccatcgttgaggctcagcagctcggtgttcccgtcaagatgttgactggtgacgct
attgccatcgccaaggagacctgcaagatgcttgctctcggtaccaaggtttacaactct
tccaagctcatccacggcggtcttaccggtaccacccagcacgaccttgtcgagcgcgcc
gacggtttcgccgaagtcttccccgagcacaagtaccaggtcgtcgagatgctgcaacag
cgtggtcacttgactgccatgactggtgacggtgtcaacgatgctccctctctgaagaag
tctgactgcggtattgctgtcgaaggttccaccgaggctgcccaggctgccgctgatatc
gtcttccttgctcccggtctctccaccatcgtcttggccattaagacctcccgccagatt
ttccagcgtatgaaggcgtacatccagtaccgtatcgcgctctgcctccacttggaagtc
tacctcgtcacctcgatgatcatccttaacgagaccatccgcgctgagctcattgtcttc
ctcgccctcttcgctgatttggctaccgtcgccgttgcctacgacaacgctcactctgag
cagcgtccggtcgaatggcaattgcccaagatttggttcatctccgtcattctcggtctc
cttcttgctctcggcacctgggttatccgcggtacgctcttcatccccaacggtggtatc
atccagaactttggtgctatccagcccattctcttcctcgaggtcgccctcactgagaac
tggctcatcttcgttacccgtggaggcaagacgttcccctcgttccagctcattgtggcc
attctcggtgtcgatgctcttgcgactatcttcaccctgttcggatggatgtctggcact
gactaccagaccaacccccctacccacaacagcaagttccgcgagaacggctgggtcgac
attgttaccgttgtcatcatctgggcttactcgatcggtgtcaccatcatcatcgccatt
gtctactacatgcttaaccgcattgcatggctcgacacccttggccgcaaggaccgcagc
cgcaagaaccctgcgattgagaacatgattgctgctctcagcaagctttctctcgagcac
ggcaaggacaagcacggaacaacccgctatgtccttgctccccgtgctatcgaagacgag
gatgatgaatag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (31)   
   KEGG ORTHOLOGY (1)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (44)   

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