Cotesia glomerata: 123261890
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Entry
123261890 CDS
T07738
Name
(RefSeq) uncharacterized protein LOC123261890
KO
K13761
high affinity cGMP-specific 3',5'-cyclic phosphodiesterase 9 [EC:
3.1.4.35
]
Organism
cglo
Cotesia glomerata
Pathway
cglo00230
Purine metabolism
cglo01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
cglo00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
123261890
Enzymes [BR:
cglo01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.4 Phosphoric-diester hydrolases
3.1.4.35 3',5'-cyclic-GMP phosphodiesterase
123261890
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
PDEase_I
HD
Motif
Other DBs
NCBI-GeneID:
123261890
NCBI-ProteinID:
XP_044579687
LinkDB
All DBs
Position
LG3:28835280..28865477
Genome browser
AA seq
1089 aa
AA seq
DB search
MDFEKPRNGTGDTDDEYINIYFIVGDRREIASFRPDQVSNSELKELFRSAAEAGPLDILK
LRKGDKLLNISTQLAANTPDTPYVLQVVGAHPTSFGMIEADLLQALERRVAALEQELGTQ
QAIASSEPAQVLQELKLQMDAFKTKLETTEYLSWLGFNKLIPEPASSEACKRLQYRRKSD
SVKRQVREKFFFVSDSSVPSIAREMLRSPKYDTQQWEDDELLLMLQTMFVELELPQKFNI
PLSTLKNFLYEVYNNYNEVPFHNFRHCFCVAQMMYTIAWAVDLPSKIGHLEVLILIISCI
CHDLDHPGYNNIYQINARTELALRYNDISPLENHHCSVAFRILEAPECNILASLDATTFR
SVREGIIRCILATDMARHNEILGQFTDVVQEFDYQNRAHINLLSMILIKVADISNEARPM
KVAEPWLDRLLQEFFKQSDAEKLEGLPVTPFMDREKVTKPSSQCSFIGLVLLPLFEVLGE
LFPELQELIVSPVKYALDYYRRLNEAAKDERHHRKSIVDLGESNMSSSNTGSSSVIKSTS
SHSMRSKRSASTIRSRSRSIEDDADNQMLEELDNIESSDPETATEVEISEKTLKFKISTE
GNVAPSSTGRRSYPGSRKGSREKSSLDYHNHDLAKAVRDHERERRKSRGENLSSDISSPV
SARSGEDTRILEEFERDEILYVDARMSKEDSKLSEENGIIEKNKSNKRMSVEMDASNIGS
SSSSRINRKDLVVMTDANLRCCCDDKSASNNHHKSLLSRLRNLTDRLSISFDSKDPPMTK
SKHHHHIVTKTLTKSNSVVSSTGNSGGTSSNSSMLICKRCNLMKSTKESTSSSSGGNSTV
VALTSMDKRAMTLPKTRKSHDGRTKSWRMVFTKEKRPSASLEVLPAHDSCERSIVKHKRN
HSNPEGKLTVTKSSKEEKKLNFSEINVRTGAVSNKPDIVVHPGSSSVVDEDIDKVEIRRS
SASMEDISKITKQEPTLLGSLEDKNSEEMQHTGSLDSMLYKESTKTTKKAFVFASPSTTK
KSSPSLFSRFKSGMSIDGRSNSGSLNEQSNQQSPSWISSLTASFRPKRHGDIAGPTSHQL
HSPTHEEVK
NT seq
3270 nt
NT seq
+upstream
nt +downstream
nt
atggacttcgagaaaccgagaaacggcaccggcgataccgatgacgagtatattaatatt
tatttcattgtgggcgatcgtcgagaaatcgccagttttcgacccgatcaagttagcaac
tcggaacttaaagaattatttagaagcgcagcagaggcgggtcctttggacatcttgaaa
ctgcgaaagggagacaaactcctaaacatttcaacccaactggcagccaacaccccagac
acgccgtacgtgctccaggttgttggagcgcacccaacatcttttgggatgatcgaggct
gacctgttgcaagctctggagaggcgtgttgctgcactggaacaagaactcggaacacag
caagcaatcgcgtcttctgagccagctcaggttctgcaggagcttaaacttcaaatggat
gctttcaaaacaaaacttgagactactgagtacctcagttggcttggcttcaataagcta
attccagagccagcttcctcggaagcctgcaaaagattgcagtaccgacgcaagagtgac
agtgtgaaacgtcaagttcgtgaaaagtttttcttcgtaagtgattcatcagtaccatca
attgcccgggaaatgctccgctctccaaaatatgacactcaacagtgggaagacgatgag
cttttgctaatgttacaaacgatgttcgtggagctggagttaccgcagaaattcaacatt
cccctttcgacgttgaagaattttctgtacgaggtttacaataattacaatgaggtgccg
tttcacaacttcagacactgcttttgtgtcgcgcaaatgatgtacacgatagcgtgggca
gtggacctgccctctaaaatcgggcacctggaggtcctgatcctgatcatctcctgcatc
tgccacgacctcgaccatccagggtacaataacatctaccagataaacgcgcgaacggag
ctggcgttgaggtacaatgatatctcgccgctggagaatcaccactgctcagtggcgttt
cgtatcctcgaggcgccagagtgcaatatactcgcgtccctcgatgccacgacgtttcgc
tcagtacgcgagggtatcataaggtgtatcctcgcgacagatatggccagacacaacgag
atactcgggcaattcacggacgttgttcaggaatttgattatcaaaacagagcgcacatt
aacttgctatcaatgatattaataaaagtcgcagacattagcaacgaagcaaggccgatg
aaggtcgcggagccctggctcgatcgattactccaagagttcttcaaacaatcagacgcc
gagaaactcgagggacttccagtaacaccatttatggatcgcgaaaaagtcactaaacca
tcatcacaatgcagctttattggacttgttctccttccactatttgaagttcttggggag
ctgtttcctgaacttcaggaactaatcgtctctccagtaaaatacgcgctggactattac
cgacgtctaaacgaagcagcgaaagacgagcgacaccaccgaaaaagtatcgtcgacctc
ggcgagtcaaacatgtcttcatcaaacacggggtcttccagcgtgataaaatcaacttct
tcccacagtatgcgctcgaagcgttcagcaagcacaataagatcgcgctcaaggtccata
gaggacgacgcggacaaccagatgctcgaggagctggataacatcgagagctccgacccg
gagactgccaccgaggtcgagatcagcgaaaagaccctcaagttcaagatttccacagag
ggcaacgtcgcgccctcctccaccggccgcagaagttaccccggcagcaggaaaggcagc
cgcgaaaaatcttctctagactatcacaaccatgatctcgccaaagccgtcagagatcac
gagcgcgagcgccggaaaagccgcggggagaatctcagcagcgacataagctctccggtg
agcgcgaggtccggagaagacaccaggattctggaagagttcgagagggacgaaattttg
tacgtagacgcgagaatgagcaaagaagacagcaaactttccgaagaaaacggaataatt
gagaagaacaaatcaaacaagcggatgagcgttgaaatggatgctagtaatattgggtcc
agtagttccagtagaattaatcgtaaagacttagtagttatgactgacgcgaatttaagg
tgctgctgcgacgacaaatcggcctctaataaccaccacaagtcacttttgtcgcggctg
aggaatctgaccgaccgtctgagcatcagctttgattcaaaggaccctccgatgactaaa
tcaaagcaccaccatcatatcgtcactaaaactctcactaaaagtaattctgtggtgagc
agtactgggaatagtggtggtaccagttctaatagctcgatgctaatttgtaagcggtgt
aatttaatgaaaagcactaaagagtcaaccagcagcagctctggaggaaacagcacagtc
gtcgcgctaacgagcatggacaaacgggcaatgaccctccctaagacccggaaatcccac
gacggaagaaccaaaagctggagaatggtatttactaaggaaaaaagaccgtcagcttct
ctggaagtgctcccagcgcatgacagctgtgaaaggtcgattgttaagcacaaaagaaat
cattctaatccggaggggaagttgacggtcactaaaagtagtaaagaggaaaaaaaatta
aatttcagcgagattaacgtcaggactggagctgtctccaataagccggacattgttgtc
catccgggaagctcttctgttgttgatgaagatattgataaagttgagatacgcagaagc
tcggctagtatggaggatatctcgaaaatcaccaagcaggaaccgacgctcttagggtct
ttggaggacaaaaattcggaggagatgcagcacacgggaagtcttgattccatgctgtat
aaggagtctactaagactactaagaaagcttttgtattcgcaagtccgtctactactaag
aaatcttctccgagcttgttttcaaggttcaagtccgggatgagtattgatgggagaagc
aacagtgggtctcttaatgaacagtcgaaccaacagtcgcccagctggatttcttcgttg
actgcgagctttcgtcctaaacgacatggtgatattgctggtccaacgtcacatcagttg
cactcgccgactcatgaagaagttaagtga
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