Sander lucioperca (pikeperch): 116061010
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Entry
116061010 CDS
T07345
Name
(RefSeq) receptor-type tyrosine-protein phosphatase H
KO
K18034
receptor-type tyrosine-protein phosphatase H [EC:
3.1.3.48
]
Organism
sluc
Sander lucioperca (pikeperch)
Brite
KEGG Orthology (KO) [BR:
sluc00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
sluc01009
]
116061010
Enzymes [BR:
sluc01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.48 protein-tyrosine-phosphatase
116061010
Protein phosphatases and associated proteins [BR:
sluc01009
]
Protein tyrosine phosphatases (PTPs)
Class I PTPs (Classical)
Receptor PTPs
116061010
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Y_phosphatase
fn3
MtxA_IG-like
Fn3_Dep-1_4th
Pur_ac_phosph_N
PTP-SAK
Tc-R-P
DSPc
PTPlike_phytase
Y_phosphatase3
TM_ErbB1
PTP-NADK
Motif
Other DBs
NCBI-GeneID:
116061010
NCBI-ProteinID:
XP_031170686
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All DBs
Position
22:complement(13246545..13257059)
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AA seq
1205 aa
AA seq
DB search
MVKNVTVLRQNESSITLMWDKVNNISTYFLQYDKKEDSINAVKGSSVEHVVTSLSPGRKY
KFTLITAFEGINSTGYTFEAVTVPLNAENFTSAGQNETSITLQWKKVKDILNYTLEYNRT
VINISASPGLENVDQTISELTSGTKYNFTLFTVFETVRSSGVIYSAATAPEMVKNVTVLR
QNESSITLTWDKVNNISTYFLQYDKKEESSNAVEGSSVEHVVTSLSPGRKYNFTLITAFE
GISSTGYTFEAVTAPLNAENFTSAGQNEISITLQWTKVDGFPNYILKFNEKEINVPTSEG
NSVTQIISDLTNTTKYIFTLFTVFETVRSSGVNITAFTAPRNVNNVTVLTQNESSISLTW
DKVNNISTYFLQYDKKEDSSNAVEGSSVEHVVTSLSPGRKYNFTLITAFEGISSTGYTFE
AVTAPLNAENFTSAGQNEISITLQWTKVDGFPNYILKFNEKEINVPTSEGNSVTQIISDL
TNTTKYIFTLFTVFETVRSSGVNITAFTAPRNVNNVTVLTQNESSISLTWDKVNNISTYF
LQYDKKDSSNAVEGSSVEHVVTSLSPGRKYNFTLITAFEGISSTGYTFEAVTVPSKVALV
NVTERSVNSITLMWTKVKKDWGYFIQINEENYQVRPNTTINVVSYPITSLKPGTEYRFSV
ITVFSDLNSTAYKGFTVTAINCTDVAWRVTNSSIKGLIKGLFSNATATYHSQTHVSPEGE
NVSFTGLYPGATYEVSLVYERDSTFFLQCSHKLTIFPPYLSAHCEYWAAGYSVSVVWNKP
DGVWTSVEVNVTGKTHIVSENMEQHLIISGVLPARKYEVSLASLSGTVRSSDPFVFSCLT
DPRGVIAGSVFAVLLFGVLVCLAVFIFLKRPDIISRKKPFIGGSRQSNKKCKAISVAKFP
DHFYQLCADENRGFSQEYESLVPVGTEQTKKAAILPENKPKNRFNNVQPYDWCRVKLTTS
NLNNTSDYINASYMPGYNSKSEYIASQGPLPSTVNEFWRMIWEQKVKGIVMVTNCTEGGR
TKCERYWPADSKPCPYGELSVTIRSEQQEPDWTLREFRVKHMNSAERTVKHFHFTAWPDH
GVPQGTEVLIQFRGLVRQHIEREGDGAPTVVHCSAGVGRTGTLIALDVLLQQLEKERAVG
IHGFVHKMRLSRPYMVQTESQYVFLHQCIMDCLQPNEKTEEHIYENADMIYANATALREL
RQTNA
NT seq
3618 nt
NT seq
+upstream
nt +downstream
nt
atggttaagaatgtgactgtgttgagacaaaatgagagcagtataactctgatgtgggac
aaggttaacaacatctcaacatacttcctacaatatgataagaaggaggactctatcaac
gcagtgaaagggtcatcagttgaacatgtggttacctccctgagtcctggaagaaaatat
aagttcactctcatcactgcgtttgagggaatcaacagcactggatacacatttgaagct
gtcactgtgccccttaatgcagaaaatttcacatcagctggacaaaatgagaccagcata
actctgcagtggaaaaaagtgaaggacatcctcaattatacacttgagtacaatagaaca
gtgataaatatctctgcatcaccggggttagaaaacgtggatcaaacaatctcggagctc
acaagtgggactaaatacaacttcactctcttcactgtgtttgaaactgtcagaagcagc
ggagtaatatactctgcagccactgctcctgaaatggttaagaatgtgactgtgttgaga
caaaatgagagcagtataactctgacgtgggacaaggttaacaacatctcaacatacttc
ctacaatatgataagaaggaggaatctagcaacgcagtggaagggtcatcagttgaacat
gtggttacctccctgagtcctggaagaaaatataacttcactctcatcactgcgtttgag
ggaatcagcagcactggatacacatttgaagctgtcactgctccccttaatgcagaaaat
ttcacatcagctggacaaaatgagatcagcataactctgcagtggacaaaagtggatggc
tttcccaactatatccttaagttcaatgaaaaagagataaatgtcccaacatcagaggga
aattcagtgacacaaataatttcagatctcacaaatacaacgaaatacatcttcactctc
ttcactgtgtttgaaactgtcagaagcagtggagtaaacatcactgcatttactgctcct
agaaatgtgaataatgtgactgtgttgactcaaaatgagagcagtatatctctgacgtgg
gacaaggttaacaacatctcaacatacttcctacaatatgataagaaggaggactctagc
aacgcagtggaagggtcatcagttgaacatgtggttacctccctgagtcctggaagaaaa
tataacttcactctcatcactgcgtttgagggaatcagcagcactggatacacatttgaa
gctgtcactgctccccttaatgcagaaaatttcacatcagctggacaaaatgagatcagc
ataactctgcagtggacaaaagtggatggctttcccaattatatccttaagttcaatgaa
aaagagataaatgtcccaacatcagagggaaattcagtgacacaaataatttcagatctc
acaaatacaacgaaatacatcttcactctcttcactgtgtttgaaactgtcagaagcagt
ggagtaaacatcactgcatttactgctcctagaaatgtgaataatgtgactgtgttgact
caaaatgagagcagtatatctctgacgtgggacaaggttaacaacatctcaacatacttc
ctacaatatgataagaaggactctagcaacgcagtggaagggtcatcagttgaacatgtg
gttacctccctgagtcctggaagaaaatataacttcactctcatcactgcgtttgaggga
atcagcagcactggatacacatttgaagctgtcactgttccctcaaaggtggctttggtc
aatgtgactgaacgctctgtgaacagcataaccctgatgtggacaaaagtgaaaaaagac
tggggctactttatccaaattaatgaggaaaattaccaagttcgcccaaatacaaccatt
aatgttgtgtcctatccaatcacgtctcttaagcctggaacagagtatcgattcagcgtg
atcacggtgttctctgatctcaacagcactgcttacaaaggctttacagtaacagccata
aactgtaccgatgtagcctggcgtgttactaactcatcaatcaaaggactgattaaaggc
ttgttctcgaatgcaacagccacctatcactcgcaaactcatgtcagtcctgaaggtgaa
aatgtgtcatttaccggcctttaccctggtgcgacctatgaagtgtctcttgtgtacgaa
agagattcaacattctttctgcagtgtagccacaagctgacaatctttcctccatattta
agtgctcactgtgagtactgggcagcgggctattctgtctccgttgtctggaataaaccg
gatggtgtgtggacttcagtggaagtgaacgtgactggaaaaactcacatagtgtctgaa
aatatggaacagcatctcataatatctggagtcctaccggccagaaaatatgaggtgtct
ttagcttcactgtctgggaccgtaaggagttctgacccatttgttttttcgtgtcttact
gatccgagaggagtcattgcagggtctgtatttgctgtgctgctttttggtgtcctggtc
tgtctggctgtcttcatttttttgaaaagaccagatatcatcagcagaaaaaagccattc
attggtggttccagacaatccaataaaaagtgcaaagctatttctgtggcaaagtttcca
gaccacttctaccaattatgtgcggacgagaacagaggtttcagccaggaatatgagagc
ctcgttcctgttggcacagagcaaacaaaaaaggcagctattctacctgagaacaaaccg
aagaatcgtttcaacaatgtccagccatatgactggtgtcgggtgaagctaactacatcc
aatctcaataatacctctgactacattaatgccagttacatgccaggctacaacagcaaa
agcgagtacattgccagtcagggtcctctgccctccacagtcaatgaattctggaggatg
atctgggaacaaaaggtgaaaggcatcgtcatggtaaccaactgcactgagggaggacgg
actaagtgtgaacgatactggcctgcagacagtaagccttgcccttacggagagctgtcg
gtcaccatcagatctgagcagcaggagcccgactggacactgagggaatttagagtgaaa
catatgaactcagcggagcgcacagtgaaacattttcacttcactgcctggcctgaccat
ggagtcccacagggcacagaagtcctgatccagttcagaggactggtgagacagcacata
gagagagaaggggatggagcaccaactgtggttcactgcagtgctggagtggggaggaca
ggcactctcattgccctggatgtgctgcttcagcagctagagaaagaaagagcagtgggc
atccatggctttgtgcacaagatgagactgagccgaccatacatggtgcaaacagagtcc
cagtatgtttttctgcaccaatgcatcatggactgtctgcagccaaatgagaagactgaa
gagcacatatatgagaatgcagacatgatatacgccaatgccactgcactccgagaactt
cgtcaaacaaatgcctaa
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