Eleginops maclovinus (Patagonian blennie): 134861525
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Entry
134861525 CDS
T09869
Symbol
ptprub
Name
(RefSeq) receptor-type tyrosine-protein phosphatase U isoform X1
KO
K16662
receptor-type tyrosine-protein phosphatase U [EC:
3.1.3.48
]
Organism
emac
Eleginops maclovinus (Patagonian blennie)
Brite
KEGG Orthology (KO) [BR:
emac00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
emac01009
]
134861525 (ptprub)
09183 Protein families: signaling and cellular processes
04515 Cell adhesion molecules [BR:
emac04515
]
134861525 (ptprub)
Enzymes [BR:
emac01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.48 protein-tyrosine-phosphatase
134861525 (ptprub)
Protein phosphatases and associated proteins [BR:
emac01009
]
Protein tyrosine phosphatases (PTPs)
Class I PTPs (Classical)
Receptor PTPs
134861525 (ptprub)
Cell adhesion molecules [BR:
emac04515
]
Immunoglobulin superfamily
Type II RPTP family
134861525 (ptprub)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Y_phosphatase
Fn3_PTPRU
MAM
fn3
PTP-SAK
DSPc
Tc-R-P
Ig_DSCAM-DSCAML_C
ig
Y_phosphatase3
Ig_3
Pur_ac_phosph_N
PTPlike_phytase
Ig_2
PTP_tm
I-set
Motif
Other DBs
NCBI-GeneID:
134861525
NCBI-ProteinID:
XP_063734864
LinkDB
All DBs
Position
3:14098946..14240704
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AA seq
1468 aa
AA seq
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MNTCAFLLILTVQIYADGIEGPTAAGCTFEEDSDPSLCDFTQGEEDDFDWLLFRTYSSPY
ASSDLLRGSYMLVNSSQHAVGHRAQLMLQTLSENDTHCVQFSYFLYSRDGHSPGALRAYV
RVNGGPLGSPVWNTSGSHTKQWHQVELAVSTFWPNEYQVLIEATVSRERRGYIAIDDIMV
LNYPCYKAPHFSRLGDEEVNAGQNATFQCVAAGRASEAEKFLLERHNGDILTTASVKHLS
HRRFVVSFQLDSVQRTDQDLYRCVTQSPRGSGVSNFAELVVKVPPSPIAPPQLLRAGSTY
LIIQLNTNSILGDGPIIRKEIEYRASQSPWSEVHGVNMVTYKLWHLEPDTEYHISVLLTR
PGEGGTGPPGPPLVSRTKCAEPMRALRGLTAVDMQSRQLSLQWENLAFNLTRCHTYSVSL
CYRYTTAGGGGGHNTTVRECLAVEHNASRFTLRDLPPYHGIHVRLSLANPEGKKEGREVT
FQTEEDIPGGIAPESLTFTPLDDMIFLKWEEPVEPNGLITQYEISYQSIESSDPGINVPG
PRRTVSKLKNETYHMFSNLHPGTTYLISVRARTVKGFGQTALTEITTNISAPTFDYGDMP
SPLSETESTITVLLRPAQGRGAPVSTYQVVVEEETVKKVKRELGLQECFPLPMSHGEAQA
RGTPHYYTAELPPSSIPEASPFTVGDNHTYNGYWNSPLDPRKSYLVYFQAMSNFRGESRI
NCIRIARKAACKDHRKALEVSQHSEEMGLILGVCAGGLVVLILLLGAIIIIIKKGRDYYS
YYPKPVNMNKTPITYRQEKSHMSSMERSFTDQSTLQEDERMALSFMDAHTCGTRSDVRSS
VNEASSLLGGSPRHQCGRKGSPYHTGQLHPAVRVADLLQHINQMKTAEGYGFKQEYESFF
DGWDCTKKKDKTKGRHDTLSGYDRHRVKLHPLLGDPNSDYINANYIDGYHRSNHFIATQG
PKQETLYDFWRMVWQENCFSIVMITKLVEVGRVKCCKYWPEDSEMYGDIKITLLKSETLA
EYTVRTFALERRGYSTKHEVRQFHFTSWPEHGVPYHATGLLAFIRRVKASTPPDAGPVVV
HCSVGAGRTGCYIVLDVMLDMAECEGVVDIYNCVKTLCSRRINMIQTEEQYIFIHDAILE
ACLCGETAILVNEFAVTYKEMLRVDSQSNSSQLREEFQTLNSVTPHLDVEECSIALLPRN
REKNRSMDVLPPDRALAFLVTTEGESNNYINAALADSFHRQAAFIVTPHPLPGTTADFWR
LVFDYGCTAVVMLNQLNQSNSAWPCVQYWPEPGLQQYGPMEVEFLSMSADEDVITRLFRV
KNVTRLQEGQLVVCQFQFLRWSAYRDVPDSKKAFLNLLAQVHKWQRECGEGRTVVHCLNG
GGRSGTLCACNILLEMIQYQNMVDIFYAVKTLRNCKPNMIESLDQYRFCYDLVLEYLDCF
EGTTALGPVPPLKSPVSLQSQCQSHRLT
NT seq
4407 nt
NT seq
+upstream
nt +downstream
nt
atgaacacctgcgcctttctgttgattttgactgttcagatctacgccgatggcatcgag
gggccaacagcggccggctgcacgttcgaagaggattcagaccccagtctgtgtgacttc
acccagggggaggaggatgactttgattggctgctgtttcggacgtacagttcaccttat
gccagttctgacctcctgcgaggatcctatatgctggtgaactcctcccagcatgccgtg
ggtcatcgtgctcagttgatgctgcagacgctgagtgaaaatgacacacactgcgtccag
ttcagctacttcctctacagccgtgatggtcacagtccaggggccctacgggcatatgtg
cgggtcaatgggggtccgctcggcagtccggtgtggaacacgtcggggtctcacactaag
cagtggcaccaggtggagctggctgtcagcaccttctggcctaatgaataccaggtactg
attgaggcaaccgtttccagagagcggcgaggatacattgccatagatgacatcatggtg
ctcaactacccctgctataaggcgccacacttctcaaggctaggagatgaggaggtcaat
gccgggcaaaacgctactttccagtgtgttgctgctggaagagcatctgaggctgagaag
ttcctgctggagagacacaatggggacattttaacaacagcatcagtcaagcacctgagt
cacaggcgctttgtggtatccttccagctagacagcgtccagcgaacagatcaagacctt
taccgctgcgtcacacagtctcccaggggctcgggggtatcaaactttgctgaacttgtt
gttaaagtacctccatcccccattgcgccaccccagctgttgcgagccggctccacttac
ctaatcatccagctcaacaccaactctatcctgggagatggccccattatcaggaaggag
attgagtaccgcgccagccagtctccatggtcagaggtgcacggagtcaacatggtcacc
tataagctgtggcacctggagccagacacagagtatcacatcagtgtgctgttgactcgg
cccggggagggaggaactggtcccccaggaccgcctcttgtgagcaggaccaaatgtgca
gagcctatgcgtgcacttcggggcctcacagccgtagatatgcagtccaggcagttgtct
ctgcagtgggagaatctggcgttcaacctgacacgctgccacacatactcagtgtccctg
tgctaccgctacaccacggcgggaggtggtggggggcacaacaccacagtgcgcgagtgc
ctggctgtggaacacaatgcctcacgcttcacgctgcgtgatctgccaccctaccacggc
atccatgtccgtctgtcacttgccaacccagaggggaagaaagaaggcagagaggtcact
ttccagaccgaggaggacattcccggaggcattgcgccagagtcactcaccttcaccccg
ctggatgacatgatcttcctgaagtgggaggagcctgtggagcccaatggccttataacc
caatatgagataagttaccagagcatcgaatcgtctgatcctggcatcaacgtcccggga
cccagaagaaccgtatccaaactgaagaatgagacctaccacatgttctcaaacctccat
ccgggaacaacttacctcatttcagttcgagcacgcacagtcaagggctttgggcagaca
gctctcactgaaatcaccaccaacatctcagctcccacttttgactacggagacatgcct
tcccccctgagcgagacagagagcaccattactgtcctgctgcgccccgcccaaggcaga
ggggcccctgtcagcacataccaagtggttgttgaagaggaaacggtgaagaaagtaaag
agggagctggggcttcaggagtgtttcccattgccaatgtcccacggggaggcgcaggcc
cgaggtacaccacactactacacagctgagctgccgcccagcagcatcccagaggccagt
cccttcactgtgggcgacaatcacacctacaacggctactggaacagccctttggaccca
cgcaagagctaccttgtctacttccaggctatgagcaacttcagaggggaatcaagaata
aactgcatccgcattgctcgcaaagcagcctgtaaggatcaccgcaaagctctggaggtg
tcccagcactcggaggagatgggtcttattctcggggtgtgcgctggaggtctggtggtg
ctcatccttctgttgggtgccattattatcatcattaagaaaggaagggactactactct
tactatccgaaaccagtgaacatgaataagacacccattacataccggcaggagaagagc
catatgagctccatggagcgcagtttcacagaccagagcactctgcaagaggatgaaaga
atggccctttccttcatggatgcgcacacctgcggcacacgcagtgatgtccgtagttca
gtgaacgaggccagcagcctgctggggggctccccgaggcaccagtgtggacgtaaaggc
tccccataccacacagggcagctccatcccgctgtcagagtggctgaccttttgcagcac
atcaaccagatgaagactgccgagggctacggctttaaacaggagtatgagagctttttt
gatggatgggactgcacaaagaagaaggacaaaaccaaagggaggcatgacacactgtcg
ggatatgaccgccacagagtcaagctccaccccctcctgggagaccccaactcagactac
attaacgctaactacatcgatggctaccatcgatccaaccacttcatcgccactcaggga
cccaagcaggagactctctatgatttttggcggatggtgtggcaggaaaattgtttcagc
atcgtcatgatcactaagctggtggaggttggcagggtgaaatgctgtaaatattggcct
gaagacagcgagatgtatggtgacatcaaaatcactctgcttaaatcagagacactggct
gaatacacagttcgcacctttgccttggagaggagaggatactcaaccaagcatgaggtg
cgtcagttccacttcacatcctggcctgagcacggggttccatatcacgccaccggactg
ttggcctttatacggagagtgaaagcgtctacgcctcctgacgccggccctgtggtggtc
cactgcagtgtgggggcgggccgcaccggctgctacattgtgctggatgtcatgttggac
atggctgagtgtgaaggcgtggtggatatctacaactgtgtcaaaaccctctgctcccga
cgcatcaacatgatccagacagaggagcagtatatcttcatccatgatgctattttggaa
gcctgtctgtgcggggagacggcgatcttggtaaatgagtttgcggttacttacaaagag
atgctgcgagtcgattcccagagtaattcctctcagctacgggaggagtttcagacgctc
aactctgtgactccccatctggatgtggaagagtgcagcatcgctctgttgcccagaaac
cgagagaagaatcgcagcatggatgttctgccgcctgatcgtgccctggccttcttggtt
acgaccgaaggggagagcaacaattacatcaacgctgctctcgctgacagcttccatcgg
caggctgcgttcattgtgacccctcaccctctgccagggactacagccgacttttggagg
ctggtcttcgactacggctgcacggcagtggtcatgctcaaccaactcaaccagtcaaac
tctgcctggccatgtgttcaatactggccagagcctggtttacagcagtacgggcccatg
gaggtggagtttctgtccatgtctgctgatgaagatgtcatcactcgtctgtttcgggtt
aagaatgtcacacggctccaagagggtcagctagtggtgtgtcagttccagttcctgcgc
tggtcggcgtatcgagatgttcccgactccaagaaggctttcctcaacctcctggctcaa
gtgcacaagtggcagagggagtgtggagaaggtcgcactgttgtccactgccttaacggc
ggtggtcgcagtgggaccctctgtgcctgcaacattctccttgagatgatccagtaccag
aacatggtggacatcttctatgcggtcaaaactctacgcaactgcaaacccaacatgata
gagtccctggaccaatatcgattctgctatgaccttgtcctggagtacttggactgcttt
gaagggaccacagcactgggcccggtgccaccactgaagagtcctgtctcattacagtcg
cagtgccaatcccatcgactgacttga
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