Armigeres subalbatus: 134212544
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Entry
134212544 CDS
T09975
Name
(RefSeq) dual 3',5'-cyclic-AMP and -GMP phosphodiesterase 11-like isoform X1
KO
K13298
dual 3',5'-cyclic-AMP and -GMP phosphodiesterase 11 [EC:
3.1.4.17
3.1.4.35
]
Organism
asua
Armigeres subalbatus
Pathway
asua00230
Purine metabolism
asua01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
asua00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
134212544
Enzymes [BR:
asua01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.4 Phosphoric-diester hydrolases
3.1.4.17 3',5'-cyclic-nucleotide phosphodiesterase
134212544
3.1.4.35 3',5'-cyclic-GMP phosphodiesterase
134212544
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Paralog
GFIT
Motif
Pfam:
PDEase_I
GAF
GAF_2
Motif
Other DBs
NCBI-GeneID:
134212544
NCBI-ProteinID:
XP_062546493
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Position
2
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AA seq
1208 aa
AA seq
DB search
MNPPFLVPFPRTTSADSQRQRHKPEPGGDLDKRQQQQQDPSNPSSSSASTARLRAGDSDV
CGGGSRGLYQSAAYRQHHFYYHTLQQHRLWRTHDAVALLGSNWKAAQKLGLHLRSIEEPQ
SRMPAEQGGTVGLDTSLGSRSGVPLPLQLQPAPNSTSGQNHHQLGLNSHHHPHHHHHHHA
LHQHHVGSSGSISGTGGIGTMSGSSGSNACYDAEFARMESWLDENPEFMQDYFIRKATRN
MVDGWMVSHATPVTTAGGSNMDSPTHGAGAQAGSSRAGSGATTPVRKISAHEFERGGLLK
PIVNTIDGTPTFLSIGLQNECLLSGGGPSHQNGGALGVPCGSQRPQRLSRNELRQLDERE
LIFELVKDICNDLDVRSLCHKILQNVSILLNADRGSLFLVQGKSTCGRDNTKKCLVSKLF
DVCSSSTLEEMEQQDEVKVAWGMGIAGHVAESGEPVNIPDAYQDERFNREIDVQTGYRTK
ALLCMPIKDGSGDVVGVAQVINKHGDQCFTVADEKVFASYLQFCGIGLRNAQLYEKSQLE
VKRNQVLLDLARMIFEEQSTIEHMVFRILTHMQSLIQCQRVQILLVHEASKGSFSRVFDF
EANDLSEDEGDARTSPFESRFPINIGITGYVATTGETVNIGNAYEDDRFDPSVDEGQSFR
HKTILCMAIKNSLGQIIGVIQLINKFDELNFTKNDENFVEAFAIFCGMGIHNTHMYEKAI
VAMAKQSVTLEVLSYHASATIDDAVRLRQLKVPSAAFYLLHDFKFDDLFMEDDDTLKACL
RMFLDLDLVERFHIDYEVLCRWLCSVKKNYRNVTYHNWRHAFNVTQMMFAILTSTQWWKI
FGEIECLALIIACLCHDLDHRGTNNSFQIKASSPLAQLYSTSTMEHHHFDQCLMIINSPG
NQILLNMSSEDYSRVIKVLEDAILSTDLAVYFRKRGPFLNLVKPNTQMALWQAEEPRSLL
RAMSMTVCDLAAITKPWEIEKRVAELVSSEFFEQGDMERQELNITPIDIMNREKEDQLPM
MQVGFIDSICLPIYEAFASLSSKLTPLVDGVKDNKNHWVDLAQSSKDKFANNNNSIASHN
KNNNSVATPNHINNTVDDESSELNRRSALGSPTNYSRSNSANNAVDIDNDTHSTGSHDTN
NTSNIAEKIVGRLGVDLTTTTAFSEVPSYLIGKKENGWLHSGSDKIRLMRISSVEGKSAS
NEQPLLDQ
NT seq
3627 nt
NT seq
+upstream
nt +downstream
nt
atgaatccgccattcctagtgccgtttccaagaacaacctcagccgattcgcaacgccag
cgccacaagccggagccgggcggcgatctggacaagaggcagcaacagcagcaggatcct
tccaatcccagctcgtcctcggccagtactgcgcggttgagggcaggcgatagcgacgtc
tgtggaggcggcagccggggcctttaccagtcggcagcgtaccggcagcatcacttttac
tatcacactttgcagcagcaccggctgtggaggacgcatgacgcggttgcactgcttggc
tccaactggaaggctgctcaaaaactaggcctgcacttgcgcagtatagaggagcctcaa
agcagaatgcccgccgagcaggggggcacagtggggctcgatacttcgttgggctctcgt
tctggtgtccccctgccacttcagctacagccagctccaaacagcacttccggccagaac
catcaccagctgggcctgaacagtcatcatcacccgcatcatcatcaccatcaccatgcg
ctccaccagcaccacgtgggaagcagtgggagcattagtgggaccggcggaatcggtacc
atgtccgggagctccggatcaaacgcctgctatgacgccgaattcgcacgaatggagtcc
tggttggacgagaatccggagttcatgcaggactacttcatacgaaaggccaccagaaac
atggtcgacgggtggatggtttcgcatgccacaccggtgactacggccggtgggagtaac
atggattctcctactcatggcgctggtgcccaggctggttcgtcacgagctggatccggc
gcgaccactccagtgaggaaaatatcggcccacgagttcgaacggggtggtctgctgaag
cccatagtgaacaccattgacgggacgcccacctttctcagcatcgggctacagaacgag
tgtctactgtccggcggtggtcccagtcaccagaacggaggcgctctgggagtgccctgc
ggaagccaacgaccccagcggttatcgcggaatgaacttcgtcagctggatgagcgggag
ctgatatttgaactggtaaaggacatctgcaacgatctggacgtgcggtcgttgtgtcac
aaaattctgcaaaacgtgtcaattctactgaatgctgaccgggggtcgctatttctggtc
caaggcaaaagtacctgcggcagagataataccaaaaaatgtttagtatctaaattgttc
gacgtctgctcgagcagcacgctggaggagatggaacagcaggacgaggtgaaggtggcg
tggggcatgggaatcgcgggccacgtggcggaaagcggggaacccgtcaacataccggat
gcgtatcaggacgaacgcttcaaccgggaaatcgatgtacaaactggctaccgtacgaaa
gcgcttctttgtatgcctatcaaggacggttccggagatgtggtcggggtggctcaggtt
atcaacaagcatggagaccagtgctttactgttgctgacgaaaaggtttttgcatcctat
ctgcagttctgcggcatcgggctgcggaacgctcaactgtacgaaaaatcccaactagag
gtgaagcggaaccaggtgctgctcgatctggcgaggatgattttcgaggagcagagcaca
atcgagcatatggtgttccggatactgacccacatgcagagcttaatacaatgccaaaga
gttcaaatcctactggtgcacgaggcttcgaaaggaagcttttcgcgcgtgttcgatttt
gaagcaaatgatctcagcgaagatgagggtgatgcacggacaagcccatttgagtctcgg
tttcccataaacattggtattaccggttatgtggccactaccggagaaactgtgaatata
ggaaacgcttacgaagacgatcgattcgatcccagcgtagacgaagggcagagcttccgg
cacaaaaccattctttgtatggcgataaagaattctctaggtcaaattataggtgtaata
cagttgatcaataagttcgacgaactcaattttaccaaaaatgatgaaaacttcgtggaa
gcattcgccatcttctgcggaatgggcattcacaatacacacatgtacgaaaaagcaatc
gtagccatggcgaagcagagcgtcacactggaagtgctcagctaccatgcttcggccacc
atcgacgacgccgtccggttacggcaacttaaagttccatccgcagcgttctacctgctg
catgacttcaagttcgacgatctgtttatggaggacgacgacacattgaaggcctgtttg
cgaatgtttctggatctggacctggtcgaacggttccacatcgactacgaagtgctgtgc
cggtggctatgttcggtcaagaaaaactatcgcaacgtgacctaccacaactggcgacac
gcgttcaatgtgacgcagatgatgtttgccatcctcacgtctacgcagtggtggaagatc
tttggtgagattgagtgtctggcgttgatcattgcgtgtctctgccacgatctggatcat
cgtgggaccaacaattctttccaaatcaaagcttcatcgccacttgctcaattgtattct
acatcgacgatggagcaccaccacttcgaccaatgtttgatgattatcaacagccctggg
aaccaaatcctgttaaacatgtcctccgaggattacagccgggttataaaagttttagag
gatgccatcctatccaccgatctggctgtgtactttaggaaacggggaccttttctcaat
ctagtgaaaccaaatacgcagatggcactgtggcaggccgaagagccccggtcgctattg
cgggcaatgagcatgaccgtttgtgatttggctgccattaccaagccgtgggaaattgaa
aaacgggtggctgagctggtcagttcggagttctttgaacaaggtgacatggagcgacag
gaattaaacatcacgcccatagacatcatgaatcgtgaaaaggaggatcagttaccaatg
atgcaagtgggatttattgattccatctgtctaccgatctatgaggcttttgcttctttg
tcgagcaagttgactcctctcgttgatggggtgaaggacaacaaaaaccattgggtagat
ctggctcaaagctccaaggataaatttgcaaacaataacaacagcatcgccagtcacaac
aagaacaacaacagcgttgctacccctaatcacatcaataacaccgttgatgatgagtcc
agcgaacttaaccgaaggtctgccctgggatcgcccacaaattatagtcgatctaatagt
gccaacaatgcagttgacattgataacgacactcatagtacaggtagtcacgacaccaac
aataccagcaacattgcagagaagatcgtcggcagacttggggtggaccttacaaccaca
accgctttctccgaggtaccatcctatctgattggtaagaaggagaatggatggctacat
tcgggaagcgacaagattaggctcatgcggatatcgtccgtggaagggaaatccgccagc
aacgagcaaccactactggaccaataa
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