Salvelinus fontinalis (brook trout): 129817661
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Entry
129817661 CDS
T11136
Symbol
enpp1
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
sfon Salvelinus fontinalis (brook trout)
Pathway
sfon00230
Purine metabolism
sfon00240
Pyrimidine metabolism
sfon00500
Starch and sucrose metabolism
sfon00740
Riboflavin metabolism
sfon00760
Nicotinate and nicotinamide metabolism
sfon00770
Pantothenate and CoA biosynthesis
sfon01100
Metabolic pathways
sfon01232
Nucleotide metabolism
Brite
KEGG Orthology (KO) [BR:
sfon00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
129817661 (enpp1)
09104 Nucleotide metabolism
00230 Purine metabolism
129817661 (enpp1)
00240 Pyrimidine metabolism
129817661 (enpp1)
09108 Metabolism of cofactors and vitamins
00740 Riboflavin metabolism
129817661 (enpp1)
00760 Nicotinate and nicotinamide metabolism
129817661 (enpp1)
00770 Pantothenate and CoA biosynthesis
129817661 (enpp1)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04090 CD molecules [BR:
sfon04090
]
129817661 (enpp1)
00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
sfon00537
]
129817661 (enpp1)
Enzymes [BR:
sfon01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.4 Phosphoric-diester hydrolases
3.1.4.1 phosphodiesterase I
129817661 (enpp1)
3.6 Acting on acid anhydrides
3.6.1 In phosphorus-containing anhydrides
3.6.1.9 nucleotide diphosphatase
129817661 (enpp1)
CD molecules [BR:
sfon04090
]
Proteins
129817661 (enpp1)
Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
sfon00537
]
Enzymes
129817661 (enpp1)
BRITE hierarchy
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
Phosphodiest
Somatomedin_B
Sulfatase
Endonuclease_NS
Motif
Other DBs
NCBI-GeneID:
129817661
NCBI-ProteinID:
XP_055729102
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Position
20:29126510..29190175
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AA seq
886 aa
AA seq
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MEISKADDLSTEQAANLLGSPGRDNQMRQSGQVHKKRSKNRMVIVAVLLLCLLMITVIVV
VFALKQRCDVKVTSCKNRCVTGSRDKSASCHCDLSCEKEGNCCLDYTEVCVEPGQRWTCS
IFRCGEERLANGLCSCSDDCVNSGDCCANYYSSCKVGVKSWIEEECEDIQTPQCPAGFSK
PPLILVSMDGFRAGYLKAYGSLLPVISKLRNCGTSTSYMRPVYPTKTFPNHYTIVTGLYP
ESHGIVDNKMYDVTRNASFSLKIPEKYNAKWYQGEPVWFTAMDNNLKSATFFWPGSDVAV
NGRLPDFYKKYDRNIQFEERITTIFQWLNLPQGERPDFYTLYMEEPDAAGHRYGPMSSQV
IEALLNVDRLLGLLMDGLKQKNLHRCVNLVLLSDHGMEEASCKKAAFVNSYQDNIDDFTV
IQGPAARIRPKNLPEDFFSFDYEGLVKNLSCRSPDQPMRPYLKEHLPKRMHFANNVRIEK
AHLYMKPGWQAALRPEEVKYCTGGFHGSDNIFKNMQAIFISYGPGLKYKTQVAPFENIEV
YNLLCDLLDVPPAPNNGTHGSLNHLLKNPPHRPVYPAELSSNSTCVASGLAPSDHLGCSC
STRTKAAEKIMNRQLIKDISNSGTKALHLPYGIPRVLQENSEYCVLHHADYINGYSKDTL
MPLWVAYTINPLNNVQPLSPVAEACVRADVRVAPLFSQNCVRYKDNPALSYGLLHPPNLG
ANGTEAESLLTSNIAPMYPAFKDVWTYFHDVLLVKYSQQLNGVNVMSGPIFDQHYDGHFD
TPTVSAPQHEAPIPTHFYVILTSCGNSSFSPADCQGPLETTSFTLPHRPDHTETCANGSD
FQWVQEWAQFHASRVRDIELLTGLSFYHNRISVEETLQLKTFLQTF
NT seq
2661 nt
NT seq
+upstream
nt +downstream
nt
atggaaatatccaaagcagatgacctttcgactgagcaggctgccaatttactaggttca
cctggtcgagacaatcagatgagacagagtggacaggtccataaaaagaggtcaaagaac
cgcatggtcatcgttgcggtactgttgctctgcttgctgatgatcactgtcatcgtggtc
gtatttgccttgaagcagcgctgcgacgttaaagtgacgagctgtaaaaacaggtgtgtg
acgggcagcagggacaagtctgcatcgtgccactgtgacctgtcctgtgagaaagaggga
aactgctgtctggattacactgaggtgtgcgtggagcctggtcagcgctggacctgttcc
atattccgctgtggtgaggagaggttggccaatggcctgtgctcctgctcagatgactgt
gtgaactcaggggactgctgtgcaaattactacagctcctgcaaagtgggagtgaagtct
tggatagaagaggagtgtgaggacattcaaacaccacaatgtcctgccggtttttccaaa
ccccctctgatcctggtgtctatggatggcttccgggcaggttatttaaaggcctatggc
agtcttcttccagtcatcagcaaattacgcaactgtggcacttctacctcgtacatgaga
cctgtctaccctaccaagaccttccccaaccactacaccattgtgactggcctctatcca
gagtcccatgggatcgtggacaacaagatgtatgacgtgacccgcaacgcatccttcagt
ttgaaaattcccgaaaaatacaatgccaaatggtaccaaggagaaccagtttggttcact
gccatggacaataacctgaagtcagccacattcttctggccgggctctgatgtggcagtc
aatggaagattacctgacttctataagaagtatgacaggaacatccaatttgaggagaga
atcacaaccatatttcaatggctgaacttgcctcaaggggaaaggccagatttttacact
ctgtacatggaggaaccagacgctgccggccaccgatacggaccaatgagcagccaggtg
attgaggccctgctaaacgtggacaggttgttaggacttctaatggacggcttgaaacag
aagaaccttcaccgctgtgtcaacctggtgcttctgtctgaccacggaatggaggaagct
tcctgcaaaaaggctgcatttgtaaactcgtaccaggacaacattgacgacttcactgtc
atccaaggccctgccgcgcgaatccgacctaagaacctcccagaagacttcttctccttc
gactatgaaggcctggtgaagaatctgtcgtgcaggagccctgaccagcccatgaggccc
tacctcaaagagcacctccccaaacggatgcactttgctaacaacgtgcgcattgagaag
gcccatctctacatgaagcctggctggcaagcagctctacgacctgaggaagtcaagtac
tgcactggtggattccacggctcggataacatcttcaaaaacatgcaggccatttttatc
agttatggaccagggctgaaatacaagacccaagttgcaccttttgaaaacattgaagtc
tacaacctcctgtgtgatttgttggacgttccccctgctcctaacaacgggacccatggg
agtctgaaccacctcctgaagaaccctcctcaccgccccgtgtacccagctgagctctcc
tctaactccacctgtgtggccagtggccttgccccctctgaccacctgggctgcagctgc
agcacccgcaccaaagcagcggagaagattatgaacaggcaactcatcaaagacatttcc
aattccggaaccaaggctcttcacctaccatatggaatccctcgagttctccaggagaat
tcagagtactgtgtcctgcaccatgccgactacatcaacggttacagcaaagatactctc
atgcccttatgggtcgcctacacaattaacccactgaacaatgtccagccactgagtcca
gtagcggaggcctgtgtccgtgcagacgtccgtgtggcgccgctcttcagccagaactgt
gtcagatacaaggacaaccctgcgctgtcctacggcctgctgcatccacccaatctgggt
gccaatggaacagaggcagagtcactactcaccagcaacattgcgcccatgtaccctgct
tttaaagatgtttggacgtacttccatgacgtcctcctggtgaaatattcccagcagctg
aatggggtcaacgttatgagtggacctatctttgaccagcactacgacggacactttgac
actcctacagttagcgcaccacaacacgaggctcccatccccactcacttctatgtgatc
ctgaccagctgtgggaactcttccttctcccctgctgactgccagggtcccctggagacc
acctccttcaccctcccccatagaccagaccacactgagacctgtgctaatggctcagac
ttccaatgggtccaggagtgggcccagttccatgcttcccgggtccgagacatagagctc
ctgactggactcagcttctaccacaacaggatatcagtggaggaaacgctacagctcaag
acatttttacagactttttaa
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