KEGG   Naegleria gruberi: NAEGRDRAFT_81073
Entry
NAEGRDRAFT_81073  CDS       T01241                                 
Name
(RefSeq) hypothetical protein
  KO
K12322  guanylate cyclase 2F [EC:4.6.1.2]
Organism
ngr  Naegleria gruberi
Pathway
ngr00230  Purine metabolism
ngr01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:ngr00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    NAEGRDRAFT_81073
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:ngr01001]
    NAEGRDRAFT_81073
Enzymes [BR:ngr01000]
 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
     NAEGRDRAFT_81073
Protein kinases [BR:ngr01001]
 Serine/threonine kinases: Other
  RGC family [OT]
   NAEGRDRAFT_81073
SSDB
Motif
Pfam: Guanylate_cyc PAS_9 PAS PAS_4
Other DBs
NCBI-GeneID: 8855856
NCBI-ProteinID: XP_002672867
JGI: Naegr1_81073
UniProt: D2VSH9
AA seq 2335 aa
MQASSSGQFESDGEGSDFLTNNNNINGGGGGTNGAPLANPQQAMSNVGTSSVGSTVSTNT
DSNLSKNVVSMFRDQFIGFMISFNAKVSRISKLKYGILNILIYVYLWYVTMVLSSCPSRI
DEETSASASSSSTTSSSHHYLWGEIPGWIHRALFYPINFGVEHYPYELTLTISALYLLAE
VICIGLLVLFQVAKNKGSKWSEKINSIASKLILFLIVTSHFALWIHTVPMAPLESIPLGH
GSSTITSSSSSSKTSSSAEEDTYLYYYPSLSISSTVNIIFIVIGALGVVCNVGVTLLGFI
LTAETVPPMKKYSLFSIDRVEPTAVLLFTNQLSVIVTVIVTSHLAVVSSAFKIVISGICL
IFFMNKIPHYRKWENSLMVGVMFGKTLGSIGPLVSDLIVSGETNATTLGGALTGVTIGLQ
VIGFIIGFIGFYIYLSMITRSVRKFLLSEFEDKKKDKIGAQQAFAYFEENKNMKKLSLYI
KLSMGENGSANFNVATRFVRNIGVSRSMTNVDFLITAAIFSAFHPDVDDQFTCIANAIHL
LQRAQKQHPSLSFKYMIMLRHKEIEENMNTISAINIELRQMLQTLDKKQHLLQYFHREFY
KELLNEHPSLSKMENINRTISIIVQDCDLKFRNLLVSHPNDKTLLRSYACYLETCRWEKE
LAAEYYDDANQIEEEEARKHHHKKAKNNFMSSDFSKRRAIPTASNKVVPISNMAANFDRK
INASLDFDVVEKSLDHKHDEENWESVSNAEELSKKEDLFRIAINTEDDHTFTKIWFSIFT
MFSIIVISVIIGFGMGQLKITTDRVSLQEKVCSLSGIPYLIVSQLRSVQSIYRFSSSSWE
QTLKVPLVANIAKNQLSMLMEKVQHVKDASNNGEFVPEVVEMYNEVRWTNIIPIKQQTEE
TSIPLYHKVNGSIAEFVESMLTQAHELEKQFDNLHVLNVTMSNYNFLYYYLGRTEMTEAF
DYFCSTFIKSSESTEIEGQKEFYILCGVLMGTYALLALIYVIVLRTQLLQTLRIIRCIFK
KIPKEESGKIFHRFDKKLYDEIHKENRTVLTPKNLFLVTTILIILITFLVCILIIIDFEQ
GSQEIMSTMVTVSSLNDVITISSKVTFTLNELITKSIIMNENWIDLRDRNLEDLKQAAIA
WRDITIGGSENNFKPTVFGILPEIDDLLDGTCSNKTFQVSEPLNYTTVMSELSCRGMDQL
LNIFMDRSYELSQDFYSNYYDKESAMELYFTYIYFLSVTFSDKLLDLISVYVNFAKHPEV
ALAAASTSVGLILIIMLSYFAYSNISSYWMEKQNLRSLLNYINWELIEQIDDLKQYAVSH
RIKENTYQSLEKVSSKISKFNVFKFEDGDDEESNDPLAMTKSILLAAADGSIVCSSNGSI
TIFNPAAEDMFGLKGSEVMGTHITDLFSIQDQPKIANLLKSMNSSLSAFSETFEATAIRK
NKTIFSVKLSMSVCIFMKKAIVSCFVKDITPEKKQNALIAEEKKKSEDLLLNILPLPVAN
RLKQGETFIAEKFTDVTVFFSDMVGFTKMSSGMEPDQLVKMLNTIVNEFDKLTEKYSIDK
IKTIGDAYFSVGGLHASKSSDHPERMLRFSIDIFFFLNKFNTETNNKINLRVGLHTGGCV
GGVIGSKKFAYDLWGDTINTASRMESTSIAGRIQLSRSTYERVFDLDFQFEERDGIEVKG
KGLMKTYLVHQKHHPIAFEEEHEMTPIIIEPQTCHPPLLESNNMSTPLLEEHLENNDETL
DSSSGYDNDKSTTPIPIGGGNNSKSPSSSSLKSSPPTFSSSPNTSTFHSISKNQASAVPS
TLVFTRNSSTVSPSSPISASYSGASGQVHFQSSNLTSNVTSERKTTMFHFGRKKSVLKAT
PIISPLLLPTPDQSNNSFSLGSNNALTSTSSGMSSQGSTGNLESVGQSLLENSTMATFAS
WEEVNGSMLNSFDSFSSVSSNSGSFDSNYEESSEPSKRSSVGKSRKFTTFISKIFGKNQE
NAIQSTSPKSNRSKAKFLNSLSETDDFFRDSAMGIEPSPSPSTSSGSLKGHHAASNSLEQ
QDRSFTDLDTKQKSMFNGWFQEKASILEDLFDKEGCVYFYKNQIKPGQNKKRSSTTLNLS
SNSSSSNEGNDDDGNGDLSREEDVFVERFFSCKNSAITIFEKGTKDSPVKHSFSWNQNVT
FSLVPTEKSFDTVVAKSIKKATRYNRSQYFLFEIRVEQGDNFYVMDPLILVGLVRTKEER
DDWADLFEIYSIYSSLNVLTEDDFTLSSTMTREETLRDYFIQEYELFDEYQNEVREQGEN
QQNFNNRGETVMDPRLSTIENPFEETNAFQREMEKSYTFLIQSFDPYLAINSQSQ
NT seq 7008 nt   +upstreamnt  +downstreamnt
atgcaagcctcatctagtggacaatttgaatccgatggagagggttctgattttttgaca
aataacaataatattaatggtggaggtggaggaaccaatggtgctcccttagcaaatcca
caacaagcaatgagtaatgtcggaacgagtagtgttggttcgacagtttcaactaatacc
gattctaatctttcaaagaatgttgtgtccatgtttagagatcaattcattggatttatg
atatcattcaatgcaaaagtatcgagaatttccaagctaaagtatggtatccttaatatt
ttgatatatgtgtacttgtggtacgttacaatggtactctcctcttgtccttcaagaatt
gatgaagaaacatctgcatctgcatcatcatcttcaacaacatcttcctcacatcactac
ttgtggggagaaataccaggttggattcatagagccttattctatcccataaattttggc
gtagaacattacccttacgagctaacattgacaatatctgcgctatatctgcttgctgag
gttatttgcattggactcttagttctctttcaagtggccaagaataagggaagcaaatgg
agtgaaaagattaattcaattgcttccaaactgatacttttccttattgtgacttcacat
tttgcattgtggattcatacagtacctatggcaccactcgaatcaataccactaggacac
ggttcatcaacaataacgagtagttcatcatcatcaaaaacatcttcttcagcagaggag
gacacttatctttactattatccttctctttcaattagttcaacagtgaatattattttc
atagtgattggtgcacttggtgtggtttgcaatgttggagtgacactgttgggattcatt
ctcactgcagaaactgttccaccaatgaagaaatattccttattttcaattgatagagtg
gagccaacagctgttcttcttttcacaaatcaattgagtgtaattgttactgttattgta
acttctcatttggcagtcgtgtcgagtgcattcaagattgtaatctctggaatatgcttg
attttcttcatgaacaaaataccccactacagaaagtgggagaattctttaatggtggga
gtaatgtttggaaagactttgggaagtattggacctcttgtttctgatctaatagtctcg
ggcgaaacaaatgcaactactcttggaggagcactaactggtgtcactattggattgcaa
gtaattggattcattataggattcattggattttacatttatctaagcatgataactagg
tctgttcgtaaattcttattatcagaatttgaggataagaagaaggataaaataggagca
caacaagcatttgcctattttgaagagaataagaatatgaagaagctgtcactctatatc
aaattatcaatgggagaaaatggttctgcaaactttaatgtggccactcgatttgtgagg
aatattggtgtttccagaagtatgaccaatgtggatttcctcattacagcagccatattc
tctgcattccatccggatgtagatgaccaatttacatgcattgccaatgccattcattta
cttcagagagctcaaaaacaacatccatcactctcgttcaagtacatgatcatgttaagg
cataaggaaattgaggagaatatgaataccatatctgctattaatattgaattgagacaa
atgttacagacattggataagaaacaacacttgttacaatatttccatagagaattttac
aaggaacttttgaatgaacatccttcattgtccaagatggaaaatatcaatagaactata
tccattatagttcaggattgtgatctcaagtttagaaatttactagtctcccatcctaat
gataaaaccctattgagatcgtacgcctgttacttggaaacttgtaggtgggagaaggag
ctagcagctgaatactatgatgatgccaatcaaattgaggaagaagaggcaagaaaacac
catcataagaaggcaaagaataactttatgagtagtgacttttcaaagagaagagccatt
ccaacagcatcaaacaaagtcgtaccaatatccaatatggctgctaatttcgatcgtaaa
attaatgcctcactggattttgatgttgtggagaaatcgttagatcataaacatgatgaa
gaaaattgggaatcagtatcaaatgcagaggagttatctaagaaggaagacttgttcaga
attgcaatcaacactgaggatgaccatacttttaccaaaatttggttttccatattcacc
atgttctctatcattgtcatttctgtaattattggttttggaatgggccagctcaagatt
acaacagacagagtttcactgcaagagaaggtttgctcactgagtggaattccttacctc
attgtttcacaattaagatcagtgcagtccatctatagattctcttcctcttcgtgggag
caaactctcaaggtaccactggttgcaaatatagcaaagaatcaattaagcatgttgatg
gagaaggtacaacatgtcaaagatgcctcaaacaatggtgaatttgttcccgaagttgtt
gaaatgtacaatgaagttcgttggacgaatatcattcctattaaacaacaaacagaggaa
acaagcattccattgtaccataaagtgaacggatcgattgcagagtttgtcgaatccatg
ttgacacaagctcatgaacttgagaaacagtttgataatttacatgtattgaatgttacc
atgtcaaattataactttttatactattatttgggaagaactgaaatgacagaagctttt
gactatttttgttctaccttcatcaagagttcagaaagcacagaaatagaaggtcaaaaa
gagttttacattctctgtggtgttttgatgggtacctatgctctacttgctttgatttat
gtaattgttttgagaactcagcttttacaaacattgagaattattagatgtatattcaag
aagattccaaaagaagaaagtggcaaaatttttcatcgttttgataagaaactctatgat
gaaatacataaggaaaatagaacagtgttgacacctaagaatctcttccttgtcactacc
attttgattattttgataacattccttgtgtgtatattgatcattattgatttcgaacag
ggatcacaagaaattatgtccacaatggtgacagtctcatcgctaaatgatgttattacc
atttcttcaaaggttacctttacgttgaatgagttaatcacaaaaagtataatcatgaat
gaaaactggattgatttgagagatagaaacttggaagatttgaaacaagctgccatagca
tggagagacattaccattggtggcagtgaaaataatttcaagccaacagtgtttggtatt
ttacctgaaattgatgacttgttggatggaacctgcagcaataagacattccaggtgtct
gaacctctcaattacacaacagtcatgtcagaattgagttgcagaggaatggatcaattg
ttgaatatatttatggatagatcctatgaattgagtcaagatttttattctaattactat
gataaggaaagtgctatggagttgtactttacttacatttatttcctctctgtaactttc
tcagacaagttattggacttgataagtgtgtatgtgaatttcgcaaagcatccagaagtt
gccttagcagcggcatcgacttctgttggtttgatattaattatcatgttgagctacttt
gcctattcaaatatttcatcctattggatggaaaagcaaaatttaagaagtttgttaaat
tatattaattgggaattgattgaacaaatagacgatttgaagcagtatgcagtttcacat
agaattaaggaaaatacctatcaaagtttggaaaaggtttctagcaaaatttccaagttc
aatgttttcaaatttgaagatggtgacgatgaagaatccaacgatccattggccatgacc
aaatctattctattggctgcagctgatggcagtatcgtttgtagttcaaatggctctatt
acaatttttaatccagcagctgaagacatgtttggtttgaaaggaagcgaagtcatggga
acacacatcactgatctattctccattcaagatcaacctaaaattgcaaatttgctcaaa
tccatgaatagttcactaagtgccttctctgaaacattcgaagcaacagctatccgaaag
aacaagacaatcttctctgtgaaactctcaatgagtgtttgtatctttatgaagaaggcc
attgtttcatgtttcgtcaaggatattaccccagagaagaaacaaaatgctctcattgct
gaagaaaagaagaagagtgaagatttattattgaatattttaccacttccagtcgcaaat
cgattaaaacaaggtgaaacattcattgctgaaaagtttacagatgtcactgtattcttt
tctgatatggttggatttaccaaaatgtcatcaggaatggaaccagatcaattggttaaa
atgttgaataccatcgttaatgaatttgacaagctgacagaaaagtattccattgacaag
attaaaactattggagacgcctattttagtgtaggtggtttgcatgcttccaaatcaagt
gatcacccagaaagaatgttaagattctcaattgatatctttttctttttgaacaaattc
aacacagagaccaacaacaagattaacctaagagttggccttcatactggtggttgtgtg
ggtggtgtaattggcagtaaaaagtttgcctatgatttgtggggtgataccattaatact
gcctcgagaatggaatctacatccattgctggaagaattcaattatccagatctacctat
gagagagtttttgatttggatttccaatttgaagaaagagatggaattgaagtaaaagga
aaaggattaatgaaaacctatctagtccatcaaaaacaccatccaattgcttttgaagaa
gaacacgaaatgactccaattattattgaaccacaaacttgtcatcctccattattggaa
tcaaacaacatgtcaacaccacttcttgaggaacatttggaaaacaatgatgaaacccta
gatagtagcagtggatatgataatgataaatccacaacacccattcccattggaggtggc
aacaacagcaaatctccatcatcgtcatcattaaaatcctcaccaccaaccttttcctcc
tctcccaatacttcaacttttcattccataagtaaaaatcaagcatcagcagttccttca
acattggtttttactagaaattcatcgacagtatcaccttctagtcctattagtgctagt
tatagtggtgcaagtggacaggttcattttcaatcatcaaatttaacatcaaatgtgaca
agtgaaaggaagactaccatgtttcattttggaagaaagaaatcagtattgaaggctact
ccgattatatcacctcttttgttaccaactcctgatcaatctaataattcgtttagttta
ggttcgaataatgccttgacaagtacaagtagtggaatgtcttcacaaggatctactgga
aatttggaaagtgttgggcaatcattattggaaaattctacaatggctacttttgcttca
tgggaagaagttaatggatccatgctcaattcattcgattcattttcttcagtttcgtcc
aattcaggaagtttcgattcaaattacgaagaaagttcggaaccttctaaaagatcaagt
gttgggaaatctagaaaattcacaacatttatttcgaaaatatttggaaagaatcaagaa
aatgcaattcaatcaacctctccaaaatcgaatagaagcaaagccaagtttctcaattct
ctatccgaaactgatgattttttcagggatagtgcaatgggaattgaaccaagtccttca
ccatcaaccagttcaggaagtttgaaaggccaccatgcagcatccaattcactagagcaa
caagatagatcatttacagatttggacaccaaacaaaaatcaatgtttaatggatggttc
caagagaaggcctccattttggaagatttattcgacaaggagggctgcgtgtatttttac
aagaatcaaatcaaaccaggtcagaataagaagagatcttccaccactcttaatctcagt
tcgaatagttcaagtagtaatgaaggaaatgacgatgatggaaatggtgatctctccagg
gaggaagatgtttttgttgagagattttttagttgtaagaattcggccattacaattttc
gagaagggaactaaggattctcctgtcaagcattcattctcatggaatcagaatgttaca
tttagtttggttcctactgaaaaatcatttgatacagttgttgccaagtcgattaagaaa
gccacacgatacaacaggtcacaatatttcctatttgaaattagagtggaacagggtgat
aatttctatgtgatggatccactcattcttgttggattagtcagaactaaagaggaacgt
gatgattgggctgatttattcgaaatttactcaatttactcatcactcaatgtgttaaca
gaggacgatttcacactctcatcaaccatgacaagagaggaaactcttcgtgattatttc
attcaggaatatgaacttttcgatgaatatcaaaatgaagtgagagaacaaggtgaaaat
caacaaaatttcaataacagaggagaaactgtaatggaccctcgattgtcaactattgaa
aatccattcgaagagacaaatgcattccagagagaaatggaaaagtcatatacttttttg
attcaatcatttgatccatatctagcaattaattctcagtctcaataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
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 (82)   
   KEGG ORTHOLOGY (1)   
   RefGene (77)   
   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 (4)   
   Pfam (4)   
All databases (100)   

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