Nomia melanderi (Alkali bee): 116426388
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Entry
116426388 CDS
T07404
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
nmea
Nomia melanderi (Alkali bee)
Pathway
nmea00230
Purine metabolism
nmea01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
nmea00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
116426388
Enzymes [BR:
nmea01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.4 Phosphoric-diester hydrolases
3.1.4.17 3',5'-cyclic-nucleotide phosphodiesterase
116426388
3.1.4.35 3',5'-cyclic-GMP phosphodiesterase
116426388
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Ortholog
Paralog
GFIT
Motif
Pfam:
PDEase_I
GAF
GAF_2
GAF_3
HD-CE
Motif
Other DBs
NCBI-GeneID:
116426388
NCBI-ProteinID:
XP_031831104
LinkDB
All DBs
Position
Unknown
AA seq
979 aa
AA seq
DB search
MQLKKAMLKIFDQLGLHLRSIEEPRMTAETAAPCVQGVQGVQSVMAGQGTLQQVQDGKST
GGYYSSTSAMYDPEYARMEAWLDEHPDFVNDYFLRKVTRQTVDMWLVSHATPTSSSSSCV
ELSSPIHAGGTSSSGRGGSGGSGATTPVRKISAHEFERGGLLKPIVNTIDGTPTFLSVSP
GDSGQPGSQPVGSGNSGRPQRRSRHELRHLDEKDLIFELVKDICNELDVRSLCHKILQNV
STLLHADRGSLFLVQGERGGGCMPSSQNHEPLSGNPVGGGGPGKTDNGSPEQRETGYSRS
RCLVSKLFDVCSRSTLLEMEKKDEIKIPWGTGIVGYVAESGEPVNIPDAYKDSRFNREID
ALTGYRTRALLCMPIKDCNGDVIGVAQVINKLGGEGQFTVQDEKVFAGYLQFCGIGLRNA
QLYEKSQLEVKRNQVLLDLARMIFEEQSTIEHMVLRILTHTQSLIQCQRVQVLLVHKASK
GSFSRVFDFEANDLAGEDSDSRTSPFESRFPINVGITGYVATTGETVNIPNAYDDPRFDP
SVDDGTGFKHRTILCMPIKNSSGQIIGVIQLINKFDDLAFTKNDENFVEAFAIFCGMGIH
NTHMYEKAVIAMAKQSVTLEVLSYHASASLEDAQRLRGLRVPSAAHFQLHDFKFDDIYME
DDATLVACLRMFLDLDFVERFHIDYDVLCRWLLSVKKNYRNVTYHNWRHAFNVAQMMFAI
LTATQWWKIFGEIECLALIIACLCHDLDHRGTNNSFQIKASSPLAQLYSTSTMEHHHFDQ
CLMILSSQGNQILSNLSPEEYSRVVKVLEEAILSTDLAVYFRKRGAFLSLARGGGYNWAY
SDHRELLRGMLMTVCDLAAITKPWEVEKRVAELVSSEFFEQGDIERWTLNITPIDIMNRE
KEDQLPMMQVGFIDSICLPIYEAFALLSDKLEPLVDGVRKNKHHWLEIAESRCKTDNRTN
HDRMSSISDNEETSDQADQ
NT seq
2940 nt
NT seq
+upstream
nt +downstream
nt
atgcagctgaagaaagcgatgcttaagatattcgatcaattaggcctgcacttgcggagc
atcgaggagccgaggatgacggcggagacggcagctccttgtgtacaaggggtgcaaggg
gtgcagagcgttatggcaggtcagggcacactgcaacaggtgcaagatggaaaatccacc
ggtggttactattcttcgacttcggccatgtacgatccggaatacgctcgcatggaagcc
tggctcgacgaacatcctgatttcgtcaacgattacttcctcagaaaggtgacgaggcaa
accgtagacatgtggcttgtctcacacgcgacaccgacatcctcgtcgagcagctgcgtg
gagttatcgagtccaatccatgcgggtggtacatcatcttccggtcggggtggttctggt
ggatcgggtgccacgacgcctgttcgcaagatctctgcccacgagttcgagcgcggcggt
ttactgaaaccgatcgtcaacacaatcgacgggacgccaaccttcttgagcgtctctccc
ggagactcgggccaaccaggaagtcaaccagtcggctccggaaattcgggcagaccccaa
aggcgatcgaggcatgagctgaggcatcttgatgaaaaggatctcatttttgaattggtc
aaggacatctgtaacgagctggatgtgaggtccttgtgccacaagatcctacagaacgtg
agcaccctgttacacgcggaccgcggttccctctttctggtccaaggggagaggggcggg
ggttgcatgccctcctcgcaaaatcacgagcccttgtcggggaatcccgtcggcggcggt
ggcccggggaaaacggacaacggaagcccggagcaacgcgaaacgggatactcgaggagc
agatgtttagtctcgaagctgttcgacgtgtgttcgagatcgacgctgctcgagatggag
aaaaaggacgagatcaaaattccctggggaacggggatcgttggttacgtcgccgaaagc
ggagaacctgttaacataccggatgcgtacaaggactcaaggttcaaccgtgaaattgac
gcattgacggggtacagaaccagggcccttttatgcatgccgataaaggactgcaacgga
gatgtcatcggcgttgcacaagtgattaataagcttggtggggaaggacaattcactgtg
caagacgaaaaagttttcgctggatatttacaattctgcgggatcggactgagaaatgcg
caattgtatgaaaaaagtcaattagaagtaaaaaggaaccaggtgcttctggatttagct
aggatgattttcgaagagcaaagtacaatagagcacatggtactgaggattttaacgcac
acacagtccctgatacaatgtcagcgagtgcaggttctcttggtgcacaaagcgtcaaaa
ggcagtttctcccgggtgtttgatttcgaggcgaacgacctggccggcgaggattcagat
tctcgcactagtccattcgagagccgattccctataaatgtcggtatcaccggctacgtc
gctaccactggcgagacggtgaacataccaaacgcctacgacgacccgagattcgaccct
tcggtggatgatggtaccggtttcaaacatcgtaccattctctgtatgcccatcaagaac
tcgtcgggtcagatcattggcgtcattcaactgatcaacaagttcgatgaccttgccttc
acgaagaacgacgagaacttcgtcgaggcgtttgccattttctgtggcatgggcattcac
aatacgcacatgtacgaaaaggctgtgatagcaatggccaaacaaagcgtcacactagaa
gttctgagttaccatgcttctgcgtcgttggaagatgcacaaagattaaggggcttaaga
gtgccttctgcagcgcattttcagctgcacgatttcaaattcgatgacatttacatggaa
gacgacgctacattagtcgcatgtcttcgaatgttcctggacctggactttgtggaacgt
tttcacattgactatgacgttctttgccgttggcttctcagcgtgaaaaaaaattatcga
aacgttacgtaccataattggcgtcacgcgttcaacgtcgctcaaatgatgttcgcgata
ctaactgctacgcagtggtggaaaatcttcggggaaattgagtgtcttgcactaataatt
gcttgcttatgccatgatttggatcatcggggcacaaataattccttccaaatcaaggct
tcatcgcctttggctcaactctactccacgtcaacaatggagcaccatcatttcgatcaa
tgccttatgattttgagcagtcaaggaaatcaaattttatcaaacttgtctcccgaagaa
tattcacgcgttgttaaagttctcgaagaggcgatcctctcgacagacttagcggtttac
ttcagaaagagaggagcttttctcagcttagcgcggggcggtggctacaattgggcttac
agtgatcaccgagaacttctaagaggaatgttgatgaccgtctgtgatttagcggctata
acaaaaccttgggaagttgaaaaaagggtagcagaattagttagcagtgaattcttcgaa
caaggagacattgagaggtggactcttaatattactcctattgacattatgaacagagag
aaggaagatcagctacctatgatgcaagttggattcatcgattcgatctgcctccctatt
tacgaggcattcgctttattgtcagataaactggaaccgttagtggatggcgtcaggaag
aacaagcatcactggctcgaaattgcggaatccaggtgcaagacggacaatcgcacaaat
cacgacaggatgtcctcgatatccgataacgaagaaaccagtgaccaggcggaccaatag
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