KEGG   Nasonia vitripennis (jewel wasp): 100114731
Entry
100114731         CDS       T01081                                 
Name
(RefSeq) adenylate cyclase type 10-like isoform X1
  KO
K11265  adenylate cyclase 10 [EC:4.6.1.1]
Organism
nvi  Nasonia vitripennis (jewel wasp)
Pathway
nvi00230  Purine metabolism
nvi01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:nvi00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    100114731
Enzymes [BR:nvi01000]
 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
     100114731
SSDB
Motif
Pfam: Guanylate_cyc AAA_16 AAA_22 RUN
Other DBs
NCBI-GeneID: 100114731
NCBI-ProteinID: XP_031784693
NASONIABASE: NV18111
Position
1:complement(19431811..19439547)
AA seq 1574 aa
MSKSMRDSKNKKSRSSSVSVIRKLEDTANAGVKITEVQRLSQLEALRVENQTKIFASMCP
DEILDHYDDYDTRSYRTTLMLGDVSGFTDMTEKYTKSGKGGPSKITETLNSYIGAMVQEI
LSHNGDVLKFSGDAFIVMWKLEDGQVMRDIASEAIKTACIIQKHFGTYETEVDVTLKVKL
AIASGKTYFTSIGDAATASYYIITGKPVWEVKFAEGLCRGGDILVAPSCWQWVNPNEYIY
ETLPDGVHTLIVSLSVLWDNAKDSYTDDNISSSSSSSNSDISNSSSSNDPSLTSSLFYRF
SAMNEKSSENTTDYSLRLKVIKAAKAKINNELRSYIQRPVIRSVEMDEPLEYLTEIRQVV
IVFVNIITGEMKRKTLIKLVNGAFLFVCSIVGEMQGCVNKTSLFDKDLIFLCIFGLRGDK
HELESQIGLRCASKLRRGLVKFQHVRSVTVGVTTGMTYCGVVGHMLRREYTVIGMAVNKA
ARLMCAYVDKVVCDRESFLLSHLEAKHFILQEAKHLKGITNVGPVYEFSEQMTSSDHELS
VNKYPILGRDAELKTFYKMLQRLLGTSEVQENTDQDDEHKTNILIIRGEPRTGKTRLLEE
MSHITPNHVPVNYISLAPYDNQLPYVLLRLIFYVPLEVSEDTPGREKQKKLSSCFTENDH
SNLCSLNHVFNVNFKMASEYSKLDGRARRKNLKKLLAHLTRKCFSVLWVIIIDDAELADN
ESISLFRTVAKLKNVFFVLTYGNKLSQAYTIPSRIANDAKIIDLLGLDKWYHAALACQVM
NVLAIPADLEKVIQERSSGNPGWIESYLISLLQSAGVVIKSQTRKQIIEIGLVAPSTNML
KRISDGQPFSAAASYPRKIDCNNVWEMYQSSFRDSTTDSGNDGEYDDESYYNVCTLTSNF
VLEDIDTEATIDTILLKLYDSLTPLDQFLLKCAAVLGEIVDRKMLEKLMQGTPERDIGIS
LVKLFELRIIGCAVGDFSRSPGPAMLFKRVHDPNLNIQVRCGCRGIEVPEALADLPNYAS
CGLMRFKLNMFRETTYRLLTENQKVEFHSKALRYLQQNTRRCASCGGGQFNRLLGESALN
EIGMGKGKKADSASNELRSSLVSETEEAIRDFNAARAENNKAAESSSSSSSSSSSSRSLS
LFQMCRPIEKSPTRTFSSQDFTDCECDLRLLTAYTHVMEHCRGIGVKTLLLVAILEFVEV
CLSTLNIPQATKLLAEGDELVDTIYSTAEDELIVLPYLKGKIQTLRGRCFLESGLIAEAM
KCFEASTRIMHYSFPTNSILIKLKSVYLLEQQRLALTCLRSFKVGVIDGDAANYNDQFAS
CLAQMFIVYRLKGMPEHARLAAIWGLNVALESSKDFFVLCTSYANMMITAHNYRYTSIIP
SLETDAINLCNERKDSIELEELNAVAELYTRIFFSRWLRGLTEEASSIGFIAARLAHAIR
SINLKLIILPRLVQLLISKCRYGEAVSMLQELEFISHNDMDQSGRTWYCALCMDLLLESG
ISVLTLTDCEQFYQQESSKIMNLRDSEAAKRFFTCMWLWYVRIGDWEAAAVWRSRKVEMS
LYTIYTRLSLSVSI
NT seq 4725 nt   +upstreamnt  +downstreamnt
atgtcaaagagtatgagagattcaaaaaataaaaagagtagatcttctagtgtatcagtg
attcgaaagttagaggatacggctaatgctggcgtaaagattacagaggtacaacgtttg
tctcagttagaagcgctgcgcgtagaaaaccaaacgaaaatatttgcgtccatgtgtcca
gacgaaattcttgatcattacgatgattatgatactagaagttatcgcacaaccctgatg
ctgggagatgtttctggctttactgacatgaccgagaagtatacgaaatccggcaaaggt
ggtccctcaaaaatcaccgagactctgaacagctacatcggcgcaatggttcaggagatt
ttgtctcacaacggggacgtgctgaaattttcgggcgatgcgtttatagtcatgtggaag
ctcgaggatggacaagtgatgagagatattgcctccgaagctataaaaactgcctgcata
atacagaagcatttcgggacatatgagaccgaagtcgatgttaccttgaaagtaaaatta
gcaatagcatcgggcaaaacatattttacttccattggcgacgcagcaacggcatcatac
tacatcataaccggaaaaccggtgtgggaagttaaatttgcagaggggctatgtcgtggt
ggagatattctcgttgcgccaagttgctggcagtgggtcaatccaaacgagtatatttac
gaaacgttgcccgatggagttcacactttaatcgtttctttatcggtgttatgggacaat
gccaaagattcttacaccgacgacaacatatccagcagttcatcaagttcgaattcagat
atatctaattcgtctagcagcaatgacccgtctttgacttcgtcgctcttctatcggttc
tcagctatgaatgagaaatcctccgagaacaccacagattacagtcttcgcctcaaagtc
ataaaagcagccaaagccaagataaacaatgagctccgaagctacatccaaagaccggtt
attcgctccgttgaaatggacgaaccgttggagtacctaaccgaaattcgccaagttgtc
attgtgtttgtgaacatcattaccggggaaatgaagagaaagacgctcatcaaacttgtg
aatggcgctttcttattcgtttgcagcatagtcggcgaaatgcaaggctgcgtgaacaaa
acgtcgctcttcgacaaggacctcatcttcctctgcatcttcggcttacgcggcgacaaa
cacgagctggaatcgcagataggcttgagatgcgcttcgaagctgcgtcgaggactcgtc
aagttccagcacgtcaggtcggttaccgttggggtcactacggggatgacgtactgcggt
gtggtggggcacatgctcaggagggaatacaccgtaatcggtatggccgtcaataaagct
gcgagattgatgtgcgcttacgttgacaaggttgtatgcgacagagaaagttttctgtta
tctcatcttgaagctaagcatttcatcctgcaagaagctaaacatcttaaagggatcacc
aacgttggaccggtttatgaattctcagaacaaatgacttcctcggatcatgagttgagc
gtgaataagtatcccatacttgggcgtgacgccgaactaaaaaccttttacaaaatgtta
caaaggcttctcggaacttcagaagttcaagaaaataccgatcaagatgatgagcacaaa
actaatattttgataataagaggtgaacctagaacgggaaaaacgagacttctcgaagaa
atgagccacataacgcctaatcacgtgcccgtaaactacatatcactagctccttacgat
aatcagctaccatacgttttactccgtttgattttctacgttcctctggaagtatccgaa
gatacacccggcagagagaagcagaaaaaactatcgtcctgcttcacggagaacgatcac
tcgaatttgtgctccttgaatcacgttttcaatgtcaacttcaaaatggcatccgagtac
tcgaaactcgacggcagagctagaaggaaaaatctgaaaaaactgttggcccacttgact
cgcaagtgtttcagcgtcctgtgggtcataataatagacgacgcggaactagccgacaac
gagtcgatctcgctgtttcgcacagtagctaagctaaagaacgtgtttttcgtacttact
tatggaaataaactgtcccaggcctacacgattccgtccagaatcgctaacgacgctaag
atcatcgaccttttgggtctggataagtggtaccacgctgctctggcttgtcaagtaatg
aacgtccttgctataccagccgatctggaaaaggtgattcaagagagaagttcgggaaat
ccaggatggatagaaagttatttgatcagtctgcttcagtcggctggtgtggttataaaa
agtcagacaagaaagcaaatcatcgaaataggactcgtggctccatcgacaaacatgcta
aaaaggatttcagatggtcaaccattcagcgctgctgcttcataccccagaaagatcgat
tgcaataacgtatgggaaatgtatcagtcgagttttagagacagcacgacggatagcgga
aatgatggggaatacgacgatgaaagctattacaacgtctgcacgctcacctctaacttt
gtcctagaagatatcgataccgaagctacgatcgacaccatcttgttgaagctgtacgat
tcgttgacgcctctggatcaattcttgctaaagtgtgcggcggtcttgggagaaatcgtt
gatcggaaaatgctagaaaagttgatgcaaggaactcccgagcgcgacattggcatatct
ctcgtgaagttattcgaattgcggattataggctgcgcagtgggcgactttagtagaagt
ccggggcctgctatgctattcaagagagttcacgatccgaatctgaatattcaagtgcgc
tgtggttgtagagggatcgaagttccagaagctctcgcagatttgccgaattacgcttct
tgcggcctaatgagatttaaactaaacatgttccgcgaaacgacctacagattactcacg
gaaaaccaaaaagtagagttccacagcaaagcgttgaggtatctgcagcagaacactcgc
cgatgcgcctcgtgcgggggtggacagtttaacagacttctcggcgaatcggcgctgaac
gagatcggtatgggaaagggtaaaaaggccgattccgccagcaacgagctgcgctcttcg
ctggtcagtgaaaccgaggaggcgattcgagatttcaacgcagcgagagcggagaataat
aaggcagccgaaagcagcagcagcagcagcagcagcagcagcagtagcaggagcttgtcg
ctgttccagatgtgcagaccgatcgaaaaatcgccgactcgcaccttctccagccaggat
ttcaccgactgcgagtgtgatctgcgtctactgacagcttacactcacgttatggaacac
tgtcgtggaataggcgtgaaaacactactcttggtagcgatcctggagttcgtcgaggtg
tgcttgtcgacgctcaacattccgcaggcaaccaagttactggccgaaggcgacgagctc
gtcgatacgatatacagcacggcagaggacgagctaatcgttctgccatacctgaaaggc
aagatccagactctgcggggtcgatgctttctcgagagcggcctcatcgccgaggccatg
aagtgcttcgaggctagcacgagaatcatgcactacagcttccccaccaattcaattctc
ataaaattgaaatcggtttatttgttggagcagcagaggctcgcgctgacttgtctcagg
agcttcaaggtcggagtgatcgatggcgacgccgctaattacaacgaccaattcgccagc
tgtctggcgcagatgtttatagtttatcggttgaagggaatgccggaacacgcgagatta
gctgcgatctggggattgaatgtggctctagaatcgagcaaggatttttttgttctgtgc
acgtcgtatgcgaatatgatgattacggctcacaattaccgatacacatcgataataccg
tctttggagacggacgccataaatctgtgcaacgaacgcaaggactcgatagaacttgaa
gaactgaacgccgtcgccgaactgtacacgcgaatattcttctcgcgctggctgcgagga
ctgacagaggaggcgagcagcatcggcttcatcgctgccagactagctcacgcgatcaga
tcgatcaatctgaaattaataattctgccgcgactggtccagctgctgatcagcaaatgc
cgctacggcgaagccgtttcgatgctgcaggaattggaatttatatcgcacaacgacatg
gaccaatctggtcgaacttggtactgcgcgctctgcatggacctcttactggaatcgggc
atctccgtcctcaccctgacagactgcgaacaattttaccaacaagagagtagcaaaata
atgaacctgcgcgattctgaggctgctaagcgattcttcacctgcatgtggctatggtac
gtcagaattggcgactgggaggctgctgctgtctggagaagcagaaaggtagagatgagc
ctgtatacgatctatacgcgactgagtttatccgtttcaatatag

  All links  
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 (29)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   NASONIABASE (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (4)   
   Pfam (4)   
All databases (52)   

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