Salmo trutta (river trout): 115201744
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Entry
115201744 CDS
T08542
Name
(RefSeq) cAMP and cAMP-inhibited cGMP 3',5'-cyclic phosphodiesterase 10A-like isoform X1
KO
K18438
cAMP and cAMP-inhibited cGMP 3',5'-cyclic phosphodiesterase 10 [EC:
3.1.4.17
3.1.4.35
]
Organism
stru
Salmo trutta (river trout)
Pathway
stru00230
Purine metabolism
stru01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
115201744
Enzymes [BR:
stru01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.4 Phosphoric-diester hydrolases
3.1.4.17 3',5'-cyclic-nucleotide phosphodiesterase
115201744
3.1.4.35 3',5'-cyclic-GMP phosphodiesterase
115201744
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Gene cluster
GFIT
Motif
Pfam:
PDEase_I
GAF
GAF_2
GAF_3
SpoVT_C
HD
DUF7334
HD-CE
Motif
Other DBs
NCBI-GeneID:
115201744
NCBI-ProteinID:
XP_029621471
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All DBs
Position
10:42619793..42775614
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AA seq
1030 aa
AA seq
DB search
MEDGPSSTSCFRRITDCFLGSSLTDDQVKAYLSLHPQMLDEFVSESVSSETLDRWHKRKS
SGSLPADDTSSAKEGSRQYQDSNMQKVVHDLTSCLEQRLDTEGDTKLLLYDLCTIIKTAT
KADGFALYFMGECNNSVCLFKPTVAEDGPPTLIPAGPITFGTTIAAHVATTRKTLLVEDI
TGDQRFPEGTGQDSDSGIHVHSVLCLPILTAIGDLIAILELHRHWGNEPFNTSNQEVATA
SLAWASVAIHQVQVCRGLAKQTELNDFLLEVSKTYFDNIVAIDSLLEHIMIYAKNLVNAD
RCALFQVDHNNNELYSDLFDIGEENEGKPVFRKTKEIRFSIEKGIAGQVARTGEVLNIPD
AYADPRFNREVDLYTGYTTRNILCMPIVSRGTVIGVVQMVNKLSGSAFTKTDENNFKMFA
VFCALALHCANMYHRIRHSECIYRVTMEKLSYHSICTSEEWKTLTQLDLPTPLYKEIELF
HFDISQFEELWPAVFVYMVHNSCGETSFELEKLCRFTMSVRKNYRRVPYHNWKHAVNVAH
CMYAILQKTTGIFTEIEKKGLLIACLCHDLDHRGYSNTYLQKFDHPLAALYSTSTMEQHH
FSQTVSILQLEGHNIFSNLTSSEYEQVLEVIHKAIIATDLALYFGNRKQLAELLSTGALD
LNNHQHRDRVIGLMMTACDLCSVTKLWPITRLTANDIYAEFWAEGDEMKKIGMQPIPMLD
RDKKEEVPQGQVGFYNAVALPCYTTLSELFPPSGPLLQACKENLGQWEKIVNGEEEDSGV
RGVWSPSDPVDPRAEPVDPRAEPVDPRVESVDPRAESVDPRAEPVDPRAEPVNPRAEPVD
PRAEFVNPRAEPVDPRAEFVDPRAEPVDPRAEPVDPRVEPVDPRVEPVDPRAESVDPRVE
FVDPRVESVDPRVELVDPRAEPVDPRVELVDPRAEPVDPRAEPVDPRVEPVDPRAEPVDP
RVEPVDPRAESVDPRVESVDPRVEFVDLRAEPVDPRAEPVDPWVEPVDPWVEPSTEEPSN
PDSGPVKVDN
NT seq
3093 nt
NT seq
+upstream
nt +downstream
nt
atggaagatggtccgtcttcgaccagctgttttcgaaggatcacggactgttttctggga
tcaagtctgacggatgaccaagtgaaggcgtatctctcccttcaccctcagatgctggat
gagtttgtatcggagagcgtgagttcagagactctggacagatggcacaagaggaagagc
agcggtagtctgcctgcagatgacacgtcatcagctaaagaaggcagcaggcagtaccag
gacagcaacatgcagaaggtggtgcatgacctcaccagttgtctggaacagcggctggac
actgagggagacacaaagctgctgctctatgacctgtgtaccatcatcaaaacagccaca
aaagcagatggatttgccctttatttcatgggagaatgtaacaatagtgtgtgtttgttt
aaaccgacggtggctgaggacggtcctcccaccctcatcccagctggcccgatcacgttt
ggaaccaccatcgccgcacacgtggccacaacacgcaaaacactgctagtagaggacatc
acaggggaccagcgtttcccagaaggcacaggtcaggattcagactcagggattcatgtt
cactctgtcctgtgcctccccatcctcacggccattggtgacctcatagctatcctggag
ctgcatcggcactggggcaacgagcccttcaataccagcaaccaggaggttgcaacggcg
agtttagcttgggcatctgtagctattcaccaagtacaggtgtgcagaggcctagccaaa
cagactgagctcaatgactttctactagaagtgtcaaaaacgtactttgacaacattgtg
gcaatagattctctacttgaacatataatgatatatgcaaaaaacctggtgaatgcagat
agatgtgcactattccaggtggaccacaataacaatgaactgtactcagacctgtttgac
atcggggaggagaacgaaggcaaacctgtcttcaggaaaaccaaagagattaggttttct
atagagaaaggtatagcgggccaagtagcacggacgggggaggtccttaacatcccagac
gcctatgcagacccacgctttaacagagaggtggacctctatacgggatacaccacgcgg
aacatcctatgcatgcccatcgtttccagggggaccgtaataggggtcgtacagatggtt
aacaagctgagtggaagtgccttcaccaaaacagacgagaacaacttcaagatgttcgcc
gtcttctgtgctctagccttacactgtgccaacatgtaccaccggatcaggcactctgag
tgtatctacagggtaaccatggagaagttgtcctaccacagtatctgtacatcagaggag
tggaagaccctcacacagctggacctgcctacgcccctatacaaagagatagaactgttt
cattttgacattagtcagtttgaggagctgtggccggctgtctttgtttacatggtccac
aactcatgtggagagaccagttttgagttggagaagttgtgcaggttcacaatgtctgtg
aggaagaattatcgccgtgttccctaccacaactggaaacacgcggtgaacgtggctcac
tgtatgtacgccatactgcagaagaccactggcatcttcactgagatagagaagaagggt
ctgctgatagcctgtctatgtcatgatctggaccatcgaggatatagtaacacctacctg
caaaagtttgaccatcctctagctgccctgtacagcacatcaactatggagcagcaccac
ttctcccagactgtatccatcctccagctggaagggcacaatattttctccaacctgact
tccagtgagtacgagcaagttctagaggtcatccacaaggccatcatcgctacagatctg
gcgctctacttcggcaaccgcaaacagctagctgaactactgagcacgggagcactggac
ctgaacaaccaccaacacagggaccgtgtgattggtctgatgatgacagcatgtgacctg
tgttccgttaccaagctgtggccaatcacgcgactcacagccaatgatatctacgctgag
ttctgggccgagggggatgagatgaagaagataggtatgcagcccatccctatgctggac
agagataagaaagaagaggttcctcaggggcaggtggggttctacaatgctgttgcactt
ccatgttatactaccttatctgagctcttccccccttctggtccacttctacaagcctgc
aaggagaaccttggccagtgggagaagatagtgaatggagaggaggaggacagtggagtg
agaggagtgtggtctccatcagatcctgttgaccccagggcagagcctgttgaccccagg
gcagagcctgttgaccccagggtagagtctgttgaccccagggcagagtctgttgacccc
agggcagagcctgttgaccccagggcagagcctgttaaccccagggcagagcctgttgac
cccagggcagagtttgttaaccccagggcagagcctgttgaccccagggcagagtttgtt
gaccccagggcagagcctgttgaccccagggcagagcctgttgaccccagggtagagcct
gttgaccccagggtagagcctgttgaccccagggcagagtctgttgaccccagggtagag
tttgttgaccccagggtagagtctgttgaccccagggtagagttagttgaccccagggca
gagcctgttgaccccagggtagagttagttgaccccagggcagagcctgttgaccccagg
gcagagcctgttgaccccagggtagagcctgttgaccccagggcagagcctgttgacccc
agggtagagcctgttgaccccagggcagagtctgttgaccccagggtagagtctgttgac
cccagggtagagtttgttgacctcagggcagagcctgttgaccccagggcagagcctgtt
gacccctgggtagagcctgttgacccctgggtagagcccagcacggaggaaccatcgaac
cctgactcaggccctgtgaaggtggacaactga
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