KEGG   Pyrenophora teres: PTT_11698
Entry
PTT_11698         CDS       T01613                                 
Name
(GenBank) hypothetical protein
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
pte  Pyrenophora teres
Pathway
pte00562  Inositol phosphate metabolism
pte01100  Metabolic pathways
pte04070  Phosphatidylinositol signaling system
pte04145  Phagosome
Brite
KEGG Orthology (KO) [BR:pte00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    PTT_11698
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    PTT_11698
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    PTT_11698
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:pte04131]
    PTT_11698
Enzymes [BR:pte01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.150  1-phosphatidylinositol-3-phosphate 5-kinase
     PTT_11698
Membrane trafficking [BR:pte04131]
 Endocytosis
  Macropinocytosis
   Kinases
    PTT_11698
 Endosome - Golgi transport
  Others
   Others
    PTT_11698
SSDB
Motif
Pfam: Fructosamin_kin PIP5K Cpn60_TCP1 FYVE EcKL APH DUF1679 C1_1
Other DBs
NCBI-ProteinID: EFQ91444
UniProt: E3RS46
Position
Unknown
AA seq 2696 aa
MARDSRRGSLQPSLHQMHAVASRSDTLTTFDDFTVPPAPSVVGEPKGIELVQGGFSGLYS
RLRASVGGGTREQAQDGPGSGVARTGTPPAAGNRSSPGGALTSSPQLVALPPSRLQSPAT
ATFPETLPPSRDSNISSTTLSSKASRSRPSISASIEPGPAKQDEAYIKSPVSIHSKNHST
STIDLSRSNTPRDSALGSQKLDSPRFSRENAAPRQQGDFDLMGRESDDTDDDDDDDDDDD
DLGGATGQASTGDIKTGSDTPRESLSRVSSRADSQYQPHRSVPNRELPENSAEGTQPNRV
VANHQSTTHAPEPQRPPLVQVGPSHLPGFRASRASSSDGLSSVVTASTIRTPTVPPIEEI
QRQVQAAPAANTMSRSTFTQMRRKILDREFWMRDENAKACFNCGDAFTTFRRKHHCRTCG
QIFDSKCTSIVSGKMFGQQSNLKVCKPCEGIIYGHDDDSSDYTDDGDQGSAYDPGDTAQY
SDQEEADHVESDHTKIVTPTISIPMSRKIGNEKKRRPHVIEVGPQTLARPSSSRSLRSLG
GRPRSSSHKRHPSKHQHMRNVKHDDRAPFHQYHDNSRSQPSLSAFHHDNIIDPDLAPFMS
DDGSSEEEHPSIFATLKDDPTASANLESERGGLGGLLAAMRKGKSRPGDRSVFGTSHARD
ADNVSIASRNGNRPSRRRNLSVSSMTHRASPRRSKSNSLLRPYTGYGASGPGTPQLQPSP
SPTPSGSRITRSASMQGMTPKVELNKASLDHARKLLIQMLHDAGVSHASNWEKALIPILR
QCTDDVNPDVDRGDDIDVRNYIKLKKIPGGKPKDTAYVSGVVFTKNVALRSMPRSIPNPR
IVIITFAIEYARHQAHFMSLEPVIAQEREYLRNLVSRIAALEPHVLLVQRNVAGLALEFL
EKEGIAVVYNVKPTVLNAVARCTNSKMISSVDKLATDPSHLGSCGSFDVKTYVHKNARKT
YIFLSGCQKELGCTIVLRGAENEELVKLKRVTEFMTYVVYNLRLETCLMRDEFIDTPTTS
IIGTIASSQNERDAAQPQNAADGIQRTADEDDTQTNDAAPSYYSDMVESHRTKILSSSPF
VKFMQPYLLEQARQYEAKLGHLKKLKNQYTADDQEDEKPGELGQKFELVQPEMVHTVVEK
ASKQVREFLSAVHASEYDKAMHQYMTQKRQWEQYLSGNTDLYDPFNHQKIAVLYSVVNTT
TSTPCIGPEIIALGFYQEHDYDDGFTPDCTLGQYVEDLCTSAGVACEVGNCDRRMLDHSR
QYVHGEGQMTVVVQKHPPKLKGMYQTILMWSCCRVCGQETQTFPMSEWSWRYSFAKYLEL
TFWSTKLHPRAGICPHDIHKDHVRYFGYNNVALRIQYDPVPMYEVIAPKPNVTWKVDSDL
RLKNSQYLMIEEKLDCFMNSLRARIQGIHVEDVIPEKVDLCRKEVDILLKRTNEEHEWLK
AKLQDKYMSSKYYEIIPMNRAIRAIQEKAIAWDVTFVEFEQQFFPSERDIRRYANMQLKR
FLERDESTSSLASVDEGTESGADDSYLDEKDDSIALSPRPSNMSPEMARDMLSSVVKEES
SASDQPADSSTTSPEHKTPTSPRFSSELPIQTPREALERDDIRHLDLAIPSNFPDSPTVT
TENSETPTGASDLNKFDEGSPTPTSYPKVNPIDRSLAEAIENMPTSPSTLQSASNPSVES
KIPRLVENARREPAQRPATLVRTQSQPGNIAKHISPSVFNNGPVALKPNTGDTSRAFERM
TERLGLGLSTPKQSKNSSRIPRSIPYKSPNKVSKIAQHFEQLSREFQNQRMRERRNDRAR
QVRAFPLASSKPVVEVYKNVHDAVQENEDSDEDMPGGSPTHESLDHSMLDDSTLTEHTDD
MTIASQSPVEERQTKDLAAELPCSDQSPEIPSQFPPDNDNDISDADITPEDIPLPDSLAS
SQLLNLSDSQLENSLELPKHEKNTLLKILTSFWSERSASGWTPLEYPFSQIEHVWENSDI
IIREDEPSSIIALALSCPDYVAKRHSFREDSSASGHLETFEESIERNLLHEENHNIRYSF
TNRGVKAHCKIFYAQSFDALRRKCGVAERFVESLSRCSKWDSKGGKSKSIFLKTLDDRFV
LKSLSPVEVQAFFKFGPNYFAFTHQNLFKSLPSVIAKMFGLFQVQIKTPTGRDFDWYMLV
MENLFYDREPNRRYDLKGSMRNRKIQATGERDEVLLDENLVDIIYSETPIFVREHTKKLL
KASVFNDTLFLSQNNVMDYSLMAGFDDTNREIIVGIIDCIRTYTWDKKLESWIKDRGKNK
PTITSPRDYRNRFRIAMEKYILQAPNCWHQFSGRMYMHARTILCILRYDHGHKTDVTDIP
HLQILMRTNHHAMFRFAHSLTTQASMEIDPAVFKLLGLNPDKTNVSSAGGGSSFASTSKI
VSQLDDGTQKAFFMKTGSGKEAEIMFEGEHTSLKAIHDAVPSLCPQSFGHGQFESQPSIS
FLVTDFLHLTGRSGSRSGKTQSLAAKLAKLHTTPAPIPDSYDKPMFGFPVTTCCGDTPQD
NSYKESWTDFYAENRLRFIVRYAEQRGRRDSEVRKLVERTASEVVPRLLNDAHLNNGKGV
TPVVVHGDLWSGNANVGVIGSDKGEPEDVVFDSSACYAHSEFELGIMKMFGGFGGSFLNE
YHELCPRTEPVEEYADRVKLYELYHHLNHYAMFGGNYRSGAVGIMNDLLSKYGGDG
NT seq 8091 nt   +upstreamnt  +downstreamnt
atggctagggactctcggcgggggtcgctacagccctcgctgcaccagatgcatgccgta
gcatctcgctccgacacgctcaccaccttcgacgacttcaccgttcccccggccccctcg
gtcgttggcgagcccaagggcatagagttggtacaggggggctttagtgggctctacagc
cgtctacgggcttcggtgggcggagggacgagggaacaagcacaagatgggcccggtagt
ggtgttgccaggactggcactccaccagcggctggcaatcgcagcagtcctggaggagcc
ctaacgtcctcaccccagctcgtagctttgccgccatcaaggctgcagtcgccagcgacg
gccaccttccccgaaaccctcccgccctcgcgcgattccaacatatccagcaccaccctc
tcaagcaaggcctcgcgctctcggccatcaataagcgcaagcatcgagcctggccctgcg
aaacaggatgaagcctatattaagagtcccgtgagcatccactccaagaaccacagcact
tccaccatcgatctttcgcggagtaatacaccgagggactctgcactgggaagccagaag
ctagactcacctcgcttcagccgagaaaacgctgcaccgagacaacagggtgactttgat
ctcatgggccgggagagtgacgacaccgacgacgacgacgacgacgacgacgacgacgac
gacttgggcggtgcgaccggccaagcctccacgggcgatatcaagaccggatccgatacc
ccacgtgagagtctcagcagagtgagttctcgggcggatagccagtatcagccccatcgc
tctgtgcccaacagagagctgcctgagaactccgcagagggcactcaacccaatcgtgtc
gtagccaaccaccaatctacaacgcatgcaccagagccacagcgcccgccactggtccaa
gtcggcccttcacatctcccaggctttcgcgcttctcgcgcttcttcttctgatggccta
agttccgtcgttacagcttctacaattcgcacgccgaccgtcccacccatcgaggaaatc
cagcgacaggttcaagctgcccctgctgcaaatacaatgtctaggagcactttcactcag
atgcggaggaagatcctagaccgcgaattctggatgcgggacgagaatgccaaagcctgc
ttcaactgtggtgatgcctttaccacctttcggcgtaagcatcactgccgcacgtgcgga
cagatctttgactccaagtgcacgtcgatagtgtctggcaagatgttcggccagcaaagc
aatcttaaggtgtgcaagccatgtgagggcatcatatatggccatgatgacgattcgtct
gattacacagacgatggtgaccaaggttccgcatacgatcctggtgacacagctcaatac
tccgaccaggaggaggctgaccatgtcgagagcgatcacaccaaaatcgtgacgccgaca
atcagcatccccatgtctaggaaaataggcaacgagaagaagcgtcgaccacacgtcata
gaagttggtccccagacactggcccgcccgagttcttcgcgatctctgcggtccctgggg
ggaagaccgcgatcgtcgagccacaaacgccacccctccaaacaccaacacatgcgcaac
gtcaagcacgatgacagagcccctttccatcagtatcatgacaactcacgcagtcagcca
agtctgtctgctttccaccatgacaacatcatcgatccagatctcgctcctttcatgtcc
gacgacggctcgagtgaagaagagcaccccagcattttcgcgactctgaaagatgacccc
acggctagcgccaatctggaaagcgagagggggggattgggtggtctattggccgcaatg
agaaagggcaaatcaaggcctggcgacagaagcgtcttcggcacaagccacgctcgagat
gctgacaatgttagcatcgcaagccgcaacggaaatcgaccttcccggcggagaaacctt
agcgtaagtagcatgacccacagggcatcaccaagacgatcgaagagcaactctttgttg
agaccttacaccggttacggtgctagtgggccaggcacaccacaattgcagccatctcca
tcgcccacgccatctggatcgcgaattacacggagtgcatcaatgcagggcatgactccc
aaagttgagctcaacaaggccagcctcgaccatgcgcgcaagctgttgattcaaatgctg
cacgatgctggtgtatcacatgcttcaaattgggaaaaggccttaattccaatcctacgc
cagtgtacggatgacgtcaacccggatgtggacaggggcgacgacattgacgtgaggaac
tatatcaaattgaaaaaaatcccgggcggtaagccaaaggatacagcttatgtctcgggg
gttgtcttcacgaagaatgtcgctctacgcagtatgccacgcagtattcccaacccaagg
atcgtgatcataacattcgctattgaatacgcgcgtcaccaggcgcatttcatgagcctc
gaaccagtcatcgcacaggagcgggagtatctccgcaacctagtcagtcgtattgcagcc
cttgaacctcacgtcttgttagtgcagcgcaacgtggccggcctggctctcgaattcctc
gagaaggagggtatcgccgtggtttacaacgtcaagcctacggtgttaaatgcggttgcc
aggtgtaccaactccaagatgatctcctctgttgacaagcttgcaacagatccttctcat
cttggctcttgtggcagctttgacgtaaagacgtatgtgcacaaaaacgcaagaaagacc
tacatttttctatcgggatgccagaaggagctcgggtgtacaattgtgttgaggggagcc
gagaacgaggaattggtcaaattgaaacgtgtcaccgaatttatgacgtatgttgtgtac
aacctgcgtttggagacctgccttatgcgagatgagtttatagacacgcccacgacttcc
atcatcggcacgattgcatcaagccaaaacgagcgggacgccgcgcaaccacagaatgcc
gcagacggcatccagcgtacggcggatgaggacgacacacagaccaatgatgctgcgcct
tcttattatagcgacatggtcgagagccaccgaaccaagattctatcttcttctccattt
gtcaagtttatgcagccgtacctgcttgagcaggctcggcagtatgaggccaaactgggt
catctgaagaaactaaagaatcagtacactgccgatgaccaggaagatgagaagccagga
gaacttggccaaaagttcgaactcgtacagcccgagatggttcacactgtggtcgaaaag
gcttcaaaacaggtccgcgagtttttatctgcggtgcatgcatcagagtatgacaaggca
atgcatcaatacatgacccaaaagcggcaatgggaacagtacctctcgggaaacacggat
ctctacgaccctttcaaccatcagaagatcgctgtattgtatagcgttgtcaataccaca
acttctacaccctgcatcgggccagagatcattgcacttggcttttaccaagagcacgac
tacgacgacggatttacaccagactgcacactgggacaatatgtagaagacctgtgtacc
tcagctggcgtcgcttgcgaagtaggcaactgcgaccgaaggatgctcgatcattctcgt
caatatgtccacggagaaggccagatgactgtcgtagtacaaaaacacccaccaaaactc
aaggggatgtaccagaccattctcatgtggagttgctgcagggtgtgtggtcaggagacg
cagactttcccaatgtcggagtggagttggagatactcgtttgcaaagtacctcgagttg
accttttggagcacgaagctgcacccgagagcaggcatatgtcctcatgacatccacaag
gaccatgttcgctactttggatataacaacgtagctcttcgtattcagtatgaccctgta
cccatgtacgaggtcattgcgccaaaaccaaatgttacctggaaagtggacagtgatctg
aggttgaagaatagccagtacctgatgattgaggaaaagttggactgtttcatgaactct
ttgcgcgcgcgaatccagggcatacatgtcgaggacgtcattccggaaaaggttgatttg
tgtcggaaggaggttgatatacttctcaaacgcaccaacgaggaacacgagtggttgaag
gctaagctccaggacaagtacatgagctccaagtactacgagatcattcccatgaatcgt
gcaatccgcgcaatacaggaaaaggccattgcctgggacgtgacattcgtggaattcgaa
cagcaattcttcccatcagagcgagatatcaggagatacgcaaatatgcagctgaagagg
ttcttggagcgagacgaatctacgagctcgctggcatcagtggatgagggcacagagtcg
ggtgcagacgattcataccttgacgagaaggatgattcaattgccttgtctccaagacct
tccaacatgtcgcctgagatggctcgcgacatgttgagctccgtggtgaaggaagagagt
tcggctagcgatcagcctgccgacagtagtaccacatctcccgagcacaaaacacctact
tcgccacgattcagctccgaattgcccatacaaacaccgcgcgaagcactggagcgagac
gatatccgccaccttgatcttgcgattccgtccaactttccagacagtcccacagtcact
actgaaaacagcgaaactcctaccggtgcttccgaccttaataaatttgatgaagggtcg
cctacacctacgagttatcctaaggtgaatcctatcgataggtctcttgcggaagcgatc
gaaaatatgcctacttcgccgtcaaccttgcaatcagcctccaacccgagtgtagaaagt
aaaataccacgtcttgttgaaaatgcccgacgcgagcctgcgcagagacccgctacactt
gtcaggacacagtctcaaccgggaaacattgccaagcatatcagcccctccgtcttcaac
aatgggcctgtcgcactgaagccgaataccggggacacatccagagcatttgagcgcatg
actgagcggctgggactgggactgagtactccaaaacagtccaagaactcctcccgaatt
ccacgttcgatcccctacaagagccctaacaaggtgtcgaagattgcgcagcactttgaa
cagctctcgagagaattccagaatcagcgcatgcgtgagcggcgaaacgacagagctaga
caagtgcgtgcatttccattagcctcttcaaagccagttgttgaggtgtacaaaaacgta
cacgacgccgtgcaagagaatgaggactctgacgaagatatgcccggtggctcacctact
catgaaagtttggatcacagcatgctcgacgatagtactctgacggaacatacggacgat
atgacgatagcatcacaatctccagtcgaagaacgacagaccaaagatctggcagcagaa
ctcccgtgcagcgaccaatcaccagaaatcccgagtcagttcccaccagataatgataac
gacattagcgatgccgatatcacacccgaggacattcctttgccagacagtctcgccagt
tctcagctgctgaacttgagtgattctcaacttgagaactcacttgaactgcccaaacat
gaaaagaacacgcttctcaagatactgacgagcttctggtctgaacgctcagcaagtgga
tggacaccgcttgaataccccttctcgcagattgagcatgtctgggaaaactctgacatt
atcatccgggaagacgagcccagttccatcatcgccttggcgttgtcatgtcctgactat
gtcgccaaacgacattcgtttcgtgaggacagttcggcatcgggtcacttggagactttt
gaggagtcgatcgagcgtaatctcttgcatgaggagaaccacaacattcgctatagcttc
acgaatcgcggagtcaaggcacattgcaagatcttctatgctcagtcatttgatgctctc
cgtcgcaaatgcggcgtcgcagagcgtttcgtcgaatccctctctcgctgctcgaaatgg
gactctaaaggcggaaagtccaagtccatcttcctgaaaacgctcgacgaccgtttcgtc
ctcaaatccctttctccagtagaagtccaggcctttttcaagttcggtcccaactacttc
gcttttacccaccagaacctgttcaaatccctgcccagcgtcatcgccaagatgtttggt
ctcttccaagtgcagatcaagacaccgaccggtcgtgacttcgactggtacatgctcgtc
atggaaaacctcttctacgaccgcgaacctaatcggcgctatgacctcaagggtagcatg
cggaaccgaaagattcaggcgacgggagaacgtgacgaggtacttttggacgagaatcta
gttgatattatctattcggaaacgcccatctttgtgcgcgagcatacaaagaagctgctc
aaggccagcgtcttcaacgacacactttttctgtctcagaacaacgtcatggactactcg
ctcatggctggctttgatgatacaaatcgggagattattgtcggcatcatcgactgcatc
cgaacgtatacatgggataagaaactcgagagttggatcaaagaccggggcaagaacaaa
ccaaccatcacatccccacgtgactatcgcaacaggttccgaatcgcgatggaaaagtat
atcctgcaggcaccaaattgctggcaccaatttagcggaaggatgtatatgcatgcaaga
acgattctttgtatactccgatatgatcacgggcataagactgacgtcaccgacattccg
catcttcaaatactcatgcgcacaaaccaccatgccatgttcagattcgcgcactccctc
actactcaagccagcatggaaatcgatccagcagttttcaagcttcttggtttgaacccc
gataagaccaatgtctcatctgcgggaggcggtagcagcttcgcatcaacgtctaagatc
gtgtcgcaactcgatgatggcacgcagaaggcgttcttcatgaaaactggcagtggaaag
gaggcagaaattatgttcgaaggcgaacacacgtccctcaaagctatccacgacgccgtt
ccatcgctttgtccacaatcattcggacatggccaattcgagtcacagccatcgatctcc
ttcctcgtgaccgacttcctacaccttacaggacgatctggctcaagatcggggaagacg
cagtcgctagcagccaagctcgcaaagctgcacacaacgcccgcgcccattccagacagc
tatgacaaacccatgttcggcttcccagtgacgacatgttgcggcgatacaccccaagat
aacagctacaaggaaagctggacagatttctatgccgagaatcgtctcagattcattgtg
cggtatgcagaacagaggggtaggcgggacagcgaggtgcggaagctagtcgagcgaact
gcttcggaagtagtaccgcgacttctcaacgatgcgcatctcaacaatgggaaaggtgtt
acgcctgttgttgtacacggcgacctctggagtggaaatgcgaatgtaggcgtcattggt
agcgacaagggcgagccggaggatgtggttttcgactcctcggcctgctacgcgcatagc
gagtttgagctcggcatcatgaagatgtttggagggtttggcggaagcttcctgaatgag
taccacgaactatgtccaaggacggagccggtggaagaatatgcggatagggtgaagctc
tatgagctgtatcaccacctcaatcactacgcaatgtttggtggaaattaccgcagtggg
gcggtaggtatcatgaatgacttgctcagcaagtatggtggtgatggatga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (80)   
   KEGG ORTHOLOGY (1)   
   RefGene (77)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (8)   
   Pfam (8)   
All databases (106)   

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