KEGG   Pyricularia oryzae: MGG_09898
Entry
MGG_09898         CDS       T01027                                 
Name
(RefSeq) adenylate cyclase
  KO
K01768  adenylate cyclase [EC:4.6.1.1]
Organism
mgr  Pyricularia oryzae
Pathway
mgr00230  Purine metabolism
mgr01100  Metabolic pathways
mgr04113  Meiosis - yeast
Brite
KEGG Orthology (KO) [BR:mgr00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    MGG_09898
 09140 Cellular Processes
  09143 Cell growth and death
   04113 Meiosis - yeast
    MGG_09898
Enzymes [BR:mgr01000]
 4. Lyases
  4.6  Phosphorus-oxygen lyases
   4.6.1  Phosphorus-oxygen lyases (only sub-subclass identified to date)
    4.6.1.1  adenylate cyclase
     MGG_09898
SSDB
Motif
Pfam: PP2C LRR_8 LRR_4 Guanylate_cyc Ad_cyc_g-alpha LRR_1 LRR_9 CYAA_C
Other DBs
NCBI-GeneID: 2680942
NCBI-ProteinID: XP_003709992
UniProt: G4MR48
Position
1:4261000..4269388
AA seq 2017 aa
MTSNGTGGAPAAINTSFYNDSSDNLSVASQLSPGFRIPGGRPSISQPSGVGADNNEASYF
GDERRPSIASITTTASSQGSKASGNRGGFRKLQGFFGEEFPGRDSSDTSLPPAVPGKEHR
SHSYSHGRPYRDRNYSNATDHTRDGSPSSSRPRTPVPAPEVVPFLYQEADDIAKYGEAPV
RDILSGPDRERYVTGDSLQNPPKTSSSSRSGHSLAHLSGQHRHQKSNDDPRTLRPTMSRD
DSAVPTYKDRSGSATTMMTTSRDRAHSPAPSGHSIGGYFSSKNGTYDGQTSPPGHQKKSL
LGRFKRNKDKEDTGSLKKTSLSSTSLNLKPSRSEFGGDGASTMGQDWPSRLAEPSQYNSN
SNSASARPPQARHGTFKSPFAKRGRTHHRHDDRDEAIGPTDKHDGMQAGGTMFHLDTDLN
DMSGILSRPLPLTPMDADFVGTIKGEKSTVTSNGRNGAWDAPDSWAVKRTGDDLAYHGPE
NDEAGPSPRPEEKMTSYCIRVFKSDGTFATLQMSIDSSVQDLIGQLSKKSYVSGGLEYHI
ALRKHGLIRVLGSAEKPLFIQKRLLRQVGFEERDRIEDIGREDNSYLCRFLFMSSRELEQ
QARTQDLGLGRTQKFNHVDLSARNIIRIPIYLYSKVQDIISLNLSKNLSLDLPRDFISSC
QNLRDIKFNNNEARKLPASLGRASRLTYLDVSNNRIDHLENAELNGLVGLLKLNLANNRL
KHLPPYFGAYRSLRTLNVSSNFLDKFPSFLCELESLVDLDLSFNLIGAFPPAIENLRNLE
KLVITNNRLAGTLPDSFSRLQSLRELDIKYNAISGIDVISLLPKLEILAADHNAISQFVG
SFERVRSLKLKDNPITRFELTSTVPTLKLLNLSNAKLASIAESFNHMLNLERLVLDRNHF
VSLPSQIGRLRRLEHFSIAHNALAELPPEVGCLQELKFLDVRGNNLKKLPLEIWWANKLE
TLNASSNVMTDFPKPASRPPQPPESSPGSMQGSNGKVAMVGSLSTPPSIEDLDPDDSRRP
SQASSSTLLSVGPSPVPAGPDRKSSVVSVYGKGGRKTSIISRSANSSGNAPAPPNTRKDS
GLSARITNTFSGSLRNLFLADNLLDDDVFDQIMLLCELRVLNLSFNQISDMPQRCIKSWP
QLSELYLSGNELTTIPVDDLEEYSLLQVLHINCNKFTNLPADISRAKKLAVLDCGSNFLK
YNISNVPYDWNWNLNPNLRYLNLSGNRRLEIKQPAYGSGAGNREQYTDFSRLQNLRVLGL
MDVTLTQPSIPEQSEDCRVRTSGSSAGYLPYAMADTLGKNEHLSTVDLVVPRFNASETET
LLGLFDGQALSSGGSKIAKYLHENFGQILATELRALKTGLKETPEDALRRAFLALNKELV
TIAIQHSEDRPSVPHRSGSQAHVILNKEDLNSGGVATVVYLQGQDLYVANVGDAQAMIIQ
SDQTHKMLTRKHDPAEPTERSRIREAGGWVSRNGKLNDQLGVSRAFGYVDLMPAVQAAPH
VSHVAIREQDEMILLATSELWEHLAPELIVDIARQERGDLMRATQKLRDLAIAYGSTNKI
MIMMISVADLKRRTERTRINRGQSMSIHNLSLHGEQYKFPTRGRRKKDQVMDSTLQRLEA
EVPAPTGMIAIVFTDIKNSTNLWETYPAAMRSAIRLHNEMMRRQLRRIGGFEVKTEGDAF
MVSFPTATSALLWCFAVQLQLLEVNWPSEMLNSLSCKPTVDKNNQVIFKGLSVRMGIHWG
EPLCEPDPITRRMDYYGPMVNKASRISAVADGGQITVSSDFISEIQRCLETYQGANAAAL
VNESFDEDPFSMAIRKELRSLSSQGFEVKELGERKLKGLENPEVVYSLYPHQLAGRIETH
QAHDKGVTAAAPELIENTPAVLKEGSELDFDPEIIWGLWKLSLRLEMLCSSLEYVGGRGL
QAPETELLERMKQRGGEVTESFLVNFMEHQISRIETCVSTLSIRHLNMGGGTIKELDDLR
GPISSVLANFSKQMAELQRYKALYGPLDAIEDGQQAS
NT seq 6054 nt   +upstreamnt  +downstreamnt
atgacctccaacggcaccggcggcgctccagccgccatcaacaccagcttctacaatgat
tcaagcgacaacctctcggtcgcgtcacagctctcccctggcttccgaatacccggcggc
agaccgtcgatttcgcaaccctcgggtgtaggcgccgataacaatgaggcatcatacttt
ggcgacgaacgaaggccgtcgatagccagcatcacaacgactgcgagcagccagggctcc
aaagccagcgggaacaggggtggctttcgaaagctgcagggcttctttggagaggagttt
cccggccgagattcctccgacactagtcttccacctgccgttccgggcaaggagcaccgc
tcacactcgtacagccacggccgaccgtaccgagaccgcaactattccaacgctactgac
catactcgggacggatcaccgtcgtcgtccagacccagaacaccagtgcctgccccagag
gtagtgccattcttgtatcaagaagctgatgacattgcaaaatatggcgaagctcctgtc
agggatatcctgtctggccccgatcgtgaacgttatgtgaccggcgattcattacaaaac
ccacccaagacctcatcttcatcgcgatccggtcattctctcgcccacctgtcgggtcaa
catcgacaccagaaaagtaacgatgacccgagaactttgcgccctaccatgagccgggac
gactctgctgttcccacctacaaggaccgtagcgggtctgccaccaccatgatgacaacc
tccagagaccgcgcccacagcccggccccgagcggacacagcatcggtggttacttcagc
tcgaaaaacggtacctacgatggtcaaacttcgccgcctgggcatcaaaagaagagcctg
cttggtcgcttcaagaggaacaaagacaaggaggacacgggttcgctcaagaaaacttct
ctctcgagcacctcgctcaatttgaaaccttcacgatcggaatttggaggggatggggca
tctaccatgggtcaggattggccctcgcgcctagcggaaccgtctcaatacaattccaac
tccaactctgcctcggcacgaccgccgcaagcccgacacggtactttcaaatcgccattt
gcgaagcgagggcgtactcatcacaggcatgacgatcgcgacgaggctatcgggcccacc
gataagcacgatgggatgcaagcaggtggaaccatgttccatctcgatactgacctcaat
gacatgagcggcatcctaagccgacctctgcccttgacccctatggacgctgatttcgtt
ggtaccatcaagggcgagaagtccactgtcacttccaatggccgcaacggcgcttgggac
gcccccgacagctgggctgtcaagcgaacaggtgacgatttagcctaccacggaccggag
aatgacgaggctggcccgtcaccgagaccagaagagaagatgacctcttactgcatacgc
gtgttcaagtcggacggcacgtttgcaactttgcagatgtcaatcgactcgtcggtccag
gacctcatcgggcagctgtctaagaagtcatatgtctctggtggtctcgagtaccacatc
gctctacgcaaacacggcctcatccgcgtgctcggctctgcagagaagccgctctttata
caaaaacgtctattacgacaggtgggtttcgaggagagggatcgtattgaagacattggt
cgtgaggacaacagttacctctgtcgctttcttttcatgtcctcgcgagagctcgagcaa
caggcacgaacccaggatctaggcctgggccggacgcaaaagttcaaccacgtggacctg
tcggcgcgcaatattatccgaatccccatctacctctactccaaggttcaggacatcatc
tctcttaatctatcgaaaaacctgtccctggacttaccgcgcgacttcatatcgtcttgc
cagaatcttcgcgatatcaagttcaacaacaacgaggccaggaaactcccagccagtctt
gggcgtgcgagcaggcttacgtatcttgacgtgtccaacaaccggattgaccatttggag
aatgctgagctcaacggtctcgttggccttttgaagcttaatcttgccaacaacagactt
aagcacctgcctccatactttggtgcttatcggtctctgaggaccctcaatgtgtcttct
aactttttggacaaattcccatccttcctctgtgagctcgagagtttagtcgacctcgat
ctgagcttcaacctgattggagccttcccgccagctattgagaacctgcgaaacctcgag
aaacttgtcatcacaaacaacaggttagcaggcacactgccagacagcttcagccgtctc
caaagtcttagagagctcgacatcaagtacaatgcaatttcgggcatcgatgtgatatct
ctgttgccaaagctcgagattttggctgcagatcacaacgccatttctcagtttgttggc
tccttcgaaagagtcaggagtctgaagctcaaggacaaccccatcacgcggttcgagctg
acatcgacggtcccaacgctaaaactgctcaacttgtcgaacgccaaactcgctagtatc
gctgagtcttttaatcacatgctcaacctagaaaggcttgttttggatagaaaccatttc
gtctctttgccatcccagattggcagactgcggcgactggaacacttcagcatcgcccac
aacgcgctggccgagctcccaccggaggtaggatgccttcaggagctcaaattcctcgat
gtgcgcggcaacaatctcaaaaagctaccattggagatttggtgggcaaacaagctggag
acactcaacgcctcgtccaacgtcatgacggatttccccaagccggcgtcaagaccaccc
caacctcccgagtcgagtcccggttctatgcagggttctaatggtaaagttgctatggtt
ggctcattatcgaccccgcctagtatagaagacctcgatcccgacgactctagacgaccc
agccaggcctcttccagcactttgctgagtgtgggaccatcacccgtcccagccgggccg
gaccgcaagagctcagtggtgtctgtctacggcaagggtggccgcaagacgtccatcata
tcgaggagtgccaactcgagcggcaacgcccctgcgccccctaacactagaaaagactca
gggctgtcggcacgtattaccaacaccttctcgggctcgttgcgaaatcttttcctcgcg
gataacctgttggacgatgacgtgtttgaccagataatgcttctgtgcgagcttcgtgta
ctcaatctttcgttcaaccaaatcagtgacatgccgcagcgatgcataaagagctggccg
cagctatcggagctatatttgtccggcaatgagctcacaacaataccagttgacgacctg
gaggaatacagtctgcttcaggtccttcacatcaactgcaacaaattcaccaatctgccg
gctgacatatcaagagccaagaagctggcagtgctggactgtggcagcaacttcctcaag
tacaacattagcaatgtaccatatgactggaattggaacctcaatccaaacctgagatat
ctgaacctttcgggcaaccggcggctggaaataaagcaaccagcctatggtagtggcgcc
gggaatagggagcagtacacagatttcagtaggttgcaaaacctgcgggtcttgggtctc
atggatgtcactctcacccagcctagtattccggagcagagcgaggactgcagagtaagg
acgtcgggctcctcggccggttatctgccttatgccatggccgacacgcttggcaaaaat
gagcatctgtcgacggtcgacttggttgtgccgcggttcaatgcatccgagacggagacg
ctgctaggcttgtttgacggccaggctctttcaagtggtggctctaagatagccaagtat
ctacatgagaactttggtcagattctggctacagagttgagagcactcaagaccggcctc
aaggagacgccagaggatgcgctgcgacgtgcattcttggcgctcaacaaggagctggtg
accattgcgatccagcacagcgaggaccggccgtctgtgccacaccgcagcggctctcag
gcccacgtaatcctcaacaaggaagatctcaactcgggaggcgtggcaacagtcgtctat
cttcaagggcaggatctctacgttgccaacgttggagatgcgcaggccatgattatccag
tcggaccaaacacacaagatgctgacgaggaaacatgatccggcagagcccacggagcgt
agccgaatccgagaggcgggaggttgggtatctcgaaacggcaagctgaacgaccagctc
ggtgtgtcgagagctttcggctatgtcgacttgatgccagccgtgcaggcggctccccac
gtcagccatgtggcaatcagggagcaggacgagatgatactgctggccacaagcgaactc
tgggaacacctggcgcctgagctgatagtggacatagctcgacaggagcgcggtgatctt
atgagggcaacccaaaagcttcgcgacctagccattgcttacggctcgaccaacaaaatt
atgattatgatgatcagtgtggcggacctgaagcggaggaccgaacgcactcgaattaat
agaggtcagagcatgtccattcacaacttgagtctccacggcgagcagtacaagttcccc
accaggggacggcgcaagaaggaccaggtcatggactcgacgctgcagcgtctagaggca
gaagtcccagcgcccacgggtatgatcgccattgtcttcacggatatcaagaactcgacg
aacctgtgggagacgtacccggccgcgatgaggtctgccatcaggctgcacaatgagatg
atgaggagacaactgcgtcgcatcggtggatttgaggtcaagactgaaggtgacgccttc
atggtatcgtttcccacagcgacatcggctctgctctggtgttttgctgtgcagctgcaa
ctgctcgaggtcaactggccgtctgagatgctcaactcgctctcgtgcaaaccaacggtt
gataagaataaccaggtcatcttcaagggactgtcggtccgcatgggtattcattggggc
gagccactctgtgagccagatcccatcacacgtcgtatggactattacggtccgatggtg
aacaaggcgtctcgtatctcagccgttgccgacggagggcagatcacggtttcatccgac
ttcatctcggagattcagagatgcctggagacttaccagggagcaaacgccgccgctttg
gtaaacgagtcctttgatgaggaccccttctcgatggcgatccgaaaggagctacggtca
ctcagcagccaaggctttgaggtcaaggagctgggtgagcgcaaactgaagggtctcgag
aacccagaggtggtgtattctctttacccacaccagctggcgggtcgcatcgaaacgcat
caggcacacgataagggcgtgacggctgctgctcccgagttgatcgagaacacgccagcg
gttctcaaggagggttcggagctcgactttgacccagagatcatatggggtctgtggaag
ctgagccttcggctcgaaatgctgtgcagcagtcttgaatacgtgggaggtcgtgggctg
caggcgcccgagacggagctgctcgagaggatgaagcagaggggtggagaggtcacggag
agctttctggtcaacttcatggagcaccagatcagccgcatcgagacctgcgtctccaca
ctcagcattagacacctcaacatggggggcggcactatcaaggagctcgacgacctccgt
gggcccatctccagcgtcctggccaactttagcaagcagatggccgagcttcaacgctac
aaagcgctctacgggccacttgatgcgattgaggatggccagcaagcatcttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (44)   
   KEGG ORTHOLOGY (1)   
   RefGene (40)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (69)   

Download RDF
DBGET integrated database retrieval system