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KEGG   Daktulosphaira vitifoliae (grape phylloxera): 126898505
Entry
126898505         CDS       T09738                                 
Name
(RefSeq) Ca(2+)/calmodulin-responsive adenylate cyclase-like isoform X1
  KO
K08041  adenylate cyclase 1 [EC:4.6.1.1]
Organism
dvt  Daktulosphaira vitifoliae (grape phylloxera)
Pathway
dvt00230  Purine metabolism
dvt01100  Metabolic pathways
dvt04081  Hormone signaling
dvt04213  Longevity regulating pathway - multiple species
Brite
KEGG Orthology (KO) [BR:dvt00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    126898505
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04081 Hormone signaling
    126898505
 09150 Organismal Systems
  09149 Aging
   04213 Longevity regulating pathway - multiple species
    126898505
Enzymes [BR:dvt01000]
 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
     126898505
SSDB
Motif
Pfam: Guanylate_cyc AC_N Adcy_cons_dom
Other DBs
NCBI-GeneID: 126898505
NCBI-ProteinID: XP_050528540
Position
Unknown
AA seq 1659 aa
MDHRVKAMSRQRHRLPWWTPRDCRFENPELEALYQQYVSKLHQSCVTNVIALMAILTLIL
AIISAIYNQTLTINNVYYFFNTFIFIILMIFLNTKYMHKSYLHLICCILLCFFIMFSLVS
FPIGNPFYKILPFTKFESHQVIAEGIWQISFVTFLTYTMMPLKTSIVFSFGLALPIIHLT
ISVIFAHTFQKYTIQQTISNIVVLTCINIIGLILHILMEQAQRRVFLDTRNCIAARLDME
DENEKLERLLLSVLPQHVALEMKNDIMSPVEGQFHKIYIQRHDNVSILFADIVGFTVLAS
QCCAQQLVRLLNELFGRFDQLANHNHCLRIRILGDCYYCVSGLPESRSDHAKCAVNMGLD
MIDAISRVVEATDVVLNMRVGIHSGRVLCGVLGLKKWQYDVWSNDVTLANNMEAGGEPGR
VHITQTTLDCLDGEYEVEPGHGSTRNKYLRDNNVTTYFIVPPSRRRKPLIMNPQSNFTAR
EGKKITFKNVSNVVIQLLHSIKYSVEAPFSNITTPMTSDTNIVSSSKHKVTDKLKRPFKK
RHSSVYHQPTNRINKYLNQAIEARSIDREKEAQANLVTLCFKDRHKETLYQLDGSNIGFA
SSLVTNLLIVIVIACLHAIILPRTVILLLLFLTAFVWNAVVLMVVLAVRLRWIMWDISQC
FLLRLAINVFTVLLVYIVAQVNVFTCRMDTSCNGLVNVSSTEAMILSVSDHRACPLPQYV
VLSCCLGYLSVAVFLRLPILIKCFLVSVMALMYILFIQYTHRHLFSCYDITIKNAVPLHI
TSIVFVIMFMLAIIIHGRQVEWTTRLDFLWKIQAKEEKKEMELLQNSNKRILYNLLPAHV
AAYFLENQFKNNIHGIHDLYHHSYNKVGVMFASITNYHEFYIELDGNNQGVECLRLLNEI
IADFDELLEDNNFQAIDKIKTVGSTYMAAVGLMPEHSISDNEAMSAVHYLTVLIEFVFAM
REKLVYINDNSYNNFMLRVGINIGPVVAGVIGARKPQYDIWGNTVNVASRMDSTGLPNHT
QVTEEVYQILKNESYVFQCRGNVKVKGKGDMTTYFLTDRKKISSVNSIQSTCTRNELTQT
LYGGVPTPLCSLNVPPRPYKMLRPTMNRLRPLNHNKESMPPECHLLLPTGSSNSNSFGKK
SNNIYNYQHISPVMLSPKLPQHKGLTKVFPPSTAQYSPWKPSSTLSNENKWQQNIKPYLK
PLPKPPSSSNISNHGTNTLLASKNKLRDYSQSNTNGAIQCSSLSSLNRSLTSSSSSDESY
SRTTTDASPSPSPPPTSVPTPSKWLFSSDINLDLSEPENDCNNSLNGVENIKFNSFTNNK
TSRSQSFNDNSSCKHSKDSSLNKKDETTNTDQQLAEINSNSTKLSKKNASCQNEILDTIS
VDADNNQSDFTNKIQRILADQPCQNIKNMSNTSDLDSTITEEKQEDNYQVIIDISNEIEQ
SDNLLSEDLLKSKLFEKKEREIMEEVKRQEAEVRRMLEESACQLGISESEWSDEEEASEP
LLDKDSTGYTTDDPALENISIMNDTGLTDAEGALSDVNSMFEGIVDFSRHHRSGYRGDDE
DDHTSISSRASSRNFESEGCFFQDNDGIAYYSQYPHNAHNCKRYNGLPFNSLGHERQSMD
SNILTEPELLNIMSVSELSDGYSDNYNKPTGANDTDSDV
NT seq 4980 nt   +upstreamnt  +downstreamnt
atggatcacagggttaaagccatgagcaggcaacgacataggttaccttggtggacacct
agagattgtcgttttgaaaaccctgagcttgaagcactttaccaacaatacgtttctaaa
cttcatcaatcatgcgttacaaatgtaatcgcattaatggcaatccttacccttatccta
gccatcattagtgcaatatataatcaaactctgacgattaacaatgtttactactttttt
aatacttttatatttattatattaatgatttttctcaacaccaagtacatgcataaatct
tacttacatttgatttgctgcattctattatgttttttcataatgttttctctagtctca
tttcctattggaaatcctttttataagatcttaccttttacaaaatttgaatctcatcag
gtaattgccgaaggtatttggcaaatctcttttgtaacgttcctcacatatacaatgatg
cctttaaaaacatctattgttttttcttttgggctggcattgcctattatacatctcacc
atatcagtaatatttgctcacacatttcaaaagtatacaattcaacagactatttcaaat
attgtagttttgacatgtattaatataataggattaatattacatatacttatggaacaa
gcacaacgtcgtgtatttttggatacgagaaactgtattgctgcaagacttgatatggaa
gatgaaaatgaaaaattagaaagattgttgttgtcagtacttccacaacatgtagcttta
gaaatgaaaaatgatataatgtccccagtagagggtcaattccataaaatttacatacaa
cgccatgacaatgtcagtattttattcgcagacatagttggttttacagttctagcatca
cagtgttgtgctcaacaattagttaggctacttaatgaactatttggtagatttgatcaa
ttagctaatcataatcattgtttacgtataagaatacttggagattgttattattgtgta
tctggattacctgaatcacgatcagatcatgctaagtgtgctgtaaatatgggacttgat
atgattgatgctatttctcgagtggttgaagctactgatgtagtcttaaacatgagagtt
ggaattcattctggacgagtattatgtggagtacttggtctaaaaaaatggcagtatgat
gtttggtctaatgatgtaacattagctaataatatggaagccggtggagaaccaggacgt
gttcatattacacaaacaacattagattgtttagatggagaatatgaagttgaaccaggg
catggtagtacacgtaataaatacttaagggataataatgtaacaacttactttattgtt
ccaccttctcgtaggagaaaaccacttataatgaatccacaaagtaattttactgctaga
gaaggtaaaaaaataacatttaaaaatgtttcgaatgttgtcatacaactgcttcactca
attaaatattcagttgaagctcctttcagtaatattacaacaccaatgacttcagataca
aatatagtgtcttcatcaaaacataaagttactgataagctaaaaagaccatttaagaaa
cgtcattctagtgtttaccaccaaccaacaaatagaataaataagtacttaaatcaagct
attgaagcacgtagtatagatagagaaaaagaagctcaagctaatttagtaacattatgt
tttaaagataggcataaggagactttgtatcaattagatggttcaaatataggatttgca
agctcattggttaccaatttacttattgttattgtaattgcttgcctacatgctatcata
ctaccaagaacagttattttgttacttttatttttgactgcctttgtttggaatgctgtt
gttttaatggttgtattagccgttcgcttgagatggattatgtgggatatatcacaatgc
tttttgttacgtttagcaataaatgtttttacagtgttacttgtttatattgttgctcaa
gtcaatgtgtttacttgtcgaatggatacttcttgcaatggtttagtaaatgtatcatct
actgaagctatgatacttagtgtatcagatcaccgtgcttgccctttaccacaatatgtt
gttttatcatgttgtttaggatacttatctgtagctgtatttttgcggcttcctatttta
atcaaatgttttctggtcagtgtcatggctctcatgtatattctttttattcagtataca
catcgacatttgttttcatgctatgatatcacaatcaaaaatgctgttcctttacacata
acaagtattgtgtttgtcatcatgtttatgttagctattattattcatggtaggcaagtg
gaatggacaacacgtttagattttctatggaaaatacaggctaaagaagaaaagaaagaa
atggagttattacaaaatagcaataaaagaatattgtataatttgctaccagcacatgta
gcagcttattttttagaaaatcaatttaaaaacaatattcatggtatacacgacctttat
catcatagttacaataaagttggagttatgtttgcatcaattacaaattatcacgaattc
tatatagagttagatggaaataatcaaggtgttgaatgtttaagattgttaaatgaaatc
attgcagattttgatgagcttttagaagataataatttccaagctattgataaaattaaa
acagttggatcaacttatatggcggctgtaggattaatgcctgaacacagtatttcagat
aatgaagccatgtcagctgttcattatttaactgttttaatagaatttgtttttgctatg
agggaaaaacttgtttatattaatgataactcttataataattttatgcttagagtggga
ataaatattggacctgttgttgctggagtaattggagctcgaaaacctcagtatgacatt
tggggaaacacagttaatgtggcaagtcgtatggactcaactggtcttccaaatcacact
caagtgactgaggaggtgtaccaaatattaaaaaatgagtcatatgttttccaatgtaga
ggaaatgtcaaagtcaaaggaaagggagatatgactacttattttttgactgacagaaaa
aaaatttctagtgtgaattcaattcaatctacttgtaccagaaatgaattgactcaaact
ttgtatggtggtgtacctactcctttgtgttcattaaatgtcccacctagaccttataaa
atgcttagaccaactatgaatcgattacgcccattaaaccataataaagaaagcatgcca
ccagaatgtcacttattacttcctacaggcagcagtaacagcaatagttttggtaaaaag
agtaacaatatatataactatcaacatatttcaccagttatgttatctcctaagttacca
caacacaaaggactcacaaaagtttttcctccatcaactgctcaatattctccgtggaag
ccatcatcaactcttagcaatgaaaataaatggcaacaaaatataaagccttacttgaaa
cctctaccaaagcccccatcaagtagtaatattagtaatcatggaacaaacacattactt
gcttctaaaaataaattacgggattatagtcaatctaacaccaatggtgctattcaatgt
tcttcattaagctctctaaatcgatctcttacatctagctcatcatcagatgaaagctat
agccgtacaactactgacgcttctccttcaccatcaccaccacctacatcagttcctaca
ccaagcaaatggcttttttcatctgacattaatttagatttatcagagcctgaaaatgat
tgcaataatagtttaaatggagttgaaaatatcaaatttaatagctttaccaataataaa
acaagtagaagtcaatcatttaatgataatagtagctgtaaacatagcaaagactcctca
ttgaataaaaaagatgaaactactaatactgatcaacaactagcagaaataaactctaat
agtacaaaattatcaaaaaagaatgcaagttgtcaaaatgaaattttagatacaatatct
gtagatgctgacaataatcagtctgattttactaataaaatccagagaattcttgctgat
cagccatgtcaaaatattaaaaacatgagcaatactagtgatttagattcaactattact
gaagaaaaacaagaagataattatcaagtgattattgatatctccaatgaaattgagcaa
tcagataatcttttgagtgaagatttattaaaatccaaactatttgaaaaaaaagaaaga
gaaattatggaagaagttaaacgacaagaagccgaagttaggagaatgttagaggaaagt
gcttgtcaattaggaatttcagagtctgaatggagcgatgaagaagaagcttctgaacca
cttttagataaagacagtacaggatatacaactgatgatccagcattagaaaatatttct
attatgaatgacacgggtctaacagatgcagaaggtgctctgagtgatgtcaattctatg
ttcgagggaattgttgactttagtagacatcatcgtagtggttatagaggagatgatgaa
gatgatcacactagtatatcatcaagagcctctagtaggaatttcgagtcagaaggctgt
tttttccaagataatgatggtattgcatattactcacaatatcctcataatgctcacaac
tgtaaaaggtataatggattaccatttaattctcttgggcatgagcgacaaagtatggat
tctaatattttaacagaaccagaactgttgaacataatgtctgtgtcagaattatcagat
ggatattcagataactacaataaacccacaggtgctaatgatactgatagcgatgtgtag

  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 (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (25)   

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