Glossina fuscipes (tsetse fly): 119644694
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Entry
119644694 CDS
T09630
Name
(RefSeq) cAMP-specific 3',5'-cyclic phosphodiesterase isoform X1
KO
K13293
cAMP-specific phosphodiesterase 4 [EC:
3.1.4.53
]
Organism
gfs
Glossina fuscipes (tsetse fly)
Pathway
gfs00230
Purine metabolism
gfs01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
gfs00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
119644694
Enzymes [BR:
gfs01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.4 Phosphoric-diester hydrolases
3.1.4.53 3',5'-cyclic-AMP phosphodiesterase
119644694
BRITE hierarchy
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Ortholog
Paralog
GFIT
Motif
Pfam:
PDEase_I
PDE4_UCR
DUF2690
Motif
Other DBs
NCBI-GeneID:
119644694
NCBI-ProteinID:
XP_037900312
UniProt:
A0A9C5ZR57
LinkDB
All DBs
Position
Unknown
AA seq
1186 aa
AA seq
DB search
MRLAKISSTKILKNGAQKTEQQPGNQPQNNDYSNKSQGGKVKRISGPLSLLSSSNSGSYR
NSLPSVVNANSQSFGNGSCISLPSVANSNTLSKRALGGIIGKRRKSKTTKCFSSTVFRCC
LPCRGGSGSAAPATSPPHTPTLHSPNGNTCEIKSRKHSRKSSDLPDVDESFLAAAAASLK
KHSLADTINTSATTPISLKTLINDEEEDLEAPQLSAVDIATATLASGILPRKAEPETLSD
TSISPTAAVVQIAAGSASASSLLSTTTSLLSATATGTATQPSPIVPPSKASETTILATGT
IASTIVSTASTAVAVATAAAGTTPPRCCCPPQTSPLPHIKEEEESEQLFNRQHSTGRDDD
YTESSSERPQLDQLLPYTTNPSGSSESCTSLSATTAGCTTQDFNTSTPSPRIKLKFRKQH
KAGWSRIILTSGATSYAANSSDTLASTGSNTNNSSSISAATVSATIGAHHQNRLISSLTS
ALGVPQSSSSQLLPASKMQAEQGSIGDLQKYHSRYLKNRRHTLANVRFDVENGQTARSPL
EGGSPSAGLVLQNLPQRRESFLYRSDSDFEMSPKSMSRNSSIASERFKEQEASILIDRSH
GEDLIVTPFAQILASLRSVRNNLISLTNVPAPNKSRRPTQTSLGRSSTAGMQLNQGDEAY
TRLATDTIEELDWCLDQLETIQTHRSVSDMASLKFKRMLNKELSHFSESSRSGNQISEYI
CSTFLDKQQEFDLPSMRVEENVEHSAMPIPQQRSRSPRGPPMSQISGVKRPLSHTNSFTG
ERLPTYGVETPHEAALGQHLAELDTWGIDIFKIGDLSKNRPLTCVAYTIFQSRELLTSLM
IPPKNFLNFMTTLEDHYVKDNPFHNSLHAADVTQSTNVLLNTPALEGVFTPLEVGGALFA
ACIHDVDHPGLTNQFLVNSSSELALMYNDESVLENHHLAVAFKLLQNQGCDIFCNMQKKQ
RQTLRKMVIDIVLSTDMSKHMSLLADLKTMVETKKVAGSGVLLLDNYTDRIQVLENLVHC
ADLSNPTKPLSLYKRWVGLLMEEFFLQGDKERESGMDISPMCDRHNATIEKSQVGFIDYI
VHPLWETWADLVHPDAQDILDTLEENRDYYQSMIPPSPPPSATEEQTTGTDDKIRFQVTL
EESDQENLAELEEGDETAGERGDDNMTTAVESKPSGSQNQSHNAGM
NT seq
3561 nt
NT seq
+upstream
nt +downstream
nt
atgcgtttagcgaaaatttcaagtacaaaaatattgaaaaatggtgcacaaaaaacagaa
caacaacccggtaatcagccgcaaaacaatgattactcaaataaatctcaaggcggaaag
gttaagcgcatcagcggaccccttagtctcctcagtagttcgaatagtggaagttaccgc
aatagtttaccaagtgtagttaatgccaattcgcagagctttggcaacggtagctgcatt
tctttgccatccgtcgcgaattccaacactctcagtaaacgtgcgcttggtggtattatt
ggaaaacgacgtaaatctaagacaacaaagtgttttagtagcacagtgtttcgctgttgc
cttccttgtcgcgggggcagcggctcagcagcccccgctacaagtcccccacacacgcct
accttgcacagcccaaacggcaatacttgtgaaataaaatcccgtaagcattcaagaaaa
tccagtgacttacccgacgttgatgaatctttccttgctgcagcagctgcatcactaaag
aaacattctttggctgacactataaacacttcagctactactcctatatcattaaaaact
ttaataaacgacgaagaggaagacttggaagcaccacagctgagtgcggttgatatcgca
accgctactctagcatcgggcattttacctcgcaaagcagagcctgaaacactcagtgat
acaagcatatcgccaacggcagctgttgtacaaatagccgcaggttcggcttctgctagt
tcattactctccaccacaacctcattgctgtcggcaacagctaccggtaccgcgacacag
ccttctccaattgttccgccttctaaagcgagcgaaactactatattagctactggtaca
atagcgtcaaccatagttagcactgcgtcaacggcagttgcagtagctacagccgcagcg
ggtactacaccaccgcgttgctgctgtccaccgcagacctcacctttaccccatatcaaa
gaagaagaagagtctgaacaattatttaatcgccaacatagcactggtcgagacgacgac
tacacagagtcttcttctgaacgaccgcaacttgatcaactattaccttataccaccaat
cctagtggtagcagtgagagttgcacctcactctcagcgaccactgccggttgtacaaca
caagactttaatacatctacaccgtcgccccgcattaagctcaaatttcgtaaacaacat
aaggcgggctggtcacgcattatcttaacttccggtgccaccagctatgctgctaattca
agtgataccttagcttccacaggtagtaacacgaataatagcagtagtattagtgcagca
actgtcagtgctactattggtgctcatcatcaaaatcgtttaatttcatcactgacctca
gcacttggggttccgcaatcgtccagttcgcagttattgcctgccagcaaaatgcaagcc
gaacagggctcaatcggtgatttacaaaagtatcacagtcgctacttgaagaatcgacgg
catacgctggcaaatgttcgtttcgatgtagaaaatggccaaactgcaagatctccgctt
gaaggcggctcaccaagcgccggtttggtattgcaaaatcttccgcaacgtcgcgaatcg
tttctatatcgttccgattcagattttgaaatgtcaccaaaatctatgtcccgcaattca
agcattgctagcgaaaggtttaaagagcaggaggcctctatcttgattgacagatcccat
ggcgaggatctcattgtgacaccatttgcccaaattttagccagtttacgttcagtacgc
aataatttaataagtctgacaaatgttccggcacctaataaatctaggcgaccaacacaa
acatcattgggacgctcctctaccgcgggtatgcaattaaatcaaggcgatgaagcatat
acacgtttggccaccgataccatcgaagaactagattggtgtttggatcaattagaaacg
atacaaacgcatcgtagcgtctcggatatggcttcactcaagttcaaacgcatgcttaac
aaagagctatcgcactttagtgaatccagccgatccggaaatcaaatttcagaatacatt
tgttcaacatttttggataaacaacaagaattcgatttgccgtcaatgcgagtcgaagag
aatgttgaacatagcgcaatgccaatacctcagcaacgtagtcgttcgccgcgtggccct
cccatgtctcaaatatctggcgttaaaagaccattatcgcacacaaactcattcactggt
gaacgtttgcccacctatggcgttgaaacgccacacgaagccgcgttgggtcaacatttg
gccgaattggatacatggggtattgatatctttaaaattggcgatttaagtaaaaatcgc
ccactcacctgtgtagcctatacaatatttcagagtagagaattactgaccagtcttatg
ataccaccgaaaaattttcttaattttatgactactctggaggaccattatgttaaagac
aatccgtttcataattcattgcatgcggccgatgtgacacaaagcacaaatgtgctgtta
aatactcccgctttagaaggtgtctttacaccgctggaagtgggcggtgctttatttgca
gcctgtatacacgatgttgatcatcctggtttaactaatcaatttttagttaattcaagt
tccgaattagccttaatgtataatgacgaatctgtattggaaaatcatcatttagcggtt
gcctttaaactattacaaaatcaaggatgtgatatattttgtaatatgcaaaagaaacaa
cgtcaaacattaagaaaaatggttattgatattgtattatcaactgatatgtccaaacac
atgagtcttttagccgatttgaaaactatggtagaaactaagaaggtagccggttctggt
gtattattgctggacaattatacagatcgcatacaggttcttgagaatctagtccactgt
gccgatttaagtaatccgacgaaacccttgtccctctataaacgctgggtcggtctctta
atggaggaattctttttgcaaggtgataaagaacgtgaatcgggcatggatattagtccc
atgtgtgatcgtcataatgccacaatcgaaaaatcgcaggtcggctttatcgattatatt
gtgcatccgctatgggaaacttgggccgatttggtacatccagatgcccaagatatttta
gatacgcttgaagagaatagagactattatcaaagtatgataccgccatcaccaccacca
tcagccacagaagagcaaacaacgggaacagacgataaaatacgttttcaagtaactcta
gaagagtcagatcaagaaaacttggcagaattagaagaaggtgatgaaactgccggtgaa
agaggtgatgacaatatgacaacagcggttgaaagtaaaccatcggggagtcaaaatcaa
tctcataacgctggaatgtga
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