KEGG   Leptospira interrogans serovar Linhai: LIL_13298
Entry
LIL_13298         CDS       T03859                                 
Name
(GenBank) adenylate/guanylate cyclase
  KO
K01768  adenylate cyclase [EC:4.6.1.1]
Organism
lis  Leptospira interrogans serovar Linhai
Pathway
lis00230  Purine metabolism
lis01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:lis00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    LIL_13298
Enzymes [BR:lis01000]
 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
     LIL_13298
SSDB
Motif
Pfam: AAA_16 Guanylate_cyc TPR_12 TPR_8 TPR_10 TPR_1 AAA_22
Other DBs
NCBI-ProteinID: AJR15900
Position
1:complement(3976064..3980254)
AA seq 1396 aa
MNNTTESFKDTLELIRPYLPSGIVRRLANFGESKLQRSQSFEGAVLFFDVVGFTPTTLAL
AAKGTRGIDALQIVLSNYYTGLLKHLNEWGGAVYQFAGDSVLVSFEKREGETAEEAALRV
ANCALGISNSIAEYSSNELLGETVNLPARVGLAYGVYQEFILGEQDRFLRAVIAGAPVDQ
SIAAEKQALGGDIILSSSLWNLLPASKVGENVNLDFFRLIDCEKCENSVPPPSRSTTEER
FSDERFFKRCRRFIVPELYQRVTNVHKAFSGDYREVASVFVRIDAPLESHSDSKNFNDFF
IYVQSVATSCSGTFVLTDLSDKGGVFSVLFGAPAALENKEALAARFAVRLMEGASNYSAA
KNLQIGISTGMAYCGDLGAPFRKDFTAIGEMMNIAARLATLSGYSGILIDFQTKSKLGKN
FSFHEVGDVELKGVTGAKKVFQLTSEQKNIPGLLIQYKDKMIGRKEEIDRLHKMLDSSIE
KGGVVCRIIADAGLGKSRLTNTFIDQAYDRNVEILIGYCYPYEKFTPFYPWKELLSLFLG
IFEDDSTEARVAKAEKALENLNSFDIAWAKALVALMGVSVEEDPLTREIDRKQKNERLFE
IIISLLQERANKKPLMLVFEDVHWIDELSSRLLEKLAFRLSEMKVMLLLVSRPEGQFGED
SVAPNEELIRLKEFKSEEAKDFLIHKFKLDTSHEEFLDQILNRSSGNPFFLESIVHNLIE
EGTLIKLEDGTLSPSDKTRDIQIPNTLNDVLLARVDRLQEREKIVLKTASVIGRLINVDT
LNHLLPVEFRSQIDNILQSLEGLDLTPLEVTEPLTYIFKHIVIRDIVYNTLLHSTREDLH
KKIASFIEKENENNLTEMADILAFHYQQCSDFEKASKYSLMAARKARSKYANRDAIYHYG
KTLETLAQFEKTKSETYYEIKLELAHVHRQFGEYSIAEVLFKECLENKSTLNLIRSYTGL
GQVYQEQDDISRAMETLENALRITGIRPPGSRPDTILKIVLQLTLVLRFSFFGPSYTSSN
KAERLRLRCIILATLAKMYIMKDVKKFGWSVFTQYNATQRFEDPVRSSLAECALGQVFVG
MNLFGPSKHFLLKGRELAEKTGDPYARAISLLVQGGYYMMLNRPELGLPFLQDSISIYRQ
VGEKWDLLSALSSSGFLYYFQSDFRTAKQYFDDIGEIASDLGAQLQLRWTRIWSPYFGYL
LGEVEPPELEKKLIVEVERAASENDVMNELSTINKLLKLSILEGWPEKAELWARRSYAGF
LKCEVKFPQLQIGNVYLAEAALYAQMENGNKNLTKIINYGLKNGLKLGKSLPYLYGPSLV
LKGKLLFHSGKRKKAEAIFKEAESFLSNTQNRWEYATALYEIGELLGDTERISTSKKILH
ELGAKADLKRLDKIQL
NT seq 4191 nt   +upstreamnt  +downstreamnt
atgaataacacaacggaatctttcaaagacacattggaattgatcagaccttatttaccc
tccggaattgttagaagactggcgaattttggtgaatcgaaactacagaggtctcagtct
tttgaaggggctgttttgtttttcgacgttgtgggttttacacctacaactctcgctttg
gctgctaaaggtacaagaggaatcgacgctttacaaattgttctttccaattattatacg
ggattgttaaaacatctcaatgaatggggcggagctgtttatcaatttgctggagattct
gttttagtcagttttgaaaaaagagaaggggagaccgccgaagaggcagcacttcgcgtc
gcaaattgtgcattaggaatttctaattcaattgctgaatatagttccaacgaactttta
ggagaaaccgtaaatcttccggcccgagttggtttagcttacggagtatatcaagaattt
atattgggagaacaagatcgatttttaagagccgtgattgcgggagcaccggtggatcaa
tccattgcagccgaaaaacaagcgttaggtggagacattatcctaagttcgagtctttgg
aatcttcttcctgcttctaaagtaggtgagaacgttaatttggatttttttcgtttaatt
gattgcgaaaaatgcgagaactcagttccacccccttctcgttccactacggaagaaaga
ttttccgacgagcgtttcttcaaacgttgtagacgttttattgttccggaattgtatcaa
agggtgacaaatgttcataaggctttctctggagattatcgagaagtagcttctgtgttc
gtacgaatcgacgcacctttggaatctcattctgattccaaaaactttaatgactttttt
atttatgttcaaagtgttgctacttcttgttcaggaacttttgtacttacagatctttcc
gataaaggaggggtgtttagcgttttgtttggagctccagcggcgttggaaaataaagaa
gctcttgctgctcggtttgcggttcgactgatggaaggggcttctaattattctgcggcc
aagaatttacaaattggtatctcgaccggaatggcttattgcggggatttaggagcaccc
tttagaaaggattttactgccatcggcgaaatgatgaatatcgccgcaagacttgcgact
ttatccggatatagcggaatcctaatcgattttcaaacgaaaagtaaattaggaaagaat
ttctcctttcatgaagtaggtgacgtagaactcaaaggtgtaactggtgctaagaaggta
tttcaactaacatctgaacaaaaaaatattccgggacttttgatccagtataaggataaa
atgatcggaagaaaagaagagattgatcgtctgcataagatgttggattcttccatagaa
aaaggaggagtagtctgtagaattattgcggatgcgggtcttggtaaatctagactaacc
aatacgtttattgatcaggcatacgatcgtaacgtggagattttaatcggttattgttat
ccttacgaaaaattcactccgttttacccttggaaggaattattaagtttatttttggga
attttcgaagatgattctacggaggcgagagttgccaaggcagaaaaagcattagaaaat
ttgaattcttttgacattgcttgggcaaaagcgttagtcgctttgatgggggtttccgta
gaagaagatcctctgactagagaaatcgatcggaaacaaaagaatgaaagattgtttgaa
attatcatttctttgttacaggaacgcgcaaataaaaaacctttgatgctcgtatttgaa
gacgttcattggattgatgaattgtctagtcgtcttttggaaaagttagcgttccgattg
tctgagatgaaggtgatgctccttcttgtgtctagaccggaggggcagtttggggaagac
tcagttgctccgaacgaagaactcatccgtttaaaagaatttaaatcggaagaagcgaaa
gattttctcattcataaatttaaactggatacaagccacgaagaatttttagatcagatt
ctcaatcgatccagcggaaacccgttctttcttgaatctatcgtacacaatttgattgaa
gaaggaactcttatcaaattagaagatggaacactttctccttctgataaaaccagagac
atccaaattccaaatacgttaaacgacgttttacttgctcgtgtggatcgtcttcaagaa
agagagaaaatcgttttaaaaaccgcttctgtaatcggtcgtttgattaacgttgacact
cttaatcacttattacccgttgaatttcgttcgcagattgataatattctacagagttta
gaaggtttggatctgactcctcttgaagttacggaacctcttacgtatatattcaaacat
atcgtaattagagatattgtttataatactcttctgcattctaccagagaagaccttcac
aagaaaattgcttcgtttatcgaaaaagaaaacgaaaacaatttaacggaaatggcggac
attcttgcgtttcactatcaacagtgttctgattttgaaaaagcttctaaatattctctg
atggcagctcgtaaggcaagaagtaaatacgcaaatagagatgcgatatatcactacggt
aaaactttggagacacttgctcagttcgaaaaaacgaaaagcgaaacctattacgaaatc
aaattggaacttgctcacgttcatcgtcaattcggtgagtattcaatcgccgaagttctt
tttaaagaatgtttggaaaataaatctactctcaatttgattcgttcttatactggtcta
ggtcaggtttatcaagagcaggatgatatttcccgtgcaatggaaaccttggagaacgca
ttaagaattactggaattcgtccacctggaagtagacctgatacaattcttaaaattgta
ttacaacttactttagttcttaggttctctttttttggtccttcttatacttcttccaat
aaagcggaacgtttgaggctgagatgtatcattttagctacattagcaaaaatgtatatt
atgaaagacgtaaaaaagtttggttggtccgtatttactcaatataacgcgactcaaaga
tttgaagatccagttcgttcttctcttgcggaatgtgctcttgggcaagtttttgtggga
atgaatttattcggaccttcaaaacattttttactgaagggaagagaactcgccgaaaaa
actggagatccttatgcgagggcaatcagtcttttggtgcaaggtgggtattatatgatg
cttaaccgtcccgaattaggacttccatttcttcaagattccatttctatttatcgccaa
gtcggagagaagtgggatcttttgtccgcactttcttctagtggatttctttactatttt
caatctgattttagaaccgcaaaacaatactttgacgatattggagaaatcgctagtgat
ttaggtgctcagttacaacttagatggactcggatttggtctccgtatttcggttatctt
ttaggagaggtggaacctcctgaacttgaaaaaaaactgatcgtagaagtggaaagagcc
gcctcagaaaacgacgtcatgaacgaactttctacgattaataaattattgaagctctct
attttggaaggctggcccgaaaaagcagagttatgggctagaagaagttatgcaggattt
ctaaaatgtgaagtgaaatttcctcagcttcaaatcggaaacgtgtatcttgcggaagcc
gcattgtatgcgcaaatggaaaacggaaataagaatcttactaaaattatcaactatgga
cttaagaatggattaaaacttggaaaatcacttccgtatttgtatggtccttctttggtt
ttaaaaggtaagttattgtttcattccggaaagcgtaaaaaagcagaagccatttttaaa
gaggcggaatcttttctttccaacacccaaaatcgttgggaatatgctactgcattgtat
gaaattggagagcttctaggcgatacggagcgtatttccacatctaaaaaaattctccac
gaattaggagcgaaagcggatctgaaacgattggataagattcaattgtaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (7)   
   Pfam (7)   
All databases (23)   

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