Salmo salar (Atlantic salmon): 100380852
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Entry
100380852 CDS
T04363
Symbol
enpp3
Name
(RefSeq) ectonucleotide pyrophosphatase/phosphodiesterase family member 1
KO
K01513
ectonucleotide pyrophosphatase/phosphodiesterase family member 1/3 [EC:
3.1.4.1
3.6.1.9
]
Organism
sasa
Salmo salar (Atlantic salmon)
Pathway
sasa00230
Purine metabolism
sasa00240
Pyrimidine metabolism
sasa00500
Starch and sucrose metabolism
sasa00740
Riboflavin metabolism
sasa00760
Nicotinate and nicotinamide metabolism
sasa00770
Pantothenate and CoA biosynthesis
sasa01100
Metabolic pathways
sasa01232
Nucleotide metabolism
Brite
KEGG Orthology (KO) [BR:
sasa00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
100380852 (enpp3)
09104 Nucleotide metabolism
00230 Purine metabolism
100380852 (enpp3)
00240 Pyrimidine metabolism
100380852 (enpp3)
09108 Metabolism of cofactors and vitamins
00740 Riboflavin metabolism
100380852 (enpp3)
00760 Nicotinate and nicotinamide metabolism
100380852 (enpp3)
00770 Pantothenate and CoA biosynthesis
100380852 (enpp3)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04090 CD molecules [BR:
sasa04090
]
100380852 (enpp3)
00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
sasa00537
]
100380852 (enpp3)
Enzymes [BR:
sasa01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.4 Phosphoric-diester hydrolases
3.1.4.1 phosphodiesterase I
100380852 (enpp3)
3.6 Acting on acid anhydrides
3.6.1 In phosphorus-containing anhydrides
3.6.1.9 nucleotide diphosphatase
100380852 (enpp3)
CD molecules [BR:
sasa04090
]
Proteins
100380852 (enpp3)
Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
sasa00537
]
Enzymes
100380852 (enpp3)
BRITE hierarchy
SSDB
Ortholog
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Gene cluster
GFIT
Motif
Pfam:
Phosphodiest
Somatomedin_B
Sulfatase
Endonuclease_NS
Metalloenzyme
DUF3377
Motif
Other DBs
NCBI-GeneID:
100380852
NCBI-ProteinID:
XP_014060142
UniProt:
A0A1S3S730
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All DBs
Position
ssa06:complement(47468735..47552163)
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AA seq
884 aa
AA seq
DB search
MEISKEDEHSTEHAANLLGSPGRDKQVRHSGQVHKKRSNNRMVVVVVVLLCLLITVITVI
FALKQHCNVKVTSCKNRCVTGSSDKSASCHCDLSCEKEGNCCLDYTEVCIDPGQRWTCSR
FRCGEQRLADSLCSCSDDCVKAGDCCANYYSTCKVGVKSWIEEECEDIQTPQCPDSFSKP
PLILVSMDGFRAGYLKAYGSLLPVINKLRNCGTTTPYMRPAYPTKTFPNHYTIVTGLYPE
SHGIVDNKMYDVTRNASFSLKVAEKFNAKWYQGEPVWLTAMYNKLKSATFFWPGADVAIN
GRFPDFYKMYDRNIPFEERISTIFQWLNLPQGERPDFYTLYLEEPDSAGHRYGPMSSQVI
EALLNVDRLLGFLMDGLKQKNLHHCVNLVLLSDHGMEEASCKKAAFVNSYQDNVDGFTVV
QGPAARIRPKRVPEDFYSFDYEGLVKNLSCRIPDQPMRPYLKEHLPKRMHFANNVRIERA
HLYMKPGWQAALQPKEIKYCSGGFHGSDNVFKNMQTIFIGYGPGLKYKTNVAPFENIEVY
NLLCDLLDIPPAPNNGTHGSLNHLLKNPPHLPVYPDELSSDSTCEASGPAPSDNLGCSCS
ARTKAEEKTMNRQLITANSNSGAKALHLPYGIPRVLQENADYCVLHHANYVNGYSKDIIM
PLWVAYTINPLNNVQPLSPVAEACVRTDVRVAPLSSQNCVRYRDNPALTYGLLHPPNLGA
NGTEAESFLTSNMVPMYPAFKDVWMYFHDVLLVKYSQQLNGVNVVSGPIFDQHYDGHFDA
PTVSTLHEAPFPTHFYVILTSCGNSSFSPADCQGRLETTSFILPHRPDHTETCANGSDLQ
WVQEWAQFHAARVRDVELLTGLSFYHDRISVEETLQLKTFLQTF
NT seq
2655 nt
NT seq
+upstream
nt +downstream
nt
atggaaatatccaaagaggatgaacattcgactgagcatgctgccaatttactaggttca
cctggtcgagacaagcaggtgagacacagtggacaggtccacaagaagaggtcgaacaac
cgcatggtagtcgttgtggtagtgttgctgtgcttgttgatcaccgtcataacagtcata
tttgccttgaagcagcactgcaatgttaaagtgacgagctgtaagaacaggtgcgtgacg
gggagcagtgacaagtctgcatcgtgccactgtgacctgtcttgtgagaaagagggaaac
tgctgtcttgattacactgaggtgtgcatagaccctggtcagcgttggacctgctccaga
ttccgctgtggtgagcaaaggttggccgatagcctgtgctcatgctcagatgactgtgtg
aaagcaggggactgctgtgcaaattactacagcacctgcaaagtgggagtgaagtcctgg
atagaagaggagtgcgaggacattcaaacaccccaatgtcctgacagtttttccaaaccc
cctctgatcctggtgtctatggatggcttccgggcaggttatttaaaggcctatggcagt
cttcttccagtcatcaacaaattacgcaactgtggcaccactaccccgtacatgagacct
gcctatcccaccaagaccttccccaaccactacaccattgtgactggtctctatccagag
tcccatgggatcgtggacaacaagatgtacgatgtgacccgcaacgcctccttcagtctg
aaagtggctgagaaattcaacgccaaatggtatcaaggagaaccagtttggctcactgcc
atgtacaataagctgaagtcagccacattcttctggccgggtgctgatgtggccatcaat
ggaagattccccgacttctacaagatgtatgacaggaacatcccattcgaggagagaatc
tcaaccatatttcaatggctgaatttgcctcaaggggaaaggcctgatttctacactctg
tacctggaggaaccagactctgctggccatcgatacggaccaatgagcagtcaggtgatt
gaggccctgctgaacgtagacaggttgttgggatttctaatggatggcctgaaacagaag
aacctacaccactgtgtcaacctggtgctcctgtctgaccacggaatggaggaagcttcc
tgcaagaaggctgcattcgtgaactcataccaggacaacgtggatggcttcactgtcgtc
caaggccctgctgcacgaatccgacccaagagagtccctgaagacttctactcctttgac
tatgaaggcctggtgaagaatctgtcgtgcaggatccctgaccagcccatgaggccctac
ctgaaagagcacctccccaaacggatgcacttcgctaacaacgtgcgcatcgagagggcc
catctctacatgaagcctggttggcaggcagcactccagcctaaagaaatcaagtactgc
agtggtggattccacggctcggataacgtcttcaaaaacatgcagaccattttcatcggt
tatggaccagggctgaaatacaagactaacgttgcaccttttgaaaacattgaagtctac
aacctcctgtgtgatttgttggacattccccctgctcctaacaacggaacccacggtagt
ctgaaccacctgctgaagaaccctccccacctccctgtgtacccagatgagctctcctct
gactccacctgtgaggcgagtggccctgccccctctgacaatctgggctgcagctgcagc
gcccgcaccaaagcagaggagaagactatgaacaggcaactcatcacggctaattccaat
tccggagccaaggctcttcacctaccatatggaatccctcgagttctccaggagaatgca
gactactgcgtccttcaccacgccaactacgtcaacggttacagcaaagatattatcatg
cccttatgggtcgcctatacaattaacccactgaacaatgtccagccactgagtccagta
gcagaggcctgtgtccgtacagacgtccgtgtggcaccgctctctagtcagaactgtgtc
agatacagagataaccctgccctgacctacggcctgctgcatccacccaatctgggtgcc
aatggaacagaggcagagtcattccttaccagcaacatggtgcccatgtatcctgccttt
aaagatgtttggatgtacttccatgatgtcctcctggtgaaatattcccagcagctgaat
ggggtcaatgttgtcagtggacctatctttgaccagcactacgatggacactttgatgct
cccacagttagcacactacacgaggctcctttccccactcacttctatgtgatcctgacc
agctgtgggaactcgtccttctcccctgctgactgccagggtcgtctggagaccacatcc
ttcatcctcccccatagacctgaccacactgagacctgtgctaatggctcagacttacag
tgggttcaggagtgggcccagttccacgctgcccgggtccgagatgtagagctccttact
ggactcagcttctaccacgacaggatatcagtagaggaaacattacagctcaagacattt
ttacagactttctaa
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