KEGG   Bipolaris oryzae: COCMIDRAFT_102276
Entry
COCMIDRAFT_102276 CDS       T03125                                 
Name
(RefSeq) hypothetical protein
  KO
K07756  inositol-hexakisphosphate 5-kinase [EC:2.7.4.21]
Organism
bor  Bipolaris oryzae
Pathway
bor04070  Phosphatidylinositol signaling system
bor04138  Autophagy - yeast
Brite
KEGG Orthology (KO) [BR:bor00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    COCMIDRAFT_102276
 09140 Cellular Processes
  09141 Transport and catabolism
   04138 Autophagy - yeast
    COCMIDRAFT_102276
Enzymes [BR:bor01000]
 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
     COCMIDRAFT_102276
SSDB
Motif
Pfam: IPK
Other DBs
NCBI-GeneID: 19118048
NCBI-ProteinID: XP_007690580
JGI: Cocmi1_102276
UniProt: W6Z5U2
Position
Unknown
AA seq 1962 aa
MPPSLHPHLRQALATDDFYLPPQDTIEELPLEHHDAEQRAAKRRRVEAIAAQYLRGRPPV
ILAAGLRGPFNPDNWKNPWTKPIKEKRKTAQAGNTRRKRGSRPQAVAQSPAPSIASIASP
ETSRATRDIHLSAREPDDSLGHVQVAPSTAPLADEDNIHATTTTDSFSVDAGTCIRRQSP
STNPFWLRRPDSARVDMRKATSERCNSSPTRSRTRHILSQNEAVAELRIGFPKETVRVSR
SPPKETLPENWESSVSASMDISSPAVGCDDTSSRRSYTARNAYTPYSTEQAQRSQRTIPI
VTSSMGSQVTRAQANRVGNRPDRPKPRAVNFDSSPEKDSPIAKKCHQEARVVGDVSDAEK
EQEEEKEEEGEGESVVAPQTDKTKDSQDQAEQLQEGHSGRGSEWCTQAAMVRAQLEFQQS
TFPTLSPATIRAESPVSLDTRRRTLDAPSPATTPRIAMSVERNSAMANESVFRGRAISTQ
DLFGAASPFTFSTAKKKREESQRSNSRFSMGRSDVGALKQGDVTNNSPTPSAGRIPLKDK
NTTTSFWSFVSEKASQGSQRSVGERSRCSAREREFPGLHLDASVDDFGRHYAAPFVRGIE
DGHRPTPPLDLLPEPVAVRSLALGRPKTCCPCWLSAASPPRPTTVRILANPSSARPAISA
THPATRCLSHGRINVEPMSPQPDLQGNASPPASVRSTASQDHALVPKSLSQTGRSRTAPL
AHDSSLWKSSIDRPQLDERDSIFATTYLASDSPISSPRATARQVDWSNDAPEHSLSDMAA
PAPPQRRLIDPPIIRRKHSTIPPISSIDHHALLNTPFNSRTAMATAMCLETPHHSPPPYM
SPVESPVHRPVTPHHPELQSTLQGALLESDERRRNREWREGKPVPFKGNVIIDTPVMDQE
MEKKIEATLAKTEQPTTARSRKASHYLRVFKDGDPSEEPKKKEKAKERLPNERTLSTLSE
EGSARPNGAETSNLTEQLRRASLASSAVQSPAGGPNESYFESKPGPRADIGIAITPPSQT
NAQGASDNRQLPRRLLEDIRGFGHLTPSIERRSPVLRSLPTAAIEKVHAHAPTNGTPYHH
ESSDYFQPKDGSSRERTPGSEEEEESEKEQISSALYFPHRRIKPSDQAAKEANNQDGEVN
AVEKRASIHESAVPKGWATEKEVQTPQEVEISLQSTDTNQCLHGDIPTAAPVKKDKDQPL
TPSAVDSLSGESEPESLAESAQSLLGYESSATDDLGTTPTAATYKKEPKAASTAPSQPPA
PLGAVELKPYDHQVGGHSTVYRFSRRAVCKQLNNRENEFYETVERQHPELLDFLPRYIGV
LNVTYRKAPKKKKPHKDKAKHDAGITTSTTQSENPSRQASTAPSDPSKPEPTRVVSHSQQ
IMPTPQVIFENNRHIIPDNLFRVPPRSATPDPWMKSSSYSSSQQHRRYQSDYGYPPRSSS
RPPLQHTTSWGVTTINRKLQEEVLRQVFAPPTIHHRQRHHRHHVMASRAVGDSPHSTVGS
APTIRRNSTDVATLHSQPPEECTRKQVLKAEARRHASGGSADFPIHSSMPGSGINDEASK
PPPGIIPRRRHSGSGLTRRPLGIDTEQRHGLEYYEEDGYGGDAEEEVFKMDEDSKTSSQE
DRGRSLHNNRASKAHHSEAPLEGTMLPAAPIVPGNMSAPPSQEPSNPDSALQQSDERVQH
FLLLEDLTAGMSRPCVLDLKMGTRQYGIEADEKKQRSQRRKCQMTTSRELGVRVCGMQIW
NVKTQSYIFEDKYFGRDLKAGKEFQDALKRFFWDGTGYKAATRHIPVILEKISQLERMIK
NLPGYRFYASSLLMLYDRGDGDSKEKDGSVPQSNGNSATKNEDAATGSSGPGNASPPKAE
KHSEIKLKIVDFANCVTAEDPLPDDLPCPPENPNGIDRGYLRGLRSLRLYFQRIWNDINE
EWVERGEGEGMARNHHHGPGLGEVGAGWMDDTGGEDTGYVSF
NT seq 5889 nt   +upstreamnt  +downstreamnt
atgccccccagtctgcacccccatctcagacaggcgctggccaccgacgacttctacctc
ccccctcaggacaccatcgaagaactgcccctcgagcaccatgacgccgagcaacgggcc
gcgaagcgacgacgggtcgaggcaattgccgcccaatacctacgaggccggccgcctgtc
atcctcgccgcggggctaagaggacctttcaaccctgataactggaagaacccatggacg
aaaccgataaaagagaagcgcaagacagcacaagcgggcaacacgagacggaaacgaggc
agcaggccacaagctgtggcgcaaagcccggcgccttcaatagcctcaatagcttcaccg
gaaacctcgagggctacccgagacatccacctaagtgcccgggaacccgacgatagcctt
ggccatgtccaggttgcaccctcgactgctccattggcagatgaagacaacattcacgcc
accactactacagactcttttagcgtagacgctggaacatgcatacgccgccaaagccct
tcgacgaatcctttctggttgcgccgtccagactcagctcgagtcgatatgcgcaaagcc
acaagcgaacgatgcaattcatcaccgacgcggtctcggacgcggcatatcctctcacag
aatgaagcagtagcagagctgcgcatcggttttccaaaagagacagtgcgggtgtcgagg
tcgccaccaaaagagacgttacctgagaactgggaatcgagtgtgtcagcctctatggac
atttcatcacccgcagtgggttgtgacgacacaagcagtaggagaagttatacggcgcgg
aatgcctacacgccatacagcaccgagcaggcgcaacgctcgcagcgaaccataccgata
gtcacgtcgtcaatgggcagccaagtcacaagagctcaggcaaatcgtgttggcaacaga
cccgacaggccaaagccaagagcggtcaactttgattcttcaccggaaaaagattcaccc
attgcaaagaaatgtcatcaagaggcacgagttgtcggagatgtttcagacgcagagaaa
gagcaggaagaagaaaaggaggaggagggagagggagagagcgtagtggctccacaaaca
gacaagaccaaagattcacaagaccaggccgaacaactacaggaaggccattctggtcgg
ggttcggaatggtgcacacaagctgccatggtacgagctcagctcgagttccagcaaagc
acattccccacattgtcgcccgccaccattcgagcagagtcaccagtatcgctcgacaca
cgtcgtcggacattggatgcgccaagcccagcgacgacaccacgtatagccatgagtgtc
gagcgaaactcggcaatggcgaatgaaagtgtatttcgtggacgggcgatcagcacgcag
gatctctttggggcagcgtcgccctttacgtttagcacggcgaagaagaagagggaagaa
agccagcgaagcaactcaaggttttccatgggacgaagtgacgttggagcactaaagcag
ggcgacgtgacgaacaacagccccaccccatcggcggggcggatccccctcaaagacaag
aacacgacgacatcattctggagctttgtgtcggagaaggcttcacaggggtcgcaaagg
tctgtgggggagcgatcgaggtgttcggcgagggagagagagttcccgggcttgcacctt
gatgcgtcggtcgacgactttggccggcactatgcagcgccgtttgtaagaggcatagag
gacggccatcgcccaacgccgcccctcgacctgctgccagagcccgttgctgtgcgctct
ctcgcgctaggtcgccccaagacctgctgcccctgttggctgtccgctgcctctccgccg
cgcccgacgactgtccgcatcctggccaacccgtccagcgcccgcccggcaatatctgcc
acacatcccgccacgaggtgcctttcacacggtcgaatcaatgtcgagcccatgtcaccc
cagccggacctccaaggaaatgcctcaccccccgcctcggtgaggtccaccgccagtcaa
gaccatgccttggtcccgaagagcctctcccagacgggccgctcgcgtaccgcccctctt
gctcacgactcctccctctggaagtcgtcaattgaccgtccccagctcgatgagcgcgac
agcatctttgctaccacctacctggcctcggacagcccaatctcctctccccgcgccacc
gctcgccaagtagactggtccaacgatgctcccgagcacagcttgtccgacatggccgcc
ccagctcctccccaaaggcgactgatagaccctcccatcatacgcagaaagcactcgacc
atcccgcccatcagctcaattgaccaccacgccctcctcaacacccccttcaattcccgt
acagccatggccacggccatgtgcctcgaaactccccatcacagccctccgccttacatg
agtcctgtcgagtcccccgtccatcgcccagttacgccacaccacccagagctccagtcc
acattgcagggcgctctgcttgagagcgacgagaggcgcaggaacagagaatggcgcgag
ggcaagcccgtgccgttcaaaggcaacgttatcatcgacaccccagtcatggaccaggaa
atggagaagaagattgaagctactcttgccaagactgaacagcccaccaccgctcgcagc
cgcaaagcaagtcactatctccgtgttttcaaggacggcgacccctcagaggagcccaaa
aagaaagaaaaggctaaagagcgcttgccgaacgaaaggaccctgtcaaccctgtcagag
gaaggatcggcaagacccaatggggctgaaacaagcaacctcactgagcaactgcggcgt
gcgtcgcttgcctcctcagcagtccagtctcccgcaggcggtccgaacgaatcgtatttc
gaatcaaagccaggtccacgcgcagacataggcattgccataacgcctccttctcaaaca
aacgcccaaggcgcctcggacaaccggcagcttccaaggcgcctcctcgaagatatccgg
ggttttggtcacctcactcccagcatcgaaagacgatcgcctgtgttgcgcagtctaccg
actgcagctattgagaaggttcacgcccacgcgcctaccaatggaactccatatcaccat
gagtcttcggactattttcagcccaaggacggaagcagcagggagcgcacgccgggttcg
gaggaggaggaagaatcggaaaaggagcaaatatcctcggcgctctacttcccccaccgt
cgtataaagcccagcgatcaggccgccaaagaagcaaataatcaagatggagaggtaaat
gctgtcgagaagagggcctcgattcacgagagtgcagtgcccaaagggtgggccactgaa
aaggaggtgcaaactccacaagaggtagaaatttctctacaatccacagatacaaatcaa
tgcctccatggtgacatccccacggcagctcccgtaaagaaagacaaagatcagccgttg
acgccctcggctgttgattcgctttcgggtgaatcagagcctgagtcgctcgctgagtcg
gctcaatcacttcttggctatgaatccagtgcgactgatgatctaggcacgacgcccact
gcagcaacctacaagaaagaacccaaggctgcttcgactgcaccatctcagccgccagcc
ccattgggtgctgtcgagttgaaaccgtacgatcatcaagtaggcggccactcgactgtt
tatcgcttctcaagacgcgcagtctgcaagcagctaaacaatcgagagaacgagttctac
gaaacagtcgagaggcagcatccggaactgctagatttcttgccaaggtatatcggtgtc
ctgaacgtgacctaccgtaaagcacccaagaagaagaagccgcacaaggacaaggccaaa
cacgatgctggcattactacatcgacgacgcagtcagaaaatccttcaaggcaggcctct
acagccccgagtgatccaagcaagccggaaccgactcgagttgttagtcattcacagcaa
atcatgcctacccctcaggtcatttttgagaataatcgtcacatcatcccagataatttg
tttcgagtaccaccacgctctgcaacgcctgatccatggatgaaaagttcttcgtattct
tcttcacagcagcatcggcgatatcagagtgactacgggtaccctccgagaagttcctca
cgaccaccattgcagcacaccaccagctggggcgtcacaacaatcaaccggaagctgcaa
gaggaagttctgcgacaggtttttgctccaccaaccatacatcatcggcaacgccaccat
cgtcaccatgtcatggcttcacgcgccgtcggagattccccgcactctacggtaggctct
gcgcctacgataaggaggaacagcacagatgtggccacgttgcattcgcagcctccagaa
gaatgtaccaggaagcaagtcttgaaggcagaagcgcgacgtcatgcttcgggcggaagc
gctgatttccctatccacagctcgatgccaggttctggaatcaacgatgaagcatcaaaa
ccgccacctggcatcattcctcgacgccgccactctggtagcggtttgaccaggagaccc
cttggaattgatactgaacagcgccatggtctcgagtactatgaagaggacggttacggt
ggcgatgcagaagaagaggttttcaagatggacgaagactcgaaaaccagcagtcaagaa
gacaggggccggtcgttacacaacaacagagcttccaaagcacaccattccgaagcgcca
ctagaaggtaccatgttaccagcagccccaatcgtgccaggtaatatgtctgctccacct
agtcaagagccaagtaatcccgacagtgccctacagcaatctgatgagcgtgtgcagcat
ttcctcctccttgaagatcttacagcaggcatgtcaaggccctgtgttttggatctgaaa
atgggcacgcgccagtatggcatcgaagcagacgagaagaagcaacgttctcaacggcgc
aagtgccaaatgacgaccagtcgagaacttggcgtgcgagtctgcggcatgcagatctgg
aacgtgaagacgcagagctacatcttcgaagacaagtattttggccgcgatctcaaggcc
ggaaaagagtttcaggacgcactgaagcgtttcttctgggatgggactgggtacaaggcg
gcgactagacacattcccgtcatcttggagaagattagccagttggagcgcatgatcaaa
aatctgcctgggtatcgattctacgcaagcagtctgttgatgctctatgatcgcggggat
ggtgattcaaaagaaaaagacggttcagtcccacaatccaatggtaactctgcaacgaaa
aacgaagacgccgctactggatcttccgggccagggaacgcgtcccctccgaaagcggaa
aagcattcagagatcaagctcaagattgtcgactttgccaattgcgtgaccgcagaagat
cccttgcctgatgaccttccctgtcctccagaaaaccccaatggtatcgacagaggctac
ctccgtggactccggtcgctgcgattgtacttccagcgcatctggaacgacatcaacgaa
gagtgggttgagcgaggtgaaggcgaaggcatggcgcgcaaccatcaccacggacctggc
ctgggcgaagttggcgcaggctggatggacgatactggaggcgaggatactggctatgtc
agtttctag

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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 (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (23)   

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