Coregonus clupeaformis (lake whitefish): 121549091
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Entry
121549091 CDS
T08357
Name
(RefSeq) ectonucleotide pyrophosphatase/phosphodiesterase family member 1 isoform X1
KO
K01513
ectonucleotide pyrophosphatase/phosphodiesterase family member 1/3 [EC:
3.1.4.1
3.6.1.9
]
Organism
cclu
Coregonus clupeaformis (lake whitefish)
Pathway
cclu00230
Purine metabolism
cclu00240
Pyrimidine metabolism
cclu00500
Starch and sucrose metabolism
cclu00740
Riboflavin metabolism
cclu00760
Nicotinate and nicotinamide metabolism
cclu00770
Pantothenate and CoA biosynthesis
cclu01100
Metabolic pathways
cclu01232
Nucleotide metabolism
Brite
KEGG Orthology (KO) [BR:
cclu00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
121549091
09104 Nucleotide metabolism
00230 Purine metabolism
121549091
00240 Pyrimidine metabolism
121549091
09108 Metabolism of cofactors and vitamins
00740 Riboflavin metabolism
121549091
00760 Nicotinate and nicotinamide metabolism
121549091
00770 Pantothenate and CoA biosynthesis
121549091
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04090 CD molecules [BR:
cclu04090
]
121549091
00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
cclu00537
]
121549091
Enzymes [BR:
cclu01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.4 Phosphoric-diester hydrolases
3.1.4.1 phosphodiesterase I
121549091
3.6 Acting on acid anhydrides
3.6.1 In phosphorus-containing anhydrides
3.6.1.9 nucleotide diphosphatase
121549091
CD molecules [BR:
cclu04090
]
Proteins
121549091
Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
cclu00537
]
Enzymes
121549091
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Phosphodiest
Somatomedin_B
Endonuclease_NS
Sulfatase
Metalloenzyme
Motif
Other DBs
NCBI-GeneID:
121549091
NCBI-ProteinID:
XP_041716857
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Position
33:complement(37539944..37602671)
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AA seq
884 aa
AA seq
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MEISKGDDHSTEHAANLLSSPGRDNQMSHSGQVHKKRSNNRMVIVAVMLLCLLITVISVI
FALKQRCDVKVTSCKNRCVTGSSDKSASCHCDLSCEKEGNCCLDYTEVCVDPGLRWTCSR
FRCGEERLADSLCSCSDDCVKAGDCCANYYSSCKVGVKSWIEEECEDIRTPQCPASFSKP
PLILVSMDGFRAGYLKDYGSLLPVINKLRNCGTTTPYMRPAYPTKTFPNHYTIVTGLYPE
SHGIVDNKMYDVTRNASFSLKVAEKFNAKWYQGEPVWLTAMYNKLKSATFFWPGADVAVN
GRFPDFYKMYDRNIPFEERISTIFQWLNLPQGERPDFYTLYLEEPDSAGHRYGPMSSQVI
EALLNVDKLLGFLMDGLKQKNLHHCVNLVLLSDHGMEEASCKKAAFVNSYQDNVDDFTVV
QGPAARIRPKKVPEDFYSFDYEGLVKNLSCRIPDQPMRPYLKEHLPKRMHFANNVRIERA
HLYMKPGWQAALQPKEIKYCSGGFHGSDNVFKNMQTIFIGYGPGLKYKTNVAPFENIEVY
NLLCDLLDVPPAPNNGTHGSLNHLLKNPPHLPVYPAELSSDSNCEASGPAPSDGLGCSCS
AHTKAAEKTMNRQLIKANSNSGAKALHLPYGIPRVLQENADYCVLHHADYINGYSKDTLM
PLWVAYTINPLNNVRPLSPVAEACVRTDVRVAPLSSQNCVRYRDNPALSYGLLHPPNLGA
NGTEAESLLTSNMAPMYPAFKDVWMYFHDVLLVKYSQQLNGVNVVSGPIFDQHYDGHFDA
PTVSTQHEAPIPTHFYVILTSCGNSSFSPTDCQGRLETTSFILPHRPDHTETCANGSDFQ
WVQEWAQFHAARVRDIELLTGLSFYHDRISVEETLQLKTFLQTF
NT seq
2655 nt
NT seq
+upstream
nt +downstream
nt
atggaaatatccaaaggggatgaccattcgactgagcatgctgccaatttactaagttca
cctggtcgagacaatcagatgagccacagtggacaggtccacaagaagaggtcgaacaac
cgtatggtaatcgttgcggtaatgttgctgtgcttgttgatcaccgtcatctcagtcata
tttgccttgaagcagcgctgcgatgttaaagtgactagctgtaagaacaggtgtgtgacg
gggagtagtgacaagtctgcatcgtgccactgtgacctgtcctgtgagaaagagggaaac
tgctgtcttgattacactgaggtgtgcgtagaccctggtctgcgctggacctgctccaga
ttccgctgtggtgaggaaaggttggccgatagcctgtgctcatgctctgatgactgtgtg
aaagcaggggactgctgtgcaaactactacagctcctgcaaagtgggagtgaagtcctgg
atagaagaggagtgcgaggacattcgaacaccacaatgtcctgccagtttttccaaaccc
cctctgatcctggtgtctatggatggcttccgggcgggttatttaaaggactatggcagt
cttcttccagtcatcaacaaattacgcaactgtggcaccactacgccgtacatgagacct
gcctatcccaccaagaccttccccaaccactacaccattgtgactggtctctatccagag
tcccatgggatcgtggacaacaagatgtacgatgtgacccgcaacgcctccttcagcctg
aaagtggctgagaaattcaacgccaaatggtaccaaggagaaccagtttggctcactgcc
atgtataataagctgaagtcagccacattcttctggccgggtgctgatgtggctgtcaat
ggaagattccctgacttctacaagatgtatgacaggaacatcccatttgaggagagaatc
tcaaccatatttcaatggctgaatttgcctcaaggggaaaggcctgatttctacactctg
tacctggaggaaccagactctgctggccaccgatacggaccaatgagcagtcaggtgatt
gaggccctgctgaacgtggacaagttgttgggatttctaatggacggcctgaaacagaag
aaccttcaccactgtgtcaacctggtgcttctgtctgaccacggaatggaggaagcatcc
tgcaaaaaggctgcattcgtgaactcgtatcaggacaacgttgacgacttcactgttgtc
caaggccctgctgcacgcatccgacccaagaaagtccctgaagacttctactccttcgac
tatgaaggcctggtgaagaatctatcgtgcaggatccctgaccagcccatgaggccctac
ctgaaagagcacctccccaaacggatgcacttcgctaacaatgtgcgcatcgagagggcc
catctctacatgaagcctggttggcaggctgctctccagcctaaggaaatcaagtactgc
agtggtggattccacggctcggataacgtcttcaaaaacatgcagacaattttcatcggt
tatggaccagggctgaaatacaagactaacgttgcaccttttgaaaacattgaagtctac
aacctactgtgtgatttgttggacgttccccctgctcctaacaacgggacccacgggagt
ctgaaccacctcctgaagaaccctccccacctgcccgtgtaccccgctgagctctcctct
gactccaactgtgaggcgagtggccccgccccctctgatggtctgggctgcagctgcagt
gcccacaccaaagcagcggagaagactatgaacaggcaacttatcaaggctaattccaat
tccggagccaaggctcttcacctaccatatggaatccctcgagttctccaggagaatgca
gactactgcgtccttcaccacgccgactacatcaacggttacagcaaagatactctcatg
cccttatgggttgcctatacaattaacccactgaacaatgtccggccgctgagtccagta
gcagaggcgtgtgtccgtacagacgtccgtgtggcaccgctctccagtcagaactgtgtc
cgatacagggataaccctgccctgtcctacggcctgctgcatccacccaatctgggtgcc
aatggaacagaggctgagtcattactcaccagcaacatggcgcccatgtatcctgccttt
aaagatgtttggatgtacttccatgatgtcctcctggtgaagtattcccagcagctgaat
ggggtcaacgttgtcagtggacctatctttgaccagcactacgacggacactttgatgct
cccacagttagcacacaacacgaggctcccatccccactcacttctatgtgatcctgacc
agctgtgggaactcatccttctcccctactgactgccagggtcgtctggagaccacctcc
ttcatcctcccccatagacctgaccacactgagacctgcgctaatggctcagacttccag
tgggttcaggagtgggcccagttccacgctgcccgggtccgagacatagagctcctgact
ggactcagcttctaccatgacaggatatcagtggaggaaacgctacagctcaagacattt
ttacagactttctaa
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