KEGG   Pyrenophora teres: PTT_17158
Entry
PTT_17158         CDS       T01613                                 
Name
(GenBank) hypothetical protein
  KO
K07756  inositol-hexakisphosphate 5-kinase [EC:2.7.4.21]
Organism
pte  Pyrenophora teres
Pathway
pte04070  Phosphatidylinositol signaling system
pte04138  Autophagy - yeast
Brite
KEGG Orthology (KO) [BR:pte00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    PTT_17158
 09140 Cellular Processes
  09141 Transport and catabolism
   04138 Autophagy - yeast
    PTT_17158
Enzymes [BR:pte01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.4  Phosphotransferases with a phosphate group as acceptor
    2.7.4.21  inositol-hexakisphosphate 5-kinase
     PTT_17158
SSDB
Motif
Pfam: IPK
Other DBs
NCBI-ProteinID: EFQ87352
UniProt: E3S3S4
Position
Unknown
AA seq 2018 aa
MPSSLHPHLRRGLDFDEYYLHPDDVIEEAPAETQDPEERAAKRRRIEAIASQYLRGRPPV
IVTAGLRGPFNNGWKNPWARPTQDKRRTLGKNERTSESRNRHSKKVTAAGRKDAVGHQAS
AKLGMNNRGRVTEQASAPLTASPETSRAARDGVDTCEHNTSLEEIEVPPVTEPLPDDDSA
STATGISSVGTARRIQTRSPMTNPFWLRRPGSAKVDMRRARDGNTDTSPSRSRSRQGDSQ
MSAKGELQLSLPKAPIRAQSTPRRSELPDAYKSSASASMDISSPVVDDDTPRQLVNAEAQ
STSTAAEEPLYTLEAVQTATAAITQETTHSKEPAQRSQRTVPIVTSSMGSQDTHASQKPV
SFTTRKPRKKPRAVNFDSSPEKISAAPKPRPQTVVEKANHAPQDEATEVDGTDIKVIQGD
VVEKQEHDQELQKSRDSDWSTQAAMLRAQLEFQQSTFPSMSPNLVGAGSQTSIDTPRPIG
AVSNALTTPFSAFTVQRDEPLLNFNESMAHGPPISTQDLFGAASPFAFSTVKKPTQGGHG
SNLRFAQSPGDVICQASNADKSPTPSIDRIPLKDKNTTTSVWSFVSEKASQASQGSRGDK
SRRITKDGCSPLESFGPNGNLHFTDGFLRNTFRTWTDDTSHSLKPAPPPEPPAAALPLPP
LGLQPFPSASAAALHANLPDPALRCVSAAPNDRILANISNARLAISATHPATRCPLDGRI
NVEPMSPTPDAHGNTSPPAQVRLNAPNDAPTLHPDREAVTPKSLAQTGRSRTAPIVHENH
LWKSSIDRPQLDERDSIFATTYLASDSPISSPRAAARQTDFAHDAPEHSLSELAAPTPPP
GPLKDPPIIRRKHSTLPPTLPATPSIDHHAVLTTPFNPRAAIAAGMGLEVTRHSPPPYMS
PVDSPLQRPTTPLHSELQPALHDALLESEERRRNREWREGKPVPFKGNIILDNPVMGVDM
EKKIEATLAKTEQPTSARSRKASHYLRVFKDGDPAEDPKKREGKPRERTSADRPLSTLSE
EVSAGPNTSETSASVLTQQLRRSSLASPIVQSPLTGPADFYFDTKPASRTEPNLGPTPPT
QPSIRPEQSNAEKRELPRRLLEDIRGFGNLSPGSFYSHSLPTSAVEKIHAHSSTNGTAHY
DEPSDYFQAKDRSSAERTPGSEEEDESEKEQISSALYFPHRRLKAGDQVPVEPKPRDREV
IDVDKRASFHEGAGPRGWAANKEVQTPQEVEISLQSQDTNQCLHGDISTATSVKKDKDQP
LTASVVDTLSAESEPESLAESTHSLLGYESSATDDLGTTPTATKHKQEPKVAPAPVAQPP
APLGAVELKPYDHQVGGHSTVYRFSRRAVCKQLNNRENEFYETVERQHPELLDFLPRYIG
VLNVTYRKAPKKKKTSKDKAKQDAPPTTSTTQSENASRQASTAPEESRKPETTRVVSHSQ
QIMPVPEVIFENNRHIIPDNLFRVPPRSTTPDPWMRNPALSSQQHRRYQSDYTNTSTSPA
RPQLPHASSWGVTTINRKLQEEVLRQVFAPPTIHHRPRHHHHHGIPSRKMGDVSQSTVGS
APTIRRNSTDVSALHPPLTEECTRKQVLKSEARRHASGGNPIPAVSSSVDGLQANTESLR
PPLNNIPRRRHSGSGLTRRPLGIDTVQRHNLEYYEEDGYGGDAEEEVFAMDEDRRTKGEA
DDRDRGRPLHSPKTTNIPDTQPPSEGTMLPAAPMSNSQGVPLIEEPSNPEQAQQQPDERV
QHFILLEDLTAGMSRPCVLDLKMGTRQYGVEANEKKQRSQRRKCQMTTSKELGVRVCGMQ
IWNVKTQSYIFEDKYFGRDLKAGKEFQDALKRFFWDGTSYKAASKHIPVILDKISQLERM
IRKLPGYRFYASSLLMLYDRGDGESKEKEAPNGEDASATSSGLASPGPVPASHAAPSQPE
IKLKIVDFANCVTAEDALPDDLPCPPQNPDGIDRGYLRGLRTLRLYFQRIWNDIHEEWVE
RGEGEGMARSHHHGPGLGDVGAGWQDAAGGEDTGYVSF
NT seq 6057 nt   +upstreamnt  +downstreamnt
atgccatccagtctacatccacacctcagacggggcctggactttgatgaatactacctt
caccctgacgacgtcatcgaagaagcgccggctgagacccaagaccctgaggagcgagca
gctaagcggcggaggatagaggccattgcatcgcagtatttgcgcggccggccgcctgtt
attgtcacggctggcttgcgcgggccattcaacaacggatggaagaacccgtgggcccga
ccgacacaggacaagaggcggacattgggcaagaatgaaaggacgtcggaatctcggaac
cgtcacagcaagaaggtcacagcggccggtcggaaagacgcagtcggacatcaggcaagc
gcgaagcttgggatgaacaatcgagggcgtgtgacagaacaggcttcggctcccctgaca
gcatcaccggagacctctagagctgcgagagatggcgtggacacgtgcgagcacaatacc
agcctcgaagaaatcgaagtcccacccgtgacagagcccttgccagatgacgacagcgca
tccaccgcaaccggtatctcgagtgtcggcaccgcgaggcgaatacaaacccgatcaccc
atgacaaacccgttctggttgcggcggcctgggtcagcaaaggtggacatgcgcagagct
cgggatgggaacacagacacatcgccatcacggtcacggtcacgccaaggggattcgcag
atgagcgcgaaaggagaacttcaactcagcctcccaaaggcaccaatccgagctcagagc
accccgcgcagatccgaactgccagatgcatacaaatccagcgcgtcagcttccatggat
atctcgtcgcccgtagtagacgatgataccccaaggcagctggtcaatgccgaagcacag
tctacttcgacagcagcagaagaaccactatacacactagaggcggtccaaacagccacc
gctgcaatcacacaagagaccacccacagcaaggaaccggcgcaacggtcacagcgaact
gtacccattgtcacttcatccatgggcagtcaagacacgcatgcgtctcaaaagcccgtc
tcgtttacaacacgcaaaccacgtaaaaagccaagggcagtcaactttgattcatcgcca
gaaaagatctcggcagcgccaaagccacgcccgcagactgtagttgaaaaagccaatcat
gcacctcaagacgaagcgacagaagtagacggaactgatatcaaagtaattcaaggagat
gtcgttgagaaacaggaacatgaccaggagctacagaaaagtcgggactctgactggtct
acgcaggcagccatgttgcgagctcaactcgaattccagcaaagcactttcccatccatg
tcgcccaatctcgtcggagccgggtcgcaaacttcaattgacacacctcgtccgataggg
gctgtatccaatgcactgacaacacccttttctgcctttactgtccagcgagacgaaccg
cttctcaatttcaacgaaagcatggcacatgggccacccatcagcacgcaggatctcttc
ggtgcagcatctccattcgcctttagcacggtgaagaagccgacgcaaggaggtcacggg
agcaatttgaggtttgctcagagtccgggcgatgtgatatgccaagccagtaacgcagat
aagagccccacgccgtccattgatcgcatcccactaaaggataagaacacgaccacgtcc
gtttggagcttcgtcagcgaaaaagcatcgcaggcctcgcaagggtcgcggggagacaag
tcaagacgtatcacaaaggacggatgttccccgctggaaagcttcggcccaaacggaaat
ttgcactttacagacggctttctacgtaatacatttagaacgtggaccgacgacacctct
cactcgctgaagccagcaccacccccggagccgccagctgcagccctccctctccccccc
ctcggcctgcagcccttcccatccgccagcgccgctgctctgcacgctaatctcccagac
ccggccctccgctgtgtctccgccgcgcccaacgaccgcatcctggccaacatcagcaac
gctcgcctggccatatctgccacccatcccgccacgaggtgccctttagacggtcgaatc
aatgtcgagcccatgtcacccacgcccgacgcccacggaaatacctcaccccccgcacag
gtgaggttgaatgccccaaatgatgcgcccacgctccacccagaccgcgaagccgtgacc
ccgaagagcctcgcccagacgggccgttcacgtacggcgcccattgtgcacgaaaatcat
ctgtggaagtcgtcaattgaccggccccagcttgacgagcgcgacagcatcttcgcgact
acctacctcgcctcggacagccccatctcctcgccccgcgccgctgctcgccagactgac
ttcgcacacgatgcccccgagcacagcttgtccgaattggctgccccaactcctcccccg
gggccactgaaagacccgcccattatacgcaggaagcactctaccctcccgcctaccctc
ccagctacaccctccatcgaccaccacgccgttctgaccacccccttcaacccccgtgcc
gccattgcagccggtatgggtctcgaggtcactcgccacagcccccctccttacatgagt
cctgtcgactctcctctgcagcgcccaaccacaccactccactctgagctccagcccgca
ttgcacgacgctctgttggagagtgaggaaaggcgccgcaacagggaatggcgcgagggc
aagcctgtcccgttcaagggcaacatcatcctcgacaaccccgtcatgggcgtggacatg
gaaaagaaaattgaagccaccctcgccaagaccgaacagccaacgtcggcacgcagtcgg
aaagcaagccactatctgcgcgtcttcaaggatggtgatcctgccgaagaccccaagaag
agagaggggaagcccagagaacgcacctctgccgatcgcccgctctctacgctgtcagag
gaagtgtcagcgggacccaacacatctgagactagtgccagtgtccttactcagcaacta
cgtcgatcgtcgcttgcttcacccattgtgcagtcgcctttgactggcccagccgacttc
tacttcgacactaagcctgcttcacgtaccgaaccaaatcttggccctacgccccctacc
cagccaagcatacgaccagaacaaagcaacgctgagaagcgggagctcccgcggcgtctt
ttagaagacatccgtggcttcggaaatctgagtcctgggtctttctactcgcacagtctg
cctacctcagcagtcgaaaaaatacatgcacattcatcaacaaacgggacagcgcattat
gatgagccatccgactacttccaggccaaggacaggagcagtgccgaacgtacgccaggc
tcggaagaagaagatgaatcggaaaaggaacagatctcatcagctctttactttcctcat
cgccgtctcaaggcaggcgatcaggtccctgtagaaccaaagccccgagatcgagaggta
attgatgttgacaagagggcctcgtttcatgagggtgcagggcccagaggatgggccgcg
aataaggaagttcagaccccgcaagaagtagaaatttctctacagtcccaagatacaaat
caatgcctgcatggtgacatatccacggcaacttccgtaaagaaagataaagatcagcca
ctgacggcctcggttgtcgatacgctttcagctgaatctgagcccgagtccctcgccgag
tctactcattcacttcttggctatgaatccagtgcgactgatgatctaggcactacgccc
actgcgacaaaacacaagcaggagcccaaggtcgccccagctccggtcgctcagccacca
gccccattgggtgctgttgagctgaagccgtacgaccatcaagtgggtggacattctact
gtctaccgattttcgcggagggctgtatgtaagcagctcaacaatcgagaaaacgagttc
tatgaaacggtcgagaggcagcatccagaactcctggacttcttaccaaggtatattggt
gtcttgaatgtgacttatcgcaaagcacccaagaaaaagaagacgtccaaggacaaagcc
aaacaggatgcccctcctactacgtccacgactcaatcggagaacgcttcgagacaggct
tctacagctcctgaagaatcgaggaagccagagactacccgcgtggtcagccattcgcag
cagatcatgcccgttccagaggtcattttcgaaaacaaccgacacatcatcccggataac
ttgttcagggtacctccgagatccactactccagacccctggatgagaaatcctgcgctg
tcctcacaacagcatcgccgataccagagcgattatactaacacttctacaagccccgcg
cgaccccagttaccgcacgccagcagctggggcgtgacgacgatcaacagaaagcttcaa
gaagaggtacttcgccaggtctttgcccctccgaccattcaccatcgcccgcggcatcat
caccatcatggcattccttctcgtaaaatgggagatgtgtcacagtccacggttggctca
gcgcctaccattagaagaaacagcacagacgtatcggcattgcatccaccacttacagag
gaatgtactcgaaagcaagttctaaagtcagaagcccgccgtcatgcttcaggaggaaat
cccattccagccgtctctagttcagttgatgggttgcaggccaatacggagtcattgagg
cccccgctgaacaacatccctcgacgccgacattctggaagcgggctaactaggagacct
ttgggcatagatacagtccagagacacaacctagagtactatgaagaggatggttacggc
ggcgatgcggaagaagaagtctttgccatggacgaggaccgcagaaccaagggcgaggct
gatgatcgggatagaggtcgccccttgcacagccccaagaccacaaacatacccgacact
caacccccgtcggaaggtaccatgttacctgcggctcccatgtcgaacagccaaggcgta
ccactaatcgaagagccgtctaatcccgaacaagcgcaacaacagcctgacgagcgtgtt
cagcatttcatccttctggaagacttgactgcaggcatgtctaggccctgtgtgctggat
ttgaagatgggaacacgccagtatggtgtagaagcaaacgagaaaaagcagcgctcgcaa
cgacgcaagtgtcagatgacaaccagcaaagaacttggcgtacgtgtctgtggaatgcag
atctggaatgtcaagactcagagctacatcttcgaagacaaatactttggtcgcgatctg
aaagccggcaaggagtttcaggatgcactgaagcgcttcttctgggatggtacaagctac
aaggctgccagcaagcacataccagtgatattggacaagatcagccaactcgaacgcatg
atcagaaagctgcctggatacaggttctatgccagcagcttgctcatgctctatgatcgt
ggggacggagagtcgaaagagaaggaggcgcctaatggtgaagacgcctcagccacgtcg
tcagggctcgcatcacccgggccagttccggcttctcatgcggcaccgagtcagccagag
atcaagcttaagattgtcgactttgccaactgtgttactgcggaagatgctctacctgac
gatctgccctgccccccacaaaatccagacggcatcgatcgaggctatcttcgtggtcta
cgaactttgcgcctctactttcagcgtatctggaacgatattcacgaggaatgggttgag
cgcggcgaaggcgagggcatggcccggagccaccatcacggcccgggactaggcgacgtt
ggagcgggctggcaagacgctgccggaggcgaagacacgggctacgtcagtttctga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (78)   
   KEGG ORTHOLOGY (1)   
   RefGene (75)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (1)   
   Pfam (1)   
All databases (94)   

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