KEGG   Plasmodium vivax: PVX_114990
Entry
PVX_114990        CDS       T01073                                 
Name
(RefSeq) guanylyl cyclase, putative
  KO
K01769  guanylate cyclase, other [EC:4.6.1.2]
Organism
pvx  Plasmodium vivax
Pathway
pvx00230  Purine metabolism
pvx01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:pvx00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    PVX_114990
Enzymes [BR:pvx01000]
 4. Lyases
  4.6  Phosphorus-oxygen lyases
   4.6.1  Phosphorus-oxygen lyases (only sub-subclass identified to date)
    4.6.1.2  guanylate cyclase
     PVX_114990
SSDB
Motif
Pfam: Guanylate_cyc PhoLip_ATPase_C E1-E2_ATPase
Other DBs
NCBI-GeneID: 5475688
NCBI-ProteinID: XP_001616389
UniProt: A5K2L2
Position
11:complement(428112..439718)
AA seq 3109 aa
MKSTNRMKTEALTLMHLDGKRKYIGTGNNIYRKVVINPTSEDDLQKFCRNYFRIYNFSLY
NFIRRLISLDAVVVYSLFLTVYVFSEISQGITKKYIFIDTAISLFLNIAILVVTETLYEL
KQLKDIKDANSQCYLRIVPKMSHFEKVTTKDIKVGDIIRVFQGDEFPADVVILYVKNNLN
AMVDSFKIDGLFRKSIKYPVDKYKIDRDYLKMLSEINGFIRCELPNKNIFCFQGNFKLDK
HPRSLMLSYENFALQSSILKGAEYIDAVVVYTGADTKKNLNIPQKKEESRTFCIKMNNVV
YYLIFMYFFFVLLSIIIKLTFYRTHGSHQRTKDTFLTVLEDFIGLYILVLPIMIYSEKSL
IYIIQSLKIENDLRMKEGPHGEKPKVFNKNKNDALGAVDLLATARNGILVKKKELFVSCA
VNNVVYAKSDFVYSRGESRLPTLNILDGERCAWGRGKGKEKTSKRVREKRQAKERNVGEL
LNLDERIFKDPENVLFPSRDLGLFLRIFQNRIASIYNPFSDDLSMVLRERYRSYLKEEIS
NKTVKLTPFVKSKLNGGYNQFYENFKNSYTCKEVLEDAQGGTGQAEKIEEFVLGICGCNR
VIIYNEKCLDMGMKEHKSESYNDAYVKYERENKHEIVNENVNENENENEKSDKHAQREDE
ENFHTIEYEDICLYNIVKNIGYHVYCYKGRLFFYNLKNECQEYHLICFHDFLKSNKFSMC
ILKHAKELDKGVLYVRGYDFNILPYLSLAKNDIRKIKRIIKVYTMNYLKVILICKKEIKN
EDIGKYLLLKGIRNRNNSRLSFRLYDLMKIFLLNDLEVVGMIGLKNDLREGVEEAFLDLA
KFDIRSWIFTNEYSKDTYLTALECNLIPPNSSLFVINLFSPHGGVSSVGSVGSVGSVNSE
SSVHRANRVNSVEEEEPADSMHSRANALFNNFALSLDKLNCTSYAIVINDASIKNIMSNA
HAMKMFLCIAMRATVVLFCKMDNETKGRIIKKVLSLTTPRLTILGVGSTLNDAYLLKNTT
ISVCLSLNEQVNVLYSISDYVLQEFRYIVDLLILGRLNKFSLSRSFLWIIYLKITIVSLY
FFHNFDNFFSGSSTSSILYTQTTFAVFHYLLIIAFSAYEIDLPYKFIRSVPYIYQLARRK
YFLNNTIIMLTILEAMLISLISYYILRVHVFPLITHRAFTFHIFILNFFITWEKILLLSK
TWHLYFFILAVLIICFLFVYVNVYTLIDCLKIGKCELSLFHTEDAYFWLSLLPILYINFF
VDKAARFISSRIYPDVTDYFREKILKRERKGSSEKRTTEGSLSGNPKERAQGPLNLEGND
KLKKFIPTPKQYSIRDDNKSYSRTKKTKLIYETFRRVIGINIKYRNQQLNLEYKTYEKRT
KLKLRTIGIILFFIFFLIFFVQAVVSKYTKEGKISLNVLTYFLILYYFLVTVWMVCIRLR
NRSNSSLFFLIGRLVLILGFIFELYDNVSNDMINMLIGYSFTVSYIFFLSFKILEGIIIC
TLVLVLTSWVYYEKNKTFGSMCAKFCENPYLSLHHLEEVNISCLCKQQIVTFLICILSFT
FICLSMKYYEIYYLKKKFLFRYKQKVNLTKQIEILHTMLPSFLVEYLLISDPKADGIMVG
KNISGEDRGIISVIFCDIDDFQSMVSTLQPHALVETLDNLYLYFDKCIKYFNCIKIETVF
ESYLAASGLSEKKNDCVYKIRYDTRCAIKLAIAQLSAKYYISYKVPAGGSDHGGSSSCTL
PSRGADDGQHGGYNHHDGYAHHSRYAQHGRFNHHDRYTHKNISLRIGIHTGKAISGVIGS
VKPQYSLFGDTVNTASRMKSTALTDHIHVSYDTYKYLEDDTSLVWKERKVFIKGKGEMRT
YLLVDILDEARKVEEPSDVGFSSSTLFGRADEALMEKRGVEAAHMEKRLVEEVHMEKRLV
DAAHIDNRLVEAAQEGATGKTPPKKKPHPSKKPHPREKPQKEGRPREPPHQINAQSTLIE
EMMEVYERGSDSRRKDSWCYYSKADNASDSMESNNFPTHSRAFNDRKSKYLSFDKLKLAD
SVRRKNLHELESPVYLSDEIVGGTNESDEFFTSPYVEDEHQVGGIKNVRRSKACVKKGSS
DFMNQFDTPDGVIKNYIKERRNYQRKFYAPHFYLGDVLKRSNVFKKGERKRRGKREQQAG
RRTDTHEEGVSYNFANGSFSSNWEYSTESEFFLYGEKLRQSKGHINFDDLFTKIYRKKRN
ILQGDIQHIPRQGFLLPKSRAIKGGKKKKKNRPKGELPNGDVQNGGSKSGARKQFFRHWE
HQAERKGEDVATQNCNDPFCEDVRNGFLHSRGSSRGGEEMKDLRRGHTDNQLLPRRTRSC
FLTKLDDPFGGAKTWKGLKNVKRGNLEGAATMSGGEREKDKAGCQNKHRTRASSSRGDAA
QNRQVHKRHRFLREGVLLGAAMQSNTPPLGREERAKRKKKKKKSSKNGTQVKKQHGDEGN
HPIRLASNDLLKKKEVNFDRGEQTGCAESSAVGIGYGEGDNALRGAPPGGPNPTAENATV
EKSKLQKKKMVQKKISFYSLKDERSVSSGCFGGESSCALKSNETNSGPNSGPHSGAKKEY
FFTYSPAVKKKRGVLTKVNQAFRRYFKSMDGSERGSPPRHMRPEELTSGETALPRKGAQR
SEELIKTSTTVSNKNVNFAHKFDNYNKNKLLKKLTSTLQVGEKKGSNFNRFYYKFNDEEV
EEEYTRGYYREIINIDLTKKLIIIFIISEMILSLCNVIELSYYEQKLKANDFIVIIWLIR
CIYLFIITFIWLLLKVKLKEYKKNSSKMMWTIFILNIFLSSWCIIIMDLSCIHYSNLVGN
SSDRSLFFMKDATELIICMQLIFIKNMLFKHKFFFFVFFFVFLIYSFSKLFKIHLCEIRI
CSSILLILFINILYFWYTEYLDRTQFLVKRRRNRMEKTSHDFLTRILPRQVLEEYQNDNL
QLTYSHEKIAFLFADIVGFTRWSKTVPPKDVLKLLQKLISKIDKDTIKLGLYKLFTIGDA
YVATSQPNSSITDEREAVDGILNIFKLAKLILHNINTIKIQFNKHDFNMRIGLHYGSCVG
GIIGSVRIRYDMWGLDVLTANKIESNGIPGEIICSEQFKSFFLDHEPQA
NT seq 9330 nt   +upstreamnt  +downstreamnt
atgaagagcacgaacaggatgaagacggaggctttgacgctaatgcatttagacggaaaa
agaaaatacataggtacaggcaacaacatttacagaaaagttgttatcaacccaacctca
gaagacgacttgcaaaagttttgtagaaattattttagaatatataatttctctctgtac
aacttcatccggagactgatatcgctagacgcggtcgtcgtgtactcgctcttcctaacc
gtctacgtattttccgaaattagccaagggataaccaaaaagtatatttttatagacacg
gccatttccctatttctgaacattgccattttggtagtcacggaaacgctgtacgagctg
aagcagctgaaggatataaaggatgcgaattcgcagtgctacctgaggatagtgccgaag
atgtctcactttgaaaaggtgacaacaaaggatataaaagtgggggacattattcgggtg
ttccaaggagacgaatttccagcagatgtagtcatcctttacgttaagaacaatttaaat
gctatggtcgattcatttaaaattgatggtttgtttaggaagagcattaagtacccagtg
gataagtacaaaatcgacagggactacctaaaaatgctctccgaaattaacgggttcatt
agatgcgaactgcccaacaagaacatattctgttttcaggggaacttcaagttggacaag
caccccaggtcgttgatgctaagctatgagaacttcgccctgcagtcatccatcctgaag
ggggcggaatacatagacgcagtggtcgtatacaccggagctgacacaaaaaagaaccta
aacattccccaaaaaaaagaagagagcagaacgttctgcataaagatgaacaatgtagtg
tactacttaatcttcatgtatttcttttttgtcctcctgagcattataataaagctgacg
ttttatcgcacgcatgggtctcaccagaggacaaaggacaccttcttaaccgttctggag
gacttcattggcctgtacattttggtgctgccgattatgatttactcggagaagagcctt
atatacatcatccagagtttgaaaatagaaaacgacctgcgaatgaaggagggcccgcac
ggggagaagcccaaagtttttaataaaaacaagaatgatgcactaggggccgtggatctg
ctggcaacagctcgaaatggcatccttgtgaagaaaaaggagctcttcgtgtcttgcgcc
gtgaacaacgttgtgtatgccaaaagcgactttgtctattcgcgcggggagtctcgcttg
cccacgctgaacatcctggacggcgaaaggtgcgcgtgggggagggggaaaggaaaagaa
aagacaagcaaaagagtgagagaaaagaggcaagcaaaagaaaggaacgtgggcgagctt
ttaaacctggacgaacggattttcaaagaccccgaaaatgtgctcttcccctccagggac
ttggggcttttcctgagaatattccagaaccgcatcgcttcgatttacaacccgttctcg
gatgacttatcgatggtcttacgggagagatataggagttacttgaaggaggaaatttcg
aacaagacggtgaagctcacgccgttcgtaaagtctaagctgaacgggggatacaaccaa
ttttacgagaacttcaaaaacagctacacctgcaaagaggtcctggaagacgcgcaggga
ggaacgggccaggcagaaaaaatagaggagttcgttttgggaatatgcggatgcaacagg
gtcattatctacaacgaaaagtgtctagacatggggatgaaggagcataaaagtgaaagt
tacaatgacgcatatgtcaagtacgaaagggaaaacaagcacgaaattgtaaatgaaaat
gtaaatgaaaatgaaaatgaaaatgaaaaaagcgataagcatgcgcaaagagaagatgaa
gaaaacttccacacaattgagtatgaagatatatgcctgtacaacattgtaaagaatata
ggctatcatgtgtactgctacaagggtaggttatttttttataatttgaaaaatgaatgt
caagagtaccatttgatctgttttcacgattttttgaagagtaataagttttccatgtgt
attttaaaacacgcaaaggagctagacaaaggtgtcctctacgtccgtggctacgacttt
aatattcttccctacttatcgctagccaagaatgacataagaaaaataaaaaggatcata
aaagtgtacactatgaattacctgaaggttattctcatctgcaaaaaggaaattaaaaat
gaggacattgggaaatatctccttttgaaaggcatccggaataggaacaacagcaggttg
tcctttaggctctacgatttaatgaaaatatttttattaaacgatttggaagtagtcggc
atgattgggttgaagaacgacttgagagagggggtagaggaagcttttctagacttggcc
aaatttgatattcgctcgtggatatttaccaatgagtattccaaggacacctacttgaca
gcgctggagtgcaatttgattccccccaattcgagtttatttgtaattaaccttttcagt
ccgcacgggggggtaagcagtgtgggcagtgtaggtagcgttggcagcgttaacagtgaa
agcagcgtgcaccgcgcgaaccgcgtgaacagcgtggaggaggaggaacccgctgacagc
atgcacagcagggccaatgccctcttcaacaactttgccctctccctggataagctcaac
tgcacgtcttacgccatcgtaataaacgacgcgagcataaaaaatataatgagcaacgcg
cacgccatgaaaatgttcctctgcatagccatgcgagctacagtcgttttattttgcaag
atggacaatgagaccaaggggagaattataaaaaaagtgctctccctaacgacccccagg
ctgaccatcctaggggtagggtccaccctaaacgacgcctatctactgaagaataccaca
atcagtgtgtgcctaagtttgaacgagcaggttaatgtgctgtacagcatatcagattac
gtgctgcaggagtttaggtacatcgtcgatttgcttatcctggggcggctgaataaattt
tccctgagccggtccttcctctggataatatacctaaaaatcacgatcgtctcgctttac
tttttccacaacttcgacaacttcttctcggggtcgtctacgtcgtccatcctgtacacg
cagacgaccttcgccgtttttcactatttgctcattatagcattttctgcgtacgagata
gatttgccctacaagttcatccggagcgtcccctacatctaccagttggccagacggaag
tacttcctaaacaacacgataataatgctaaccatcctggaagccatgctgatttcgctc
atctcgtactacatcctgagggtgcacgtgttccccctgataacgcatcgagcattcacc
ttccacatatttatccttaacttctttataacctgggagaagatcttgctgctctccaaa
acatggcacttgtacttcttcatcctggccgttcttatcatctgcttcctatttgtgtac
gtaaatgtgtacaccctaattgactgcctcaaaatagggaagtgcgaattgagtctcttc
cacacggaggacgcctacttttggctgtctctcctccccattttgtacataaactttttc
gtcgacaaggcggcgcggtttatcagcagcagaatctaccccgacgtaacggactacttc
cgggagaagatcctaaaaagggagcggaaagggtcctcagagaaacgcacaacagagggt
agcctaagtggtaatccaaaggagagggcgcaaggtccactcaacctggaaggtaatgac
aaattgaaaaagttcatcccgacgccgaagcagtacagcataagagacgacaacaagtcc
tacagccggacgaagaagacgaaattgatctacgagaccttcagaagagttataggcata
aatataaagtaccgaaatcagcagctaaacttggagtataagacgtacgaaaagagaaca
aagctaaaattgaggacgataggaattatcctgtttttcattttctttttaatatttttt
gtgcaagcggttgtttccaagtacacgaaggaaggaaaaatttcgcttaacgttttgacg
tattttttaattttgtattatttcctggtgacggtgtggatggtttgtataaggctacgg
aacaggtccaattcgagtctcttctttttgattggcaggttggtactcatattgggattc
atctttgagctgtatgacaatgtaagcaacgatatgattaacatgctgataggttactcc
tttaccgtttcgtacattttttttctttcctttaaaatattagaagggataataatatgc
accctcgtgttggtattaacttcctgggtgtactacgagaagaacaaaacgtttggttct
atgtgtgccaagttttgtgaaaatccgtatctcagtttacaccacctggaggaggttaac
atctcctgtctgtgcaagcaacagatagtgaccttcctcatttgcatactaagcttcacc
ttcatctgcctttcgatgaagtactacgaaatttactacctcaagaagaagttcctcttt
agatataagcagaaggttaatttaaccaagcaaattgaaattctccacaccatgttgccc
agctttttggttgaatacctactgataagtgaccccaaggcggatggcataatggttgga
aagaatatatctggagaggacagaggaatcatttcggtaattttctgcgacattgatgat
ttccaaagtatggtttcgacccttcagcctcatgcccttgtagaaacgttggacaatttg
tacctatattttgacaaatgcataaaatattttaactgcataaagattgagactgttttt
gaatcttacctggctgcctcggggctgagtgagaagaagaatgattgcgtatacaaaatt
aggtatgacacccggtgcgccatcaagctcgccatcgctcagctgagcgctaagtactac
atttcttataaggtgcccgctggggggagcgaccacggggggagtagcagttgtacgctg
cccagccgcggcgctgacgatggacagcacggtgggtacaaccaccacgatgggtacgca
catcacagtagatacgcacagcacggtaggtttaaccaccacgacaggtacacgcacaaa
aacattagcctgcgcatcggcatacacacggggaaggccatcagcggcgtcatcgggtcg
gtcaaaccgcagtactcgctcttcggagatacagtcaacacggcgtccaggatgaagtcc
accgccctcacggaccacatccacgtctcctacgacacgtataaatatctggaggacgac
acctcgctggtgtggaaggagcgcaaggtgtttatcaagggcaagggggaaatgagaacc
tacctgctggtcgacattttggacgaggccaggaaagtcgaggagccctcggacgtgggc
ttctccagctccacgctctttgggagggcggacgaggctctcatggagaagcgcggtgtg
gaagctgcccacatggagaagcgcctcgtggaagaggtccacatggagaagcgcctggtg
gacgctgcccacatagataaccgcctggtggaagctgcccaggagggtgcaacgggaaag
acgccccccaaaaaaaaaccacacccgagtaagaagccacacccgagagaaaagccgcag
aaggaagggcggcccagagaacccccccaccaaattaacgcccaaagcaccctaattgaa
gagatgatggaggtgtacgagcgggggagcgattcgcgtaggaaggacagctggtgttat
tacagcaaagcagacaatgcgagtgacagcatggagagtaacaacttcccgacccactcc
agagcatttaacgataggaagtccaaatatctcagttttgataagttaaaattagcagac
agtgtgcgaaggaagaatctgcacgaattggaatccccggtatatttaagcgacgaaatt
gttggggggacaaacgagtcggatgaattttttacatccccttatgtagaagacgagcac
caggtggggggtataaaaaatgtgagaaggagtaaagcctgtgtgaaaaaaggttcctcc
gattttatgaaccaatttgatacgccagatggggttataaagaactacataaaggagagg
aggaactaccaaaggaaattttacgcgccccatttttatctcggagatgtacttaaacgt
tctaatgtgtttaaaaagggggagaggaagagaagggggaagagggagcaacaagcgggt
agacggacagacacacacgaagagggagtgtcctacaactttgccaatggaagcttctca
tccaactgggaatactccacagaatcggagttcttcttgtatggtgagaaattaaggcag
agtaaagggcacataaattttgatgacctgtttaccaaaatatacaggaaaaagaggaac
atcctccagggggacattcagcacattccgaggcagggattcctcctcccaaagagtaga
gctataaaagggggaaaaaaaaaaaaaaaaaatcgcccaaagggggaactcccaaatggt
gatgtacaaaatggaggatcaaaaagtggggcgcgtaaacaattttttcgtcactgggag
catcaagcggaaaggaagggggaagacgtggctacccaaaattgcaatgaccctttttgt
gaagacgtgcggaatggcttccttcattcgaggggcagcagcagggggggggaggagatg
aaggacctgcgaaggggtcacactgataatcagctcctcccgagaagaaccagaagttgt
tttctcacaaagctggatgacccctttggtggggcaaaaacgtggaagggattaaaaaat
gtgaaaaggggaaacttggaaggagcggccacaatgagcggtggcgaacgggagaaagac
aaagcgggatgccagaacaagcacaggacaagagcttcctccagccgtggggacgctgcg
caaaatagacaggtgcataagaggcatagattcttacgggagggagtgctgctcggggcc
gccatgcagagcaacacacccccactggggagggaagaacgcgcaaaaaggaaaaaaaaa
aaaaaaaaatcgagcaaaaatggaacacaggtgaagaagcagcatggggatgaggggaat
cacccaattaggctcgcttcaaacgatttgctcaaaaagaaagaggtaaattttgacagg
ggggagcagacaggctgtgcagaatcttccgcagttgggatcggatatggggaaggagac
aatgcgcttaggggggccccccctggagggccaaacccaacggcggagaatgcaacagtt
gaaaaatcaaaactgcagaagaaaaaaatggtgcagaaaaagataagcttctacagcttg
aaggatgaaaggagcgtgagttcggggtgcttcgggggggagagctcctgcgctttgaag
tcgaacgagacgaacagcggtccgaacagcggtccgcacagtggcgcaaagaaggagtac
ttcttcacgtacagccccgcggttaagaagaagagaggagtcttaacgaaggtgaatcag
gcgtttaggaggtacttcaaaagcatggacgggagcgagcgggggagtcctccacgtcac
atgcgtcctgaagagctaaccagcggagagacggccctgcccagaaagggggcacaacgg
agcgaagagctaatcaagacgagcacaactgtgagcaacaaaaacgtaaactttgctcac
aaatttgataactataacaaaaataaattgctaaaaaaattgacatctacacttcaagtg
ggggaaaaaaaagggagcaattttaacagattttactacaaatttaacgatgaagaggtg
gaggaggaatacacacgagggtactaccgagaaataattaacatcgacttgacgaaaaag
ctaataataatattcatcatctccgaaatgattctaagcttgtgtaatgtgattgagtta
tcctactatgagcagaagctgaaggcaaacgattttattgttatcatttggctgataagg
tgcatctacttattcataataacattcatatggttgctactaaaggttaagttgaaggag
tataaaaagaattctagcaaaatgatgtggacgatttttattttgaacatcttcctctct
tcatggtgcattatcatcatggatctgtcgtgtatccattatagtaatcttgttgggaat
tcgagcgacagatctttattcttcatgaaagatgccactgagctgatcatctgcatgcag
ttgatatttatcaaaaatatgttgtttaaacataagttttttttttttgttttttttttc
gttttcctgatttactccttttccaaattatttaaaatccatttgtgtgaaattagaata
tgctccagcatccttctcattctttttattaacattttatatttttggtacacagaatat
ttagacaggactcaatttttagttaagaggagaaggaaccggatggagaaaacgtctcat
gactttctaacgaggatactgccaagacaagttttggaagaataccaaaatgataactta
cagttaacttatagccatgaaaaaatcgcttttctttttgctgacattgtagggttcacg
aggtggagcaaaacagttcctcctaaggatgtcctaaaattgttacaaaaattgatatct
aagatagacaaggatactatcaagttgggactctacaagcttttcaccattggggatgcc
tacgtcgctactagtcaaccgaattcctccatcactgatgagcgtgaagctgtagatgga
attctaaacatttttaagctagccaaactgattctacataacatcaataccatcaaaatt
cagtttaacaaacacgattttaatatgaggatcggtttgcactacgggtcctgcgtgggg
ggcatcatcgggtccgtcagaattaggtacgacatgtggggcctggacgtcctcacagcg
aacaagatcgagtccaacgggattcccggcgaaattatctgctcggagcagttcaagagc
ttcttcctggaccacgagccgcaggcgtaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (3)   
   KEGG COMPOUND (3)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (218)   
   KEGG ORTHOLOGY (1)   
   RefGene (214)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (234)   

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