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KEGG   Aethina tumida (small hive beetle): 109599121
Entry
109599121         CDS       T06105                                 
Name
(RefSeq) Ca(2+)/calmodulin-responsive adenylate cyclase-like isoform X1
  KO
K08041  adenylate cyclase 1 [EC:4.6.1.1]
Organism
atd  Aethina tumida (small hive beetle)
Pathway
atd00230  Purine metabolism
atd01100  Metabolic pathways
atd04081  Hormone signaling
atd04213  Longevity regulating pathway - multiple species
Brite
KEGG Orthology (KO) [BR:atd00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    109599121
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04081 Hormone signaling
    109599121
 09150 Organismal Systems
  09149 Aging
   04213 Longevity regulating pathway - multiple species
    109599121
Enzymes [BR:atd01000]
 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
     109599121
SSDB
Motif
Pfam: Guanylate_cyc AC_N Adcy_cons_dom
Other DBs
NCBI-GeneID: 109599121
NCBI-ProteinID: XP_049823996
Position
5:join(22401525..22401625,22401679..22402132,22402191..22402340,22402399..22402517,22407756..22407867,22409429..22409715,22410533..22410677,22412185..22412367,22417316..22417501,22417904..22418182,22418242..22418513,22418569..22418809,22419244..22419422,22419715..22419917,22419978..22420280,22420451..22420684,22421028..22421240,22421294..22421486,22421541..22422527,22422862..22423086,22423735..22423861,22423925..22423942,22423997..22424252,22424313..22424650)
AA seq 1934 aa
MDHSVKAMTSPRILARMLNPHRFENDELEQLYQRYICKLQHSSVAGVVALFVVLTCLMAA
LGLVHSQMLTAQNVYHTAHCFLFVLLLGFLHTRFMQDAYLLWVCYVVLFFLATFCALALP
LYPSAAADKVSAEGTWQVVFVVFLAYSMMPLKSWVAAVFGFLLCCAHVAVSAVFATDFPH
LRWEQLIANVLVFVCVNVVGIFMHNLMEHAQRKAFLDTRNCIAARLEMEDENEKLERLLL
SVLPQHVAMEMKNDIISPVEGQFHKIYIQKHENVSILFADIVGFTVLASQCTAQELVRLL
NELFGRFDQLANDNHCLRIKILGDCYYCVSGLPEARADHANCTVEMGLDMIDAIASVVEA
TDVQLNMRVGIHSGRVLCGVLGLRKWQYDVWSNDVTLANNMEAGGEPGRVHITQATLDYL
GGEYEVEPGNGASRNQYLRDHCVTTYFIVPPARRRKPLLFNTLQVRSALGAAQRRKLSFK
NVSNVVVQLLHSIKYSMEVPFSNMALQTDIKTTNARKNKVTEKFKRPFKKRHSSVYHQPS
NRVNKYLAQAIEARSVDREKSTHVNLFTLCFKDSSKENQYHDDLDVGYSSALACALILLV
LLGSLQAAVLPRTLILLLLFLTAFIWISVVLMLLLAVRLRWIIWDISHSFVLRLAITVFT
IVLIYTVAQVNVFTCKSDVPCTSHTTANVTLDIGNVLERDHRACPLPQYIVLSCALGYLA
VAIFLRLPILLKASLLAIMSTVYILFIELSHIDLFLCYDIRVSSVIPNHIVSVVQVLMFV
LAVLLHGRQVEWTARLDFLWQIQANEEKREMDALQHSNKRILFNLLPAHVATHFLDNQFR
NNMNTLSQELYHQSYSRVGVVFASITNYHEFYTELDGNNQGVECLRLLNEIIADFDDLLS
EERFKAIDKIKTVGSTYMAAVGLMPDLRILNDDDTTAGIHLSTLVEFVFAMRDRLLNINE
NSYNNFMLRVGINIGPVVAGVIGARKPQYDIWGNTVNVASRMDSTGLPNHTQVTEEVYQV
LRTYPYEFQCRGKVKVKGKGDMTTYFLIDRKQPGTLRVEELNSMRSNANTSNVNNMYGGV
ATPLALLHHGDVTNRPTKHTMPSRSNSRDESYGGARNPLRLPPLRETGPRDHINNGCENE
PLLPNVTGKGVRNGKKSCQEENLPPPPLPPHKSNYPQAQWQPPDMKYNPPWPRGPSPYTS
INANPMDNMKPYLKPLPKPPGKESPNRHHRKHIQNATGPVPPPHQQTFVQMVHQRTPEPE
ILKNKIQTRHNPLANRHSPLHTRHSPHHNRHSPLQRHYSDESLGGFYNSGAPQRIHSSAD
EISSLNHSPSISSSDESYSRTTDADASPCVSPPLPADAQQFLFPSDIQVNPLSSPEISPR
ASLDYIPPNCSLRNNSSDRGGGKRNNLPPSAVLALANTCNTVDSSIITSPPVLDGDESYR
GESCASFEFVSKPKQKPSSLLRATSANGQVPKSTKQKSLDKHLRNDSDSILECNKLTSNC
KRSPSFKEAEEIRELLKEDDTKTSICSDKSLKKDGSCQTDKKDLRRLKMSPSGFRDKVSP
NAKVNNTDSCDNTIGPFEREIQKLLDEQNLLQNIPPKYELNQQNKDLALEPLVSDRRYAP
NNNNHQVGLAAIQALALGLRVNPTGSVTLQCMSPTRASSKEGSLKRGAASPPGPPPDTLK
QPKVSPLDRTVKSTEEQDVDCDMPEVQRQDDDTDLESFEREEQRMMEEAAQPVDKELEEE
VKRLLEEKVQEKLKNLENAIMENQMHGTGAGAEGSVSEWSEDEDGGASEPLLNDRESTGY
TTDDPALENISMINETGLTDAEGALSDVNSAYNDHNHDGDMDDNTSMSSRASSRIFDSDA
MMSLDSLSALYDSEYDNCYRTDDDLNAVPDLDRLNYFSVPAANDVHLANIRSMSESITRN
FGQPRSETDPDSDV
NT seq 5805 nt   +upstreamnt  +downstreamnt
atggatcacagcgtgaaggcgatgacgtcgccccgcatcctggccaggatgctcaatccg
caccgcttcgagaacgacgagctggaacaactgtaccagagatacatctgcaagctgcag
cattcgagcgtcgcgggcgtcgtcgccctcttcgtcgtcctcacctgcctgatggcggcg
ctcggactggtgcattcgcagatgctgacggcccagaacgtctatcacacggcccactgt
ttccttttcgtgctgctgctcggcttcctgcacaccaggttcatgcaggacgcttatctg
ctttgggtgtgctacgtggtgttgttcttcttggcgacgttttgcgccctggcgctgcct
ctctatcccagtgctgcggctgacaaggtgtcggccgagggcacgtggcaagtggtgttc
gtcgtcttcctggcgtactccatgatgcccctcaaatcctgggtggcggccgttttcgga
tttctgctgtgctgcgcccatgtcgccgtttccgccgttttcgccaccgattttccacat
cttcgatgggaacagttaatagcaaatgtgttggttttcgtctgcgtaaatgtggtgggc
atcttcatgcataacttgatggagcacgcgcagaggaaggcatttctggatacaagaaat
tgtatagcggcacgtttggaaatggaggatgaaaatgaaaaattggaacgacttcttctg
tccgtgttgcctcaacacgttgcaatggaaatgaagaatgacattatatctcctgtggag
ggacagtttcacaaaatttatattcagaaacacgaaaatgtcagtattttgttcgccgat
attgttggattcaccgttttggcgtcccaatgcaccgctcaagagttggttaggctgttg
aacgaactcttcgggcggtttgatcaacttgctaatgacaaccattgtctacgcatcaag
atactcggcgactgctactactgcgtgtcgggattgccggaggcccgcgccgaccacgcg
aactgcacagtcgaaatgggcctcgacatgatcgacgccatcgccagcgtcgtggaggcg
acggacgtgcagttgaatatgcgtgtcggcatccattcgggacgcgtgctgtgcggcgtg
ctcggcctgcgcaagtggcagtacgacgtctggtccaacgatgttactctggccaacaac
atggaagcaggcggagaaccgggacgcgttcacatcactcaagcaactttggactatttg
ggcggcgaatacgaagtagaacccggcaatggtgcctcaaggaaccaatacttgagggac
cattgtgtgaccacgtattttattgtgcctccggctagaagaagaaagcctctgttgttc
aacacacttcaggtccgttccgccctcggcgccgcccagcgacggaagctcagcttcaag
aacgtcagcaatgtggtcgtgcagctgctccactcgatcaaatactccatggaggtgccg
ttctccaacatggccctgcagacggacatcaagacgaccaacgccagaaagaataaagtg
accgagaagttcaagcgtccgttcaagaagcgccattcgagcgtctaccatcagccgtcc
aacagggtgaacaagtacctggctcaagcgatcgaagcgagaagcgtggacagggagaaa
tccacgcacgtcaacctgttcacgttgtgtttcaaggacagcagcaaggagaatcagtac
catgacgacttagacgtgggatatagttcggctttggcttgcgccttaattcttctggtg
ctgctgggcagtctccaggcagccgtactaccccgcaccctcattcttctactcctcttc
cttaccgccttcatttggatctcagttgtattaatgcttctacttgccgtacgtttgcga
tggatcatctgggatatttcccacagttttgtgttacgacttgcaatcaccgtatttacc
atcgtgcttatttatactgttgctcaagtaaatgtgtttacttgtaaatcggatgttcct
tgcacgagtcacacaacagcaaatgtaacgctggatattgggaacgtgttggagagagat
cacagggcgtgccctttgccccaatatatagtactatcctgcgcactaggatatcttgca
gttgcaatcttcttgaggttgccaatcctacttaaagcctccttattagcgatcatgtcg
accgtttatatactatttattgaattatctcacatcgatttgttcttgtgctatgatatt
agagtcagttccgtgatacccaaccacatagtaagtgtggtgcaagtgctgatgttcgta
cttgcagtactactccacggcaggcaagtggagtggaccgcccgattagatttcctgtgg
cagatacaggcaaacgaggaaaaacgagaaatggacgctcttcagcactctaacaagagg
atactctttaatcttttaccggcccacgtggccacacattttctggataaccaattccga
aacaatatgaatactctatcacaggaactataccatcagagttattcacgggttggtgtt
gtgttcgcatcaattacgaattaccatgaattttacacagaactcgacggtaataatcaa
ggtgtcgaatgtttaagacttctgaacgaaatcattgccgattttgacgacttgctgagc
gaagaaagattcaaagctattgacaaaataaaaacagtgggatccacatacatggcggct
gtgggactaatgcctgatttaagaatactcaacgacgatgacactactgctggaatacat
ttgagtacactggtcgaatttgtatttgcaatgcgagatcgtctcctcaacatcaatgag
aactcttacaataattttatgctacgagttggtataaacataggtccagtggtggctggc
gtgatcggtgccaggaagccccagtacgacatctggggtaacaccgtgaatgtagcgagt
cgcatggactcaactggtttgcccaatcacactcaagtaaccgaagaagtttaccaagtc
ctgcgcacgtatccatacgaattccaatgtcgtggcaaggtgaaagttaagggcaaaggc
gacatgaccacatactttttaatagacagaaaacaaccggggacattaagggtggaggaa
ttaaatagcatgcgatcgaacgcgaacacaagcaatgtaaataatatgtacgggggcgtg
gctacgccgctcgcactcttgcaccacggcgacgtcaccaacagaccgaccaagcacacg
atgccgagcaggtcgaactcgagggatgaaagctatggtggcgcccgcaacccgctcaga
ttgccgccactcagggagaccggtccgagagaccacatcaacaatggctgtgagaacgaa
ccgctgttaccaaatgttaccggaaaaggtgtgagaaacggtaaaaaatcatgccaagaa
gagaatctacctccgccgccgttacctccccataaaagcaactatccccaagcacagtgg
cagccacctgacatgaaatacaaccctccatggcctaggggtcccagtccttacacatcc
ataaacgccaaccctatggataatatgaaaccttacttgaaacctttgcccaaaccacca
ggtaaagaatctccaaacagacatcacaggaagcacatccaaaatgccacgggtcccgtt
cccccaccacatcaacaaactttcgtgcaaatggtacaccaaagaacaccagagcctgaa
attttgaagaataaaatacagactcgacataatcctctagctaatagacacagtccgtta
cacacacgtcacagtccgcatcacaacagacatagtcctctacaacgtcattattcagat
gagagtttgggtggtttctacaacagtggagccccacaacgcattcactcatcagccgac
gagataagctcactaaaccactctccaagtatcagcagttcagatgaaagctacagccgt
acgaccgacgctgatgcttcaccttgtgtttcaccacccctacctgctgacgcgcaacaa
ttcctcttcccctctgacattcaggttaatcctttgtcgtcacccgaaatctctcccaga
gcatctttggattacatacctccgaactgttccttgaggaacaattccagcgatcggggc
ggtggaaaaagaaacaacttacctccgagtgcagtgctggctctggcaaatacgtgtaat
acggtggactcgtcaattattactagcccacctgtattggacggagacgaaagttacaga
ggtgaaagctgcgctagcttcgagtttgtcagtaaaccaaaacaaaagccatcatcacta
ttacgcgcaaccagcgccaatgggcaagtacccaaatcaacaaagcaaaaaagtttggac
aaacatttgcgcaacgatagtgactcgatactggagtgtaacaaactcacttcgaattgc
aagcgttctcctagtttcaaggaagctgaagagatacgtgaactgcttaaggaggatgac
accaagacctcgatttgtagtgataaaagtttgaagaaagatggatcctgtcaaacagac
aaaaaagacttaaggcgactaaaaatgtctcctagtggattcagggataaggtatcacca
aatgcaaaggtcaataatacggacagttgcgataacacgatagggccattcgagagggag
attcagaagctattggatgaacagaatttgctccaaaacataccgcccaagtacgagctc
aatcagcagaataaggatctggctttggagccacttgtcagtgatcgtaggtacgcgccg
aataacaataatcaccaggtgggactggcggcgattcaggcgctggcgctcggcctccgg
gtcaacccaactggcagcgtgaccctccagtgcatgtcgccgacgagagcaagcagcaaa
gagggatcgctaaagaggggcgcggcctcgcccccaggtccgccgcccgacactcttaaa
cagcctaaagtgtcgcccctagacaggacggtaaaatcgacggaagagcaggacgtagac
tgtgatatgcctgaagttcaaagacaagatgatgacacggatttggagagtttcgagagg
gaggagcaaaggatgatggaagaagcggctcagccagtagacaaggaattggaggaagag
gttaaaagactgctagaagagaaggtccaggagaaattgaagaacttagaaaacgcgata
atggagaaccagatgcacggcactggtgctggagccgagggtagtgtatctgagtggtca
gaggatgaggatggtggtgcttcagaaccgttactcaacgatcgggaatccacgggatat
acgacggacgatcccgccctggagaatatatccatgatcaacgagacgggactaaccgat
gctgaaggagcattaagtgacgtgaattcggcgtacaacgatcacaaccacgacggagac
atggacgacaacacgagcatgtcttcacgcgcctcctctcgcatattcgattcggacgct
atgatgtccttagactcgttgagtgcgctctacgactcggaatacgacaactgttatcgg
acggacgacgacctgaacgctgtgccagacctggaccggctcaactatttttcagtgcct
gccgccaacgatgtgcacctggcgaacatacgctcaatgagcgagagcatcacgcgaaac
tttgggcagcctcgcagcgaaactgatcccgatagtgacgtgtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (4)   
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 (3)   
   RefSeq(pep) (3)   
DNA sequence (5)   
   RefSeq(nuc) (3)   
   GenBank (1)   
   EMBL (1)   
Protein domain (3)   
   Pfam (3)   
All databases (29)   

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