KEGG   Drosophila willistoni: 6644057
Entry
6644057           CDS       T01067                                 
Name
(RefSeq) dual 3',5'-cyclic-AMP and -GMP phosphodiesterase 11 isoform X1
  KO
K13298  dual 3',5'-cyclic-AMP and -GMP phosphodiesterase 11 [EC:3.1.4.17 3.1.4.35]
Organism
dwi  Drosophila willistoni
Pathway
dwi00230  Purine metabolism
dwi01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:dwi00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    6644057
Enzymes [BR:dwi01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.17  3',5'-cyclic-nucleotide phosphodiesterase
     6644057
    3.1.4.35  3',5'-cyclic-GMP phosphodiesterase
     6644057
SSDB
Motif
Pfam: PDEase_I GAF GAF_2
Other DBs
NCBI-GeneID: 6644057
NCBI-ProteinID: XP_002066763
FlyBase: FBgn0226616
UniProt: B4MZG4
Position
2R
AA seq 1456 aa
MGQAASMCRFRGCRYKNKNKSNKQQQQQQQQQQQQQQTPTPIHSSPHHQQQQSEISAASS
TTTGLHLRSIEEPATTPLQLAARMPAEQGGTGYGVSEHSLLLATRSGVPLPLTQQQPLPA
HYQLTSNNHHNSGGAGGGSSYIPSTSCSSAIAGSHQQQPLAPSQQQQQLLSSPYNTTYQQ
HHYHHHHLQPASPQHSKPYDPEHARMEAWMDENQDFVQDYFIRKATRQTVDAWLVSHATS
AGNDVVSSTSPTHANGQTCSSRGGSGATTPVRKISAHEFERGGLLKPIVNTIDGTPTFLS
IGPQMDNVGGGSCSNLQTVGGFGSGQSQYHHHHNHHQYHQHYPQHSHFQAGGAVGSSSTG
GVMGPGGNGHQYPYYPYCHQRPQRLSRNELKQLDEKELIFELVKDICNELEVRTLCHKIL
QNVSVLLNADRGSLFLVQGRCNSADGLKKCLVSKLFDVCPRSTVEEMEQQEEVRVAWGTG
IAGHVAESGEPVNIPDAYQDERFNCEIDSLTGYRTKALLCMPIKDSSGDVIGVAQVINKV
NGECFSEIDEKVFASYLQFCGIGLRNAQLYEKSQLEIKRNQVLLDLARMIFEEQSTIEHM
VFRILTHMQSLIQCQRVQILLVHEADKGSFSRVFDFEANDLSEEEATSRTSPYESRFPIN
IGITGHVATTGETVNVPNAYEDDRFDASVDENLSFKHRSILCMAIKNSLGQIIGVIQLIN
KFNELDFTKNDENFVEAFAIFCGMGIHNTHMYEKAIVAMAKQSVTLEVLSYHASATMDEA
HRLRRLRVPSAVHFCLHDFKFDDIHFEDDDTLKACLRMFLDLDFVERFHIDYEVLCRWLL
SVKKNYRNVTYHNWRHAFNVAQMMFAILTTTQWWKIFGEIECLALIIGCLCHDLDHRGTN
NSFQIKASSPLAQLYSTSTMEHHHFDQCLMILNSPGNQILANLSSDDYCRVIRVLEDAIL
STDLAVYFKKRGPFLDSVREPVSHWVDEEPRALLRAMSMTVCDLSAITKPWEIEKRVADL
VSSEFFEQGDMEKQELNITPIDIMNREKEDELPMMQVNFIDSICLPIYEAFAQLSDKLEP
LVEGVRDNRGHWIDLADVVKTKTSQDQQEQIVIANGDGNKKTMSDNDDDVAEQNGAQTEQ
LIVNGLNVANSSRTNNNIAVVASHPTSIQPSDDDDADDNKQHPTQADDDDDDDVDKTVNG
DGDAELNQEVQAYHSNGSSCMSSASSSSVSSRLSTPPPTGEDDSTPVSPSKMLQANLVAD
NLNALQRKSSAPAAGQVQKLRCKSCENSRCGLQVRKTSSLKGAQELGQQNGRAKCGISSI
DTLCKSTPVINHQHNHNHNHQHQHQHHHHHHHHSASHHNHNHHQSSGIGSASIGGSGLIT
LTAAPLLTLDSDRIPKIVGKFGNLDGLPFANGIGCTPNGMAFNSYQQHHSHSHSHLLARR
HSETNTNGPTALTADK
NT seq 4371 nt   +upstreamnt  +downstreamnt
atgggccaagcggcaagtatgtgtcgatttcgtggttgtcgctacaaaaataagaacaag
agcaacaagcagcagcaacaacaacagcagcagcaacagcagcagcagcaaacaccaacc
ccaatacacagttccccccaccaccaacaacaacagtctgaaatatcagcagcatcatcc
acaacaacaggtctgcatttgcgcagcattgaggaacccgcgacaacgccattgcagcta
gctgccaggatgcccgcggagcaggggggcacagggtacggtgtgagtgagcacagtctg
ctacttgccacacgctcgggtgtccccctgccgctaacacagcaacaaccactacctgcc
cactatcaactaaccagcaataatcatcataactctggtggagctggcggaggttcctcc
tatataccatcaacctcctgctcatcagcaatagctggcagtcatcaacaacagccgctc
gctccctcccagcagcagcagcagcttctatcctcaccatacaatacaacgtatcagcag
catcactatcaccatcatcatcttcaaccagcatcgccacagcatagcaagccctatgat
ccggaacatgctcgcatggaggcctggatggatgagaatcaggattttgtacaggactat
tttataagaaaggcaacccgtcagacagtggacgcctggctcgtgtcgcatgccacctcg
gctggcaacgatgtggtcagcagcacttcacccacacatgccaatggacagacttgttcc
tctcgtggcggatcgggggccaccacaccagtgcggaaaatctcggctcatgaattcgag
cgcggcggtctgcttaagccgattgtcaatacgattgatgggactcccacatttctcagc
attgggccacaaatggataatgttggcggtggcagctgctccaatctacagactgtcggc
ggctttgggtccggccaatctcagtatcatcaccatcataatcatcaccagtatcatcag
cattatccgcagcacagtcatttccaggctggcggagctgtgggcagcagcagcaccggc
ggggtaatgggtcctggcggcaatggccatcagtatccttattatccgtattgccatcag
cgaccgcagcgattgtcccgaaatgagttgaagcagctcgatgagaaggagttgattttt
gaactggtaaaagacatttgcaatgagctcgaggtgcggacattgtgtcacaaaatactt
cagaatgtctcggtattactgaatgcggatcgcggatcgttgtttctggtgcagggacgc
tgcaatagcgccgatggactgaaaaaatgtctcgtctcgaagctgttcgatgtctgtcca
cgtagcacggtcgaggaaatggaacagcaggaggaagtccgcgtggcatggggcactggc
attgccggtcacgtggctgagagcggcgagcctgtcaacatcccagatgcttaccaggac
gagcggttcaattgtgaaattgattccttaactggatatcgcacaaaggcattgctctgt
atgcccataaaggattcatctggcgatgtaatcggcgtggcgcaggtcatcaacaaagtg
aatggcgaatgcttctctgaaatcgatgaaaaggtctttgcctcgtatctgcaattctgt
ggcattggactgcgcaatgctcagctttatgagaaatctcaattggaaatcaaacgtaat
caggtgctcttggacttggcccgaatgatattcgaggagcaaagcaccattgagcacatg
gtcttccgcatcctcacccacatgcagagtctcattcaatgtcagcgtgtccagatactg
ctggtccatgaggccgacaagggcagcttttcacgggtctttgactttgaggcaaacgat
ttgagtgaggaggaggccacttcccgcaccagtccctacgaatcgcgtttcccgataaac
attggcatcacaggtcacgtggccaccaccggggagacggtgaatgtgcccaatgcctac
gaggatgatcgcttcgatgccagtgtggatgagaatctgagcttcaaacatcgctccatc
ctctgcatggccataaagaactctttgggtcagatcattggagttattcaactaataaac
aagttcaatgagctggatttcaccaaaaacgatgagaactttgtcgaggcatttgccatc
ttctgcggcatgggcatccacaatacccacatgtacgagaaggccattgtggcaatggcc
aagcagagcgtcaccctggaagttctcagctatcatgcatcggccaccatggatgaggcc
catcgcttgcgccgtcttcgtgtaccatcggcagtacatttctgtttacacgactttaaa
ttcgatgatatacactttgaggacgatgacacgttgaaggcctgtctgcgtatgttcttg
gatctcgattttgtggagcgattccacattgattacgaagttttgtgccgttggctgttg
agcgttaagaagaattatcgcaatgtcacctatcacaattggcgtcatgccttcaatgtg
gcccaaatgatgtttgccatactgacgaccactcaatggtggaaaatttttggtgaaatc
gagtgtctggctctcataattggctgcctttgccatgatctcgatcatcgagggactaac
aactcatttcaaataaaggcctcctcgccattggcgcagttgtattccacatcgaccatg
gagcatcatcactttgatcaatgtctgatgatactgaatagtcctgggaatcaaatattg
gccaatctatcctcagatgattattgtcgagtcattcgtgtgctagaagatgccattctg
tccacagatctagcagtgtacttcaagaaacgtggcccattcttggatagtgtgagagaa
cctgtaagccactgggtggacgaggaaccgcgtgctttgctgcgcgccatgagcatgaca
gtctgtgatttatcggccattaccaagccgtgggagattgagaaacgagtggccgatttg
gttagctccgagttctttgagcagggcgacatggagaagcaggagctcaacataacaccc
attgatatcatgaatcgggagaaggaggatgaattgcccatgatgcaagtgaatttcata
gattcgatatgcttgcccatctatgaggctttcgctcaactctcggacaagttggagcct
cttgtggaaggcgtgcgtgataatcgtggccattggatcgatctggccgatgtggtaaag
accaaaactagtcaggatcagcaagagcaaattgtgatagcgaatggtgatggtaacaag
aagacaatgagtgataatgatgatgatgtggctgagcagaatggcgcacagaccgaacag
ttaattgtaaatggcctgaatgtagccaacagcagcagaactaataacaacattgccgtc
gttgcttctcatcccaccagcatccagcccagtgatgatgatgatgctgatgataataaa
caacacccaacccaagccgacgatgatgatgatgacgatgtggacaaaacggttaatgga
gatggagatgccgagctcaaccaagaagtgcaagcctatcattcaaatggcagtagttgc
atgtcctctgccagctcatcatccgtctccagccgcctctccacaccaccacccactggc
gaagatgacagtactcccgtctcaccctcgaaaatgctgcaggccaatctggtggctgat
aatctgaacgccttgcaacgtaagagctcagcacctgctgccggacaagttcagaaactc
cgctgcaagagctgtgagaactctcgctgtggccttcaggtgcgaaagaccagttccctg
aagggggctcaagagttgggtcaacagaatggcagggcaaagtgtggaatatcttccatt
gacaccctatgcaagagcactccggttatcaatcatcaacacaatcacaatcataaccat
cagcatcagcatcagcatcatcatcaccaccatcaccattccgcctcgcatcacaatcac
aatcaccatcagagcagcggcattggtagtgccagcattggtggcagcggcctaataacc
ctcactgctgcccccctgcttactttggacagtgatagaataccaaaaattgttggtaaa
tttggcaatctcgatggtctgccatttgccaatggcattggatgcacaccgaatggcatg
gcattcaacagttaccagcaacatcattctcattctcattctcatctgttggcccgccgg
cactcggagaccaacacgaatggacctacagccttgacagctgataaataa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (3)   
   Pfam (3)   
All databases (28)   

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