KEGG   Folsomia candida: 110861546
Entry
110861546         CDS       T05043                                 
Name
(RefSeq) Ca(2+)/calmodulin-responsive adenylate cyclase-like isoform X1
  KO
K08041  adenylate cyclase 1 [EC:4.6.1.1]
Organism
fcd  Folsomia candida
Pathway
fcd00230  Purine metabolism
fcd01100  Metabolic pathways
fcd04213  Longevity regulating pathway - multiple species
Brite
KEGG Orthology (KO) [BR:fcd00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    110861546
 09150 Organismal Systems
  09149 Aging
   04213 Longevity regulating pathway - multiple species
    110861546
Enzymes [BR:fcd01000]
 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
     110861546
SSDB
Motif
Pfam: Guanylate_cyc AC_N Adcy_cons_dom DUF2206
Other DBs
NCBI-GeneID: 110861546
NCBI-ProteinID: XP_021966370
Position
Unknown
AA seq 1782 aa
MDHQVKKIERGNRWSERFENLELEALFQQYCSKVQNRSTFLIFALGNAIFATLFNLSVEM
MVLALIFVSLTALWLLEKFYGRGWMLTSAWVMCSILFVLVWAPVPLPHRAVHGAGAGPPA
VAAEGAWAISYVLFIAFVSLEVPLWLAALLMVFLVSGHIATAVLFCDLFRFLTVSELISN
VVLWMVIGISGFWIRRRAEGACRKAFLDTRQSIQARLDAHDENDKLERLLLSVLPGHVAH
EMKLDLQKDRGFLVPPVARQFHKIYIQRHENVSIVFADIVGFTTLASHVSPHQLVRLLNE
LFGKFDQLSQENNCLRIKILGDCYYAVAGLPDPRTDHARCAVEMGLDMIDAISAVREATE
FQLNMRVGIHSGRVLCGVLGLRRWQFDVWSNDSTIANLLESTGEPGRVHVSQATLNCLGG
EYQVEPGNCRHSTLRENSITSYFIVPPQRRRKLLLFNTLKMHSQRRKLSFKNVSNVVIQL
LHSIKYSVEVPFANIASQPPEPGAKTLPHQRKASVTERFKRPFKKRHASILHQTTNRTNK
HLGQAILARSIDREKKEHVHKVTLCFKDRNMEQLYHSEPDHAFPSGLALLLLILVGVGVI
QAVVLPRTFILLLLFLTSFAFIAVVLMLLLANRLKLIMCDFSLSPMLRIGISVFSVLLVY
AVGQVNVFTCRTDEYCGGKVDNDNVSRAAFAPEKLIGEHRWCPLPHYITFSCVLSFVSIC
LFLRLPVTLKTALLLIFGSLYSFMILITHSAIFDCFDVRTDSVGPSSSKVIALVQIWLFL
FTVLAAAFQHEWMARLDFLWQWQAHSERQEMEALQQSNRKILFNILPSHVAMYFLTAKCN
VDLYHQSYNKVGVVFASIPNFHEFYTESDGSHQGIECLRLLNEIIADIDELLDEDRFRSI
DKIKTIGSTYMAAVGLTPDHCIDESNEPLYVSTLVEFVFAMMERLVTINENSYNNFILRV
GLNVGSVTAGVIGARMPQFDIWGDTVNVASRLESHGKNGKIHITEDVYQVLRHCPYEFQC
RGKINVKGKGEMTTYFLLDRKQSTTMRIDEVHPTPSNLSRTNAFGGIATPLAYLQQQQLS
NSGPPPAVPPRNPNNSSGSSVGHRAINMPAECEPLLPPPPPPPRNLEGEMAWPRMVKVYP
SDNRRTSPVKRTHSDRVTPTREIPVRTRNFRTPGNLGPLEISSRGLRGRNMSETSLSSRP
HHLRSRAPLLGASASGGPVPYSSVDDISSLNPSSGSSSSDESPSELSHPDDHSPMNPNRG
AGIVGANSKETSSSGHQKSLPVAPNLSALKEICATAASSDGLYDSGSVANVSSKQQQPRT
VPVHNATNYLGDSCTSFEFLGKSDQQGHHNQQPSSEDRLLLLPSSSSTTNNTSAVETQRS
SSSNKGGGGGSGHSHTSSQGSNAGHRKNSKRKTPPSSVMVSHTNSGTTEGQNGTGRSGGS
NNNGAGGGNNGDDGSSTHSTGARKDSSCQTEKSYVKGNQNRISDFEKEIKKLLERQHLPQ
VDELASVQKVLSAMGKLGSPNPSKRRELGGGGPSTYSGLSFPLLAMGGSGLLGRSGGETT
QIGLAALQHKAMKQQEQLEKTPLGFRFPLQMSPLLVPKAHAAQFRRPRKSGKDSEYENVE
TDEDDEAEREEEEIRKFEEEEKRILGKPVGDEVSQSEWSDEDSEHGDVDDDQESTGYVTD
DPALDNISVTNENGLTDCEGAMSDVNSVYAGDDDVSISSRASSRLFDSDALVSMDSLNTV
SMFEDSEYEFSDTHLSNLRSMTESIAAKFGAPPERRADSDSD
NT seq 5349 nt   +upstreamnt  +downstreamnt
atggaccatcaagttaagaagattgagcgtggaaaccgatggagcgagcgctttgagaac
ttggagctggaagcgctgttccaacaatattgctccaaggttcagaatcgatccaccttc
ctcatatttgctctgggaaacgccattttcgccacattgttcaatctgtccgtggagatg
atggtgttggccctcatttttgtttccctcacagctctctggctcctagaaaaattttac
gggcggggatggatgctgacgtccgcctgggtaatgtgttccatattgtttgtcctcgtc
tgggccccggttccactaccacatcgagcagtacacggtgctggtgcagggcccccagct
gtcgctgctgaaggagcgtgggccatctcgtacgtgctgttcatagcctttgtctcccta
gaagtacccttgtggttggcagctctgctcatggtcttcctagtctcgggacatatcgcg
acggcagtacttttttgtgacctttttcgattcctcacagtatcagagttgatttccaac
gttgtgctctggatggtgattgggattagtggattttggatacgtcgacgagcagaaggt
gcatgtaggaaagcatttctagacacgagacaatccatccaagccagattggatgcacac
gatgagaacgataagctcgaacggctcctattgtccgtattgcctggacatgtggctcac
gaaatgaaattggatctccaaaaagaccgtggctttttggtgcctcccgtggctagacag
tttcacaaaatttacattcagcgtcatgaaaatgtgtcgattgtgttcgctgacattgtc
ggattcacgacgttggcctctcatgtttctcctcatcaacttgtcaggctgttgaatgaa
ctttttggaaaatttgatcaattaagtcaggaaaataactgtcttcggattaaaattctt
ggcgattgttactacgccgtggcagggctccctgatcctaggaccgaccatgctcgttgt
gctgtggaaatggggctcgacatgattgatgcaatttctgccgtacgagaagccaccgag
ttccagctcaatatgcgcgtcggaattcactcgggtcgagttctatgcggcgttcttgga
ctcaggcgctggcagtttgacgtctggtcgaatgatagtacaatcgcaaatttgctagaa
agcacaggcgagcccggtcgagtacatgtcagtcaagctacgctaaactgtcttggtggt
gaatatcaagtggaacctgggaactgtcggcacagcacattaagagaaaacagcatcact
tcctatttcatagttccaccacaacgacgaagaaaactgctcttgttcaacacgctcaaa
atgcactcgcagcgtagaaaactttcctttaaaaatgtgtcaaatgtggtcatccaactt
cttcattccatcaaatattcggtcgaagttccattcgcaaatattgcttctcaaccacca
gaaccgggagcaaaaacgttgccacatcagaggaaggcaagcgtgactgaacgattcaaa
aggccatttaagaaacggcacgcctcaattcttcaccaaacgacaaatcggaccaataag
catcttggtcaagctattttggcaagaagtatcgaccgtgagaagaaggaacatgttcac
aaagtgacgctatgcttcaaggatagaaatatggaacaactttaccactcagaaccggac
catgcctttccttctggcctagcactcctacttttgatcctcgtaggcgttggcgtcatt
caagccgtcgttcttcccagaacttttatacttttgctactcttcctcaccagttttgcc
ttcattgctgtcgttctcatgcttcttctcgcgaataggttgaaacttatcatgtgcgac
ttttcactctcgcccatgctcagaattggaatctccgtattctccgttctgctcgtctat
gctgtaggacaagtcaatgtgtttacatgccgcactgatgaatattgcggagggaaagtg
gacaacgacaatgtatccagagcggcattcgctccagaaaaactgattggggaacacaga
tggtgtcccctcccccactacatcacattttcttgcgtgttgtcgttcgtctcgatctgc
ttattccttcgacttcccgtcacactcaaaacagctcttttgctcatttttggatcttta
tactctttcatgatactgattactcattcagcaatatttgactgcttcgatgttcgcacg
gactcggtgggtccttcaagttcaaaggtgatagcactcgtacagatctggctctttctg
ttcaccgttttggctgcagccttccaacacgaatggatggcacgattagactttttgtgg
caatggcaggctcactcagagcgtcaagaaatggaagcattgcaacaatccaatcgaaaa
atattgttcaacattcttcccagtcatgtggcaatgtactttctcacggcaaagtgcaat
gtggatttgtaccatcaaagttacaacaaagttggcgtggtattcgccagcatcccaaat
tttcatgagttttacacagagtcagacggatcgcatcaagggatcgagtgtctccggctg
ctcaacgagatcattgcagatattgatgagttgctggatgaagacaggtttcgatcgata
gataaaatcaagacgatcgggtccacgtacatggcagctgtggggctaactccagatcat
tgtattgatgagtcaaacgaacctctttatgtttctacactggtcgaatttgtgtttgcc
atgatggagcgcctcgtcacaatcaacgaaaattcatacaacaattttatcctcagagtc
ggtctaaatgtgggttcagtcacagcgggtgtaattggtgcccgtatgccacagttcgac
atctggggggatacagtcaatgtagcgtccaggctggagagtcatgggaagaatggaaaa
attcatatcacggaagatgtataccaagttctgcgccactgtccatacgagtttcagtgc
cgcggaaaaataaatgtaaaggggaagggcgaaatgacaacgtattttttgcttgatcga
aaacagtcaaccacaatgcgtatcgatgaggtgcatccaacaccaagtaatctgagtcga
acaaatgcctttggtgggattgcaaccccacttgcctacctccagcaacaacaactgtcc
aatagtggaccaccgcccgcagttccaccccgaaatccaaacaacagcagtggaagcagt
gtaggtcaccgtgctatcaatatgccagctgaatgcgaacctcttcttccaccaccgcca
cctcctccaagaaatctcgagggtgaaatggcatggccaagaatggtcaaagtgtatccg
tccgataataggagaacatctccagttaaaagaacacacagtgatcgagttactccaact
cgcgagattccggtcagaacgagaaatttccgtactccaggaaacttgggtccactggaa
ataagtagtcgaggcctgcgaggaagaaatatgtctgaaacgagtctgtcctcgcgtccg
catcacctccgatcacgagcaccactgttgggagcatccgcttctggaggaccagtgcca
tactcctccgtggacgatatctcctctctaaatcccagctcgggcagttcctcgtctgac
gagtccccttcagaactctcccacccggacgaccacagccccatgaatcccaacagagga
gctggaatagttggtgcaaatagtaaagagacgtcttcttctggtcatcaaaagtctctc
cctgtggcgcctaatctatctgcactcaaagagatttgtgccacggcagcgtcttccgat
ggtctatatgacagtggaagtgtcgccaatgtgtcgagtaagcagcagcaaccacgaact
gttcctgtccacaatgccacgaactatttgggcgattcctgtaccagtttcgagtttctg
ggaaaaagtgatcagcaaggacatcataatcaacaaccttcgtctgaggatcgtctgctc
cttcttccctcctcctcctccaccacaaacaatacatcggctgttgaaactcaacgatct
tccagttcaaataaaggtggtggtgggggaagtggacactcacacacctcgtctcaagga
agcaatgctggtcacagaaaaaattctaagaggaaaacacctccaagttcagtgatggtt
tctcatacaaattctgggacgacggagggacagaatggaactgggcgttccggaggcagc
aacaacaatggggcgggtggaggcaataatggtgacgatggttcaagtactcattcaacc
ggagctagaaaagattccagttgtcagacagagaaatcttacgtgaaaggaaatcagaat
cggatttctgattttgaaaaggaaataaaaaagttgctggaaagacaacaccttcctcaa
gtggacgagttggcctctgttcagaaggttttgtctgcaatgggcaagcttggaagtcca
aatcccagtaaacgacgagagcttggcgggggaggcccttccacatattctggcttatct
ttcccgctgttagccatgggcggaagtggtttattaggcagaagcggtggtgaaacgacg
caaattggactcgctgccctgcaacataaagccatgaagcagcaggagcagttggaaaag
accccgttgggctttcgatttcctctccaaatgagcccactccttgtccccaaagctcat
gctgctcagttccgtaggccgaggaaatcgggtaaagactccgagtacgagaacgtggag
actgacgaggacgacgaagctgaacgagaggaagaagaaatccgcaagtttgaggaagag
gagaagcgaattctaggaaaacctgtaggggacgaagtaagtcaatctgaatggagtgat
gaggatagcgaacacggcgacgtggatgatgatcaagaatccaccggctatgtaactgac
gatcctgcgttggataacatttcggtcacgaacgaaaatggtctcacggactgtgaagga
gcgatgagcgacgtaaactctgtgtatgctggtgacgacgacgtcagcatttcttcacga
gcatcctctcgtctcttcgactctgacgctttagtttcaatggactcactcaacaccgtt
tcaatgtttgaggactccgagtacgaattttcggatacgcatctttccaacctgagatcc
atgactgagtcaattgctgcgaaatttggagcgcccccggaaaggagggctgactctgat
tcagactaa

  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 (90)   
   KEGG ORTHOLOGY (1)   
   RefGene (86)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (4)   
   Pfam (4)   
All databases (112)   

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