KEGG   Cryptotermes secundus (drywood termite): 111871901
Entry
111871901         CDS       T07421                                 
Name
(RefSeq) Ca(2+)/calmodulin-responsive adenylate cyclase isoform X1
  KO
K08041  adenylate cyclase 1 [EC:4.6.1.1]
Organism
csec  Cryptotermes secundus (drywood termite)
Pathway
csec00230  Purine metabolism
csec01100  Metabolic pathways
csec04213  Longevity regulating pathway - multiple species
Brite
KEGG Orthology (KO) [BR:csec00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    111871901
 09150 Organismal Systems
  09149 Aging
   04213 Longevity regulating pathway - multiple species
    111871901
Enzymes [BR:csec01000]
 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
     111871901
SSDB
Motif
Pfam: Guanylate_cyc AC_N Adcy_cons_dom
Other DBs
NCBI-GeneID: 111871901
NCBI-ProteinID: XP_023721058
Position
Unknown
AA seq 2251 aa
MDHSVKAMNSHRKLAFSRLLNRHRFENDELESLYQRYIFKLQHSSVASVVALFVILTGIL
ANLSLAYAQAPTAQNIYHSLHCLLFALLLAFLNTRLMQDAYLLWVCYAILFFCTTFCAVA
MPLGPEDPTAGGGGMGVETRRVLAEGVWQVVFVVFLAYAMMPLKTWVAAVFGVFLPVVHV
IVAAIFAKEFPSLTWQQATANVIVFVCVNVVGVFMHNLMEHAQRKAFLDTRNCIAARLEM
EDENEKLERLLLSVLPQHVAMEMKADIISPVEGQFHKIYIQRHENVSILFADIVGFTVLA
SQCTAQELVRLLNELFGRFDQLASDNHCLRIKILGDCYYCVSGLPEPRSDHAHCTVEMGL
DMIDAIASVVEATDVQLNMRVGIHSGRVLCGVLGLRKWQYDVWSNDVTLANNMEAGGEPG
RVHITQATLDYLGGEYEVEAGHGGTRNQYLRDHSVATYFIVPPARRRKPLLFNTLQVRSA
LGAAQRRKLSFKNVSSVVVQLLHSIKYSMEVPFSNIATPGDHKANAARKVLDLQRALHAD
PSTTGGRPFGGAEALHLHDIANKNKVTEKFKRPFKKRHSSVYHQPSNRVNKYLAQAIDAR
SVDREKSTHVNLATLCFKDHEKETQYHDDTDVGFSSSLACSLVLLLLIGGLQAVILPRTI
ILLLLFLTAFIWVSVVLMLLLAVRLQWILWDISQSFVLRLAITVFTIVLIYTVAQVNVFT
CRWDVPCPMQSTANVTLDTSTYHDHRACPLPQYIILSCTLGYLAVAVFLRLPILVKGILL
IVMATVYILLIELSHIALFHCYDQRVRSVVPQHVLGVVYVLMFLLAVVIHGRQMEWTARL
DFLWQIQANEEKREMDALQHSNKRILFNLLPAHVATHFLDNQFRSNMNTLSQDLYHQSYT
RVGVVFASITNYHEFYMELDGNNQGVECLRLLNEIIADFDELLGEERFKAIDKIKTVGST
YMAAVGLMPDLRILDEDETTAGFYLSTLVEFVFAMREKLLNINENSYNNFMLRVGINIGP
VVAGVIGARKPQYDIWGNTVNVASRMDSTGLPNHTQVTEEVYQVLKNFPYEFQCRGKVKV
KGKGDMTTYFLTDRKQPGTVRVDDLPGMRSSANTGGGNMYGGVATPLTLLHQIQQGSAPE
MNGRSKPQRPSCSRDEGGGNGGGGSTSSLSHHGGFSSGMHPSLLLRNTSRLPPLRENSCR
ENGGSGGNRHGECEPLLPLSGNVMKILPSQQQRSNYISNSSGGSGGGGGGGSSGGGGGNK
KLHQQRSVGGGDLDDLANLPPPPLPPHKGGLQFTNFQGHSSASSKGVPRPQDVTCYTPPW
PRGGGGLSEVGNNRVSSGNHMSHNNSNNINNMASSHHQNSTGNDMNSGAVKPYMKPLPKL
PGKESASPNHGRHHRSQTRGHNASAPPLPPHQQPLLPPLPMRPAEHCYARTEEASVRTKL
RNSHNNPLLHLQRHYSDESLPGATGFYFSSPAQQRIHSSADEISSLNHSPSISSSDESYS
RTTDADASPSPSPPPHATAGDHASTQQWLYPSDIQVDPSSSLENSPRASLDYIPPHCYLP
GAGGNHNNNPSGGGQSGGGRISNITSSQDLPPPNLSSSQCFSPSSHPPTSRSRNNASSAS
GVGIGSNGSGATRHDWSLSPARHRTGDGSSEHSSTTNSRSRGTKSTVATNTETLPPATLL
ALAAASNTMDSACCSPLPRSIDGQDSYKGDSCGSFEYIGHRSALKHAAEKPPGIHRASSA
NGERCHSTCSGKSPSRNLKQLHNQDKKQGGASGASASVKTVPSDSALVSPDDNVGAKVAG
AVKQPSVSDSLGEREHLPGYGDDVEEENSRATSTSERSSKKDCSSQTDRKDMLSRSHRRH
NSSAGCAGGTGGTKVEAHSPLSSSINTRSLGADGMGLALAGKLTSPIVEMGSKYHYQGAA
AVIAKIPNFEREIQKLLEDQNLLKNIPPKCEKTHQNKEIISLEELKNVNQVLAELGHSSY
LLERDPVVGMLGRSPGKETSEYENLESDAIDDDDDGDEKKENAEIESFEREEKRIVEEVE
RQSGDEELEAEVKRILEETARQQQQQEEEQQQQQENVFGGETSQSEWSEEDDDDDEGAAS
EPLLADRESTGYTTDDPALENISMLNETGLTDAEGALSDVNSVFNDAGHDGDMDDNTSMS
SRASSRIFDSDAMMSLDSLSALYDSEYDNCYRTDDDINALPDSVSDLDRIDYFAAVATDT
DINLANIRYMSESITRNFGQPRSETDPDSDV
NT seq 6756 nt   +upstreamnt  +downstreamnt
atggaccacagtgtgaaagccatgaactctcaccgtaaactggccttttcccgccttcta
aaccgccaccggttcgaaaatgacgagctggagagtctgtaccagcggtacatcttcaaa
ctccagcactcatccgtggcaagtgtcgtggcgctgttcgtgatcctgacgggcatcctg
gctaacctgagcctcgcctatgcgcaggcgcccactgcgcagaatatctaccacagcctc
cactgtctcctgttcgcactgctccttgcctttctcaacactcgactgatgcaggacgcc
tacctcctctgggtgtgctatgccatcctgttcttctgcaccaccttctgcgccgttgcc
atgccccttggtccagaagatcccaccgcaggtggaggggggatgggagtcgagacgcgg
cgtgtgctggcagagggcgtgtggcaggtggtttttgtcgtgttcctggcatacgccatg
atgcctctaaagacgtgggtggctgctgtgttcggagtgttcctgccagtggtgcacgtt
attgtggcagccatctttgcaaaggaattcccatctcttacttggcaacaggcgacggcg
aacgtgatcgtgttcgtgtgcgtgaacgttgtgggcgtgttcatgcacaatctgatggag
cacgcccagaggaaggcgttcctagacacccgaaactgcatcgctgcgcgtctcgaaatg
gaggacgagaatgagaaattggagcggttactgctgtcagtcctgcctcagcatgtggct
atggagatgaaggcggacatcatctctcctgttgaagggcagttccacaagatttacatc
cagaggcacgagaatgtgagtatcctgtttgctgatattgttggcttcactgtattggca
tcgcagtgtacagcacaagaattggtacgccttctcaatgagctctttggacgttttgac
caacttgctagtgataaccattgtttgcggatcaagattctgggtgactgttactattgt
gtatctggcctgcctgaacctcgctcagaccatgcccactgcactgttgagatgggcctg
gacatgattgatgctatagcgtcagttgttgaggcaacagatgtgcagttgaacatgcga
gtggggattcactcagggcgtgttctgtgcggtgtacttgggttacgcaagtggcagtat
gatgtctggtccaatgatgttactcttgccaataatatggaggcaggaggggagccaggg
cgtgttcacatcacacaagcaacactagactacttgggtggagaatatgaggttgaggca
ggccatggtggaactagaaaccaatacttgcgggaccacagtgttgccacatatttcatt
gtgcccccagctcgacggagaaagccgttgttattcaacacactgcaggttcggtcagca
ctgggggcagcacagcgtcgcaaactctcattcaagaatgtgtctagtgtggtggtccag
ctgcttcattccatcaagtactcaatggaggtgccattctctaacatagccactcctggt
gaccataaggcaaatgctgctaggaaggtgctagacctgcagcgagcgctccatgctgat
ccttccactacaggaggaagaccttttggtggagcagaggctctccaccttcatgacatt
gccaataagaacaaggtaacagaaaaatttaagcggccatttaagaagaggcattcaagc
gtgtaccatcaaccatccaatcgagttaacaagtacttggcccaagccattgatgctcga
agtgtggacagggagaagtccacgcatgtcaatctagcaactctgtgtttcaaagaccat
gagaaggagactcagtaccatgatgacacagatgttgggttcagcagctccttggcttgc
tcattagttctgctgctgctgataggagggctccaagctgtgatattgccacgtacaatc
attctgttgttgttattcctcactgctttcatctgggtgtcagttgtactgatgcttctg
ctggcagtgaggctgcagtggatcctctgggacatctcgcagagttttgtgttacgtctt
gccatcactgtgttcactattgtgttaatctacactgtagcacaagtcaatgtcttcact
tgtcggtgggatgtgccctgtcctatgcagtctacagcaaatgtgacgctggacacatca
acctaccatgatcatcgtgcctgccccttgccccagtatattattctttcatgcacactt
gggtacctggctgtagctgtgttcctccggctgcccatccttgttaaggggatccttctt
atcgtcatggctacagtgtatatcttgctcattgaactctcccatatagccctgtttcat
tgctatgatcagcgtgtcagatcagtggttccacagcatgtgctgggagttgtatatgtt
ctcatgttcctgttggctgttgtgattcatggccggcaaatggagtggacagctcggctg
gacttcctgtggcagattcaggcaaatgaggaaaaacgtgagatggatgctttgcagcat
agcaacaaacgcattctcttcaacctactaccagcccatgttgccacacattttctagac
aaccagtttcgcagtaacatgaacactttgtcacaggatctgtaccatcagagctacact
cgtgttggcgttgtgtttgcatccatcaccaactaccatgaattctacatggagctggat
ggcaacaatcaaggagttgaatgccttaggctacttaatgagatcatagctgattttgat
gaattgctgggtgaagaacgttttaaagcaatagacaagatcaagacagttggttctaca
tacatggctgctgtaggtctcatgcctgatcttcgtatattagatgaagacgaaacaacg
gcaggattttatttaagtacactagtcgaatttgtgtttgcaatgagggaaaaattgctc
aatattaatgagaactcgtacaacaacttcatgttaagagtgggaatcaacattggacca
gtagttgcaggtgtaataggtgcaaggaaaccccagtatgacatttggggcaatacagtg
aatgtggcaagtcgtatggattctactggactgccaaaccatacacaggtaactgaagag
gtttaccaggtgcttaagaatttcccatatgagttccagtgccgtggtaaagtaaaggtg
aaaggaaaaggtgacatgactacttacttcctcactgaccgtaaacagccaggcacagtc
agggtagatgatcttcctggtatgcgtagctcagctaatactggaggtgggaacatgtat
ggtggagttgccactcctttgaccctgttacaccagatccaacaaggaagtgcaccagag
atgaatggtagaagcaaaccacagcgaccatcatgctctcgagatgaggggggtggaaac
ggtggtggtggcagcacttcttcactttcccatcatggtggcttctcgagtgggatgcac
cccagcttgctgctgaggaacacttcaaggctccctcccctccgtgagaacagttgcagg
gagaatggtggcagtggaggaaacaggcatggggagtgcgagccgcttctccctctgagt
ggtaatgtgatgaagatcctccccagccaacaacaacgatccaattacatcagcaacagt
tctggtggtagtggtggtggtggtggtggtggcagcagtggtggaggaggcggaaacaag
aagctgcaccagcagaggtcagtgggcggaggagatttggacgacctagcaaacttaccg
ccaccccctctacctcctcataaaggtggtctgcaattcacaaacttccaaggacattcc
tcagcatcttccaaaggtgttcctagaccacaagatgtgacatgttacacacctccttgg
ccccggggagggggagggctctctgaagtgggtaacaatcgtgtcagtagtggcaatcat
atgagtcataataacagcaataacattaacaatatggcatcttcacaccatcagaacagt
acgggtaatgacatgaattctggtgctgtgaaaccttatatgaaaccactacccaaatta
ccaggaaaagaatcggcttctccaaatcacggacgacatcatcgaagtcaaacaagagga
cataatgcatcagcacctccattacccccccatcaacaacctttgcttccacccttaccc
atgagacccgcagagcactgctatgcacgcactgaggaggcatctgtccgcaccaaactt
cgcaacagccacaacaaccctctccttcatctccagcgccactattcagatgaaagcctt
ccaggagcaacaggcttctatttctcaagcccagctcaacaaaggattcattcttctgct
gatgagatcagctccctcaatcactcacccagtataagctcatctgatgagagttacagt
aggaccaccgatgcagatgcttcgccatctccttcccctccccctcatgccacagctggt
gaccatgcatccacacagcaatggctttatccttctgacatccaggtggacccttcatcc
tctctagagaactcgccaagagcttctcttgactatattccccctcactgttaccttcct
ggtgctggtggcaatcataacaataaccccagtggtggtggtcagtctggtgggggaaga
atctctaatataacatcatctcaggatttgcctccaccaaacctgtcatcatcacagtgc
ttttccccttccagtcacccgccaactagtcgaagtaggaacaatgcttcctctgcgtca
ggtgtaggtataggtagtaatggttcaggagccacaagacacgactggagcctctctcca
gctcgccatcgcacaggagatgggagcagtgagcattctagcaccaccaactcccgcagc
agaggtaccaaatcaacagtggcaaccaacacagaaactcttcctcctgctacattacta
gctctcgctgctgccagcaatacaatggactctgcatgctgcagcccactgccacgttct
attgatgggcaggattcttacaagggtgacagctgtggcagctttgaatacatagggcat
cgaagtgcactgaaacatgcagctgaaaagcctccagggatacatagggcatctagtgca
aatggcgaacgttgtcatagtacatgtagtggcaagtctcctagtaggaatctgaaacag
cttcataatcaggacaagaaacaaggtggggctagtggggctagtgcgagtgttaaaact
gtgccaagtgattcggctttagtgtcacctgatgataacgttggagctaaggttgcaggt
gcagtgaaacagccttcagttagtgatagtttgggtgaaagggaacatctgcctggatat
ggagatgatgttgaggaagaaaattcacgtgcaacatccacaagtgagagatcatccaaa
aaggattgttctagtcagacagataggaaagatatgttgtctagaagtcatcgacgacat
aactcttctgcgggttgtgcaggaggtacgggggggaccaaagtagaagcacactcccca
ctctcatcatcaataaatacacgatcccttggtgcagatggtatgggtttggctttggca
ggtaaactcacatctcccattgttgaaatgggttccaaatatcattaccaaggtgcagcg
gctgttatagcgaaaatacccaactttgaacgtgagattcagaaacttcttgaagaccaa
aaccttctcaagaacattccaccaaaatgtgagaaaacacatcaaaataaggagatcata
tctcttgaggagctgaagaatgtgaatcaagttttggcagaattgggacattcgagctat
ctgctggaaagggatcctgttgtgggcatgttaggaagaagccctgggaaggaaacgagc
gagtatgagaacctagagagtgatgccattgatgatgatgatgatggtgatgagaagaag
gagaacgctgaaattgaaagctttgaacgcgaggagaagaggatagttgaggaagtggaa
agacagtctggagatgaagagctggaggcagaggtaaagcgaattcttgaggaaacagca
agacaacagcaacagcaggaggaggagcagcagcagcagcaagaaaatgtttttggtggg
gagacaagccaatcagaatggagtgaagaagacgatgacgatgatgaaggtgctgcgtct
gaaccgcttcttgctgatcgtgaatcaaccggttacacgactgatgatcctgcactagag
aatatatccatgttgaatgagacagggctcactgatgccgagggtgccctaagtgatgtg
aattcagtgttcaacgatgcaggacatgatggagacatggatgacaacaccagcatgtct
tctcgtgcttcatcacgaatatttgattcagatgcaatgatgagtttagattcacttagt
gccctgtatgactctgagtatgataattgttacagaactgatgatgatatcaatgcgtta
ccagacagtgtgtctgatcttgatagaattgactattttgcagctgttgctactgacaca
gatattaacttggctaatatccgctacatgtctgaaagtattaccaggaactttggccaa
ccaagaagtgagacagacccagacagtgatgtttag

  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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (6)   
   RefSeq(pep) (6)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (3)   
   Pfam (3)   
All databases (32)   

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