KEGG   Leptospira interrogans serovar Copenhageni: LIC_20075
Entry
LIC_20075         CDS       T00166                                 
Name
(GenBank) adenylate/guanylate cyclase
  KO
K01768  adenylate cyclase [EC:4.6.1.1]
Organism
lic  Leptospira interrogans serovar Copenhageni
Pathway
lic00230  Purine metabolism
lic01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:lic00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    LIC_20075
Enzymes [BR:lic01000]
 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
     LIC_20075
SSDB
Motif
Pfam: Guanylate_cyc HAMP LPD39
Other DBs
NCBI-ProteinID: AAS72104
UniProt: Q75FV6
Position
II:82407..85346
AA seq 979 aa
MATDQIESKESQTSSFLRKIRNQLKWIGHFRNLFYLGIRAKLAIFTGTLIAFTVMILTAI
DVHQQTEILTQSYEKEASISRHYISGLVLELENLSNSLIRVESFREKVKRQSQALRKYRT
KIVTQETKELNLFGFKTKLFGVLGKERKSSIKETYYSVYLSKADIDELEKNTKILLKDPN
GLAISDETYSKLKNIAHQVVVLEADLNEQKQKLEELRVSEKTSEKEKQNLEQEMNHLKKG
IEKTRNQLDQSILELSLPKQHKKIEELGLNMSQYRIQTFPVVFNQSRENLIPSFDTKIFK
PEASINSNIFLNDIDISLKDSISKIISLDFSQDTNKNSYTIGKMELQVLYSPIFKNQNST
QRADRLKKELPDFAKRYLQQDANIALKVRELVIPLKKRVQELKEKKPPIPPFRDKTFNDL
YARYSKLIEERQTVFETFRNEYSEDKKSLKETSQKLNVSKRARSVKTKVFFPIQNENDVL
IDALGELRNAGLEDLIVLRFSQNFGNYSDYLKYPKEQNLSKERWKSIREWIYSGRSETPT
PQLKKLISYGIVSHSRAEAEEILWSLDSKPLFVESGDDVSSAILSANLSGISRTIVDRTE
GLETIQKNKNSAVATALLICVASLIFAILISGFVVQKIKRIIFHAKAVGQGNLEVQFEQG
GKDELGTLTIALNSMVTGLKEREKIKNILGTMIDPVVVKEAMVDLAALKRGSEKRITAFF
SDVANFSNISEKLTSIELASLLNEYLSAMTLILKKHEGVLDKYIGDAIVGIFNAPVEVDE
HCIKAARAAVEMIETLERLRQEWKAKKVYIVEAQEMQIRIGLNTGLAKVGFMGTDSISAY
TMMGDMVNLAARLEAAGKDYGVSILVSESVQREIKEEFFTRLLDVVRVKGKNESVQLYEL
IGRADNVSERLEASVLEFSKGFEAYLNREWSLAQELFESSQITRGVKDKAAILLTERCEE
YKRNPPEKNWDGVYTRTHK
NT seq 2940 nt   +upstreamnt  +downstreamnt
gtggctacagatcagattgaatcgaaagaatcgcaaacatcatcttttctaaggaaaatc
agaaatcaactcaagtggattggccattttaggaatcttttttatttaggaattcgagcc
aaacttgccatttttacgggaactttgattgcgtttacggttatgattcttaccgcgatc
gacgttcatcaacaaaccgaaattcttacacagagttatgaaaaggaagcttctatttcc
agacattatatttccggtttagtactcgaattggaaaatctttccaacagtttgattcgt
gtggaatcgtttcgagaaaaggtcaaacgtcaaagtcaagctctacgtaaatatagaaca
aaaatagtcactcaagaaacaaaagaacttaatcttttcggatttaaaacgaaacttttt
ggagttttaggaaaagaacgtaagtcatccattaaagaaacatactattctgtttatctt
tctaaagcggatatagacgaactcgaaaaaaatactaaaattttattaaaagacccaaat
ggtcttgctatttcggatgaaacgtattctaaactcaaaaatatcgctcatcaagttgtt
gttttagaagcggatttaaatgagcaaaaacaaaaattggaggaattgcgtgtttcagaa
aaaacttccgaaaaagaaaaacagaatttagaacaggaaatgaatcacttaaaaaaagga
atcgaaaaaactagaaaccaactggatcaatctattttagaactttcacttcctaaacaa
cataaaaagatagaagaacttggactcaacatgtcccaatatagaattcagacttttcct
gtggttttcaatcaaagcagagaaaatctgattccttcttttgatacgaaaatttttaaa
ccagaagcttcaattaattctaatatatttttaaacgatatagacataagtctgaaggat
tcaatttcaaaaattatttccttggatttttcacaagatacaaacaaaaattcgtacaca
attggtaagatggagctacaagtattgtattctccaatttttaaaaatcaaaattctaca
caacgagcggatcgacttaaaaaagaattaccggattttgcaaaacgttatctgcaacag
gacgcgaatattgctctcaaggttcgagagcttgtgatccctttgaaaaaaagagtacag
gaattaaaagaaaaaaaacctccaattcctccttttagagataaaactttcaacgatctc
tacgctcgttattctaaactaattgaggaaagacaaactgtatttgaaacgtttagaaac
gaatattccgaagataaaaaaagtcttaaagaaacatcacaaaaattgaatgtatctaag
cgagctcgttctgtcaaaacgaaggttttctttccgattcaaaacgaaaatgatgtgctt
atagacgcattaggtgaacttagaaacgcaggactcgaagatctgattgtattacggttt
agtcaaaatttcggaaattattctgattatctaaagtatccaaaggaacagaatttatcc
aaggaaagatggaagtctatccgtgaatggatttattccggtagaagtgaaactccgact
cctcaacttaaaaaattaatttcttatgggattgtttcacattcaagagcagaagcagaa
gaaattctttggagcttagattctaaacctctttttgtagaatctggagacgatgtaagt
tcggcgatattatccgcaaatctttccggaatttcaagaaccatagtggatcgcacagaa
ggattagagacaattcagaaaaataaaaattcggcggttgccactgctttactaatttgt
gtagcctctcttatatttgcgattttaatatctggttttgtggttcaaaaaatcaagcgg
atcatatttcacgcaaaagcagtaggtcaaggaaatttggaagttcaatttgaacaaggt
ggtaaggacgaacttggaactcttacgatagctctaaattctatggtcactggtttaaag
gaaagagaaaaaatcaaaaatatattagggacaatgattgatccagtggtagtcaaagaa
gcgatggtagacctggcggctctcaaacgcggaagtgaaaaaagaattaccgcttttttt
tcggatgtagcaaatttttcgaatattagcgaaaagttaacttcgatcgaattggcttct
ttgttaaacgaatatctttcggctatgacactgatcttaaaaaaacacgaaggagttttg
gataaatatattggagacgccatcgtggggatattcaatgctcccgtggaagtggatgag
cactgtattaaggcggcgcgtgctgcagttgagatgattgaaacccttgaaagactcaga
caggaatggaaagcaaaaaaggtttatattgtagaagcccaagaaatgcagatcagaatc
ggacttaacacgggtcttgcaaaagtgggttttatgggaaccgattcaatttcggcttat
acgatgatgggagatatggtgaatcttgcggcaagacttgaagccgcgggtaaagattat
ggggttagtattttagtgagtgaatccgttcaacgtgaaatcaaggaagaattttttact
aggcttttagatgtggttcgagtcaaaggaaaaaacgaatcggttcaactttatgaactc
attggaagagcggataacgtatctgaaagactagaggcctctgtattagagttttctaag
ggttttgaagcatatctcaaccgagaatggtctttggcccaggaattatttgaaagttcg
cagattacgagaggtgttaaggacaaggcggcaatccttttgactgaacgttgtgaagaa
tataaacgaaatcctccggaaaaaaattgggacggagtttatactagaactcataaatga

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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 sequence (1)   
   UniProt (1)   
Protein domain (3)   
   Pfam (3)   
All databases (20)   

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