Anguilla anguilla (European eel): 118227346
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Entry
118227346 CDS
T07545
Name
(RefSeq) receptor-type tyrosine-protein phosphatase eta-like isoform X1
KO
K05698
receptor-type tyrosine-protein phosphatase eta [EC:
3.1.3.48
]
Organism
aang
Anguilla anguilla (European eel)
Pathway
aang04520
Adherens junction
Brite
KEGG Orthology (KO) [BR:
aang00001
]
09140 Cellular Processes
09144 Cellular community - eukaryotes
04520 Adherens junction
118227346
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
aang01009
]
118227346
09183 Protein families: signaling and cellular processes
04090 CD molecules [BR:
aang04090
]
118227346
Enzymes [BR:
aang01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.48 protein-tyrosine-phosphatase
118227346
Protein phosphatases and associated proteins [BR:
aang01009
]
Protein tyrosine phosphatases (PTPs)
Class I PTPs (Classical)
Receptor PTPs
118227346
CD molecules [BR:
aang04090
]
Proteins
118227346
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
fn3
Y_phosphatase
Pur_ac_phosph_N
PTP_tm
Ig_DSCAM-DSCAML_C
CRLF2-like_D2
FN3_Tor_3rd
Interfer-bind
Ig_J
PTP-SAK
Tc-R-P
Y_phosphatase3
PTP-NADK
PTPlike_phytase
DSPc
Motif
Other DBs
NCBI-GeneID:
118227346
NCBI-ProteinID:
XP_035273583
LinkDB
All DBs
Position
5:complement(53421963..53465101)
Genome browser
AA seq
2094 aa
AA seq
DB search
MRRPQSVETVSLKTLLVMLVFLKVSKGVLGCTGCTFNKTISTSEIIISGASDCTMSSSAV
LQRNTPKGKDLHVSGLVPGRSYDLTLNCPIECCIQFTTKPDVIRGLTFSQITTSSVRLSW
TAPQGNSSFYRVGWNNSAVSMNITTNETSVDITGLTAGAQYTFYIVAVAEDRLSEGGSVN
ETQYTRPNVIKSLSVTHVTTETVSLSWTEPEGNCSFYRVEWDDNTVPMNKTTNETSVDIT
GLTAGAQYVFRVVAVAADNQTAGDSVSETQYTRPDVIRNLSVTHITTETVSLNWTEPEGN
SLFYRVEWDDSTVSVNKTTEQTSVVITGLTAGAQYVFRVLAVAADNQTAGDSVNKTQYTR
PDVIRNLSVTHFTTETVSLNWTEPEGNSSFYRVEWDDNTVPVNKTTNETSVVITGLTAGA
QYVFRVLAVAADNQTAGDSVNKTQYTRPNVIKNLSVTDVTTATVSLNWTEPEGNSSFYRV
EWDDNTVSMSKTTNETSVVVTGLTAGAQYVFRVLAVAADNQTAGGSVSETQYTRPDVIRN
LSVTHVTTETVSLNWTEPEGNSSFYRVGWNNSTVSVNKTTEQTSVVITGLTAGAQYVFRV
VAVAADNQTAGDSVSKTQYTKPDVISNLSVTHVTTETVSLSWTAPQGNSSFYRVEWGEST
VSMSKTTNETSVVITGLTAGAQYVFRVVAVAADNQTAGGSVSETQYTRPEKVVIVSKQTG
NSSLGIAWEQLGKASATSYEVNLNLTNSAPQIQKNLSTTGMEANISGLSPGRIYDITVTS
VAGSFKNTSDIFQFATKPNPPQSIKTNQTNYSISVTWKTPLGMDGLTGISYNISYQSRSD
WNHISVSENNVTLSPLSPGTEYSITLETMGPQNLRSTSVHLPVYTAPDSPSDVKAVGTTT
NMTVTWSSSGGSSYNVTICNSSAVQIDSRTVPSVQPVLFSNLRPGRLYNVSVFVLSGPHQ
KSEMITNATYPNPPKAIKVVEQTTGSINISWGRPLDMDLGQYSFTVFISSPNLMTADNWT
RLDNLTSGTPYNISVVTVGPLGYQSMPVRILATTRPYPVRQLRGAAINTSSILLIWDQLE
PKDGYTYNVTVAYPNGTLKKLRVNSTTVHIGGLQSGYNHTFTITTLAADGTAADPWSISL
FTKPDPIGGLKAVTLNTTTVYLNWTRPQGTQSDYSYRVETTGCTSAPKNQSENRESAYVT
DLRSGSNCTFTVYSRVGKDTEGKPVSTSQYTKPEKLTPTVSPGGNDSITVSWQTPKGTVE
KYVVNLTSSDGESSTQELSSTVRSHKFSGLMAAEVYSVKLNTISGPFTEESEPVSNATYP
NQPGQITLKERTTNFMFLEWGEAPGNGSFNYSVFYLPAANTTITQHCNTVNLSDLAPGTA
YNISVSTVGPLGFTSLPVRIQVTTRPESVRSLEVNSTSAEEITVQWEATRYRYKVAAANS
SDETDQTHYRVRNLTPGTQYTVNVTTLACDGTEGIQKSVTNCTDAAPVTDLSCKGPNQTD
AVLVLSWSKPRGANLGFEVLLDNSRSPEQTNSSSHNVTDLFYNTEYNVMVWTLGCGKKSV
VTEKVCKTGITAPPAPDTADVSITEKEHDKFTLRLSRALFNETHGPIVNYGVLVTSDRRS
LSVENNSLLKTYLNKTYDKWTEGSTTTYLAILKDSESRKRNSGNDLVVVVGDGTKFGLYR
NGPLTSKTYSFAVVTFTYLEIKDKLVSIEKSFFSISKFYKEEISLPVNPVVVGGAVGGTL
GALLILFLATVIAAVCWKKLSEGKSSDVPIYSMRAKVSVPVKVENYEAYYKQHRADSNCG
FAEQFENLKPVGVAQAKAYAIIPENKGKNRYNNVLPYDSSRVKLSVNGTPHDDYINANYM
PGYNSRKEFIAAQGPLPSTLNEFWRMIWEKNVHTVVMLTRCNEQGRVKCEQYWPSGTQQY
GNIAVKTASDIRLEDWTIRDFSVKNLKTAETRNVRQFHFTAWPDHGVPETTELLINFRHL
VREHMDQYSLYSPTVVHCSAGVGRTGTFIAIDRLIFQIEHDSIVDVYGVVHDLRMHRPLM
VQTEDQYVFLNQCALDIIRSRTGTNVDLIYQNTAALSIYENFEPMKPKNGYHNA
NT seq
6285 nt
NT seq
+upstream
nt +downstream
nt
atgaggcgaccacagtcagtcgaaacggtgtctttaaagacacttctcgttatgctcgta
tttttgaaggtctcaaagggggtgctaggctgcactggatgtacatttaataaaacaata
tcaacatctgaaataatcatatctggggcaagcgactgtacaatgagctcttcggcggta
ctccaaagaaatactccaaagggcaaggacctccatgtgtcaggactagtgcctggaaga
tcatacgacttaacgttgaactgtcctatcgaatgctgcatacagtttacaacaaaacct
gatgtcatcaggggtctcaccttctctcaaatcaccacgtcatctgtgcgtctgagctgg
actgcacctcaaggaaatagctcattttatagagtagggtggaataacagcgctgtatct
atgaatataaccaccaatgaaacgtctgtggacataaccggtctgaccgctggagctcag
tacaccttttatattgttgcggtcgctgaagacaggctttctgagggaggctctgtcaat
gagacgcagtacacaagacccaatgtcatcaagagcctctctgtcactcacgtcaccacg
gaaactgtgtctttgagctggactgagccggagggaaattgctcattttatagagtagag
tgggatgacaacactgtacctatgaataaaaccaccaatgaaacgtctgtggacataacc
ggtctgaccgctggagctcagtatgtgttcagagttgttgcggttgctgcagataatcaa
actgcgggagattctgtcagtgagactcagtacacaagacctgatgtcatcaggaacctc
tctgtcactcacatcaccacggaaactgtgtctttgaactggactgagccggagggaaat
agcttgttttatagagtagagtgggatgacagcactgtatctgtgaataaaaccacagaa
caaacgtctgtggtcataaccggtctaaccgctggagctcagtatgtgttcagagttctt
gcagttgctgcagataatcaaactgcaggagattctgtcaataagactcagtacacaaga
cctgatgtcatcaggaacctctctgtcactcacttcaccacggaaactgtgtctttgaac
tggactgagccggagggaaatagctcgttttatagagtagagtgggatgacaacactgta
cctgtgaataaaaccaccaatgaaacgtctgtggtcataaccggtctaaccgctggagct
cagtatgtgttcagagttcttgcagttgctgcagataatcaaactgcaggagattctgtc
aataagactcagtacacaagacccaatgtcatcaagaacctctctgtcactgacgtcacc
acggcaactgtgtctttgaactggactgagccggagggaaatagctcattttatagagta
gagtgggatgacaacactgtatctatgagtaaaaccaccaatgaaacgtctgtggtcgta
accggtctgactgctggagctcagtatgtgttcagagttcttgcagttgctgcagataat
caaactgcaggaggttctgtcagtgagactcagtacacaagacctgatgtcatcaggaac
ctctctgtcactcacgtcaccacagaaactgtgtctttgaactggactgagccggaggga
aatagctcattttatagagtagggtggaataacagcactgtatctgtgaataaaaccacc
gaacaaacgtctgtggtcataaccggtctgaccgctggagctcagtatgtgttcagagtt
gttgcggttgctgcagataatcaaactgcgggagattctgtcagtaagactcagtacaca
aaacctgatgtcatcagcaacctctctgtcactcacgtcaccacggaaactgtgtctttg
agctggactgcgccgcagggaaatagctcattttatagagtagagtggggtgagagcact
gtatctatgagtaaaaccaccaatgaaacgtctgtggtcataaccggtctgaccgctgga
gctcagtatgtgttcagagttgttgcggttgctgcagataatcaaactgcaggaggttct
gtcagtgagactcagtacacaaggccagagaaagtggtgattgtgtctaagcaaacagga
aatagcagcctgggcattgcctgggaacagctagggaaggccagtgctacctcttatgag
gtaaacctgaacctgacaaactctgccccccaaattcaaaaaaatctaagtacaactgga
atggaagccaacatttctggattgagccccgggaggatctacgacattactgtgacttca
gtcgctggatctttcaaaaacacttctgacattttccaatttgccactaaacccaaccca
cctcaatccattaaaacaaatcaaacaaattactccatctcagtcacatggaagacccct
ctgggcatggatggacttacggggatcagctacaacatcagctaccagagccgcagtgat
tggaaccacatcagtgtttcagagaacaatgtcaccctctcccccctgtcccccgggaca
gaatacagcattaccctggagactatgggacctcagaacctgagaagcacaagtgtccac
cttcctgtgtacactgcacctgactctccatcagatgtgaaggctgttggtactacgacg
aatatgactgtgacctggagttcaagtgggggcagttcctacaatgttacgatctgcaat
agcagtgctgtgcagatagacagcagaactgtgccatccgttcagccagtgttgttctcc
aatctgaggccgggacggctgtacaacgttagtgtctttgtcctcagtgggccccaccag
aagtcagaaatgataacaaatgcaacatatcctaatccacctaaagccattaaagtggtg
gagcagaccactggatccattaacatcagctggggcagaccactggacatggacctgggc
cagtatagcttcactgtgttcatatccagtcccaacctaatgactgcagacaactggact
cgcttggataaccttacatctggaaccccctataacatctccgtggtcaccgtgggacca
ttgggataccagagcatgccagtccgcatattagccaccaccaggccctatcctgtgagg
cagctgcggggagcagcgatcaatacatccagtatcttgctgatttgggatcagctggaa
ccaaaggacggttatacgtacaacgtcacagtggcataccccaacggcaccctgaaaaaa
ctaagagtgaacagtaccactgtgcacataggtggactgcagtcagggtacaatcacact
ttcaccatcacaaccctggcagccgatggcaccgcagccgacccttggtccatcagttta
ttcacaaagcctgatcccattgggggattaaaggctgtcacgctgaacaccaccactgtg
tacctgaactggactcgacctcaggggacccagtctgactactcttacagggtggagacc
actgggtgcacatctgccccaaagaaccaatcggagaacagggagagtgcttatgtcaca
gatctgagatcagggtccaactgcaccttcacagtgtattcccgggttgggaaggacact
gagggaaagcccgtttcaacctctcaatacacaaagcctgagaaactaacacccacagtt
tcacccggaggcaatgattccatcaccgtgtcatggcaaactcccaaaggcaccgtagaa
aagtatgtggtaaacttgaccagcagtgatggcgagagctcaacacaggaactgagctcc
actgtccggtctcacaagttctctggcctgatggctgcggaggtgtactccgtgaagctg
aatacgatcagtgggcccttcactgaagaatcggagccggtttcaaacgcaacctatcca
aaccagcctggacaaatcacattaaaggagaggaccaccaacttcatgttcttagaatgg
ggtgaagcccctggcaatggctctttcaactacagtgtgttctacctgccagctgccaac
accaccatcacccaacactgtaacactgtcaatctgtcagacctggcacctgggaccgcc
tacaacatctccgtctccactgttggtccactgggcttcaccagcctgccagtccggatc
caggtcacaactagaccagagagtgttcgatctcttgaagtgaattcaacatctgcagaa
gagatcactgtacagtgggaagctaccagataccgctacaaagtggctgcagcaaactcc
tcagatgaaacggaccagacacattatcgagtgaggaatctcactcctggaactcagtac
actgtcaacgtaacaacgctggcatgtgatgggacagagggaatccagaaatctgtgaca
aactgcacagacgcggctccagtgactgatctgagctgcaaggggcccaaccagactgat
gccgtgctcgtgctctcatggtcgaaacccaggggcgccaacctagggttcgaggttctt
ctggacaacagcaggagtccggaacagaccaacagcagctcccacaacgtgacagatctc
ttttacaacactgagtacaatgtgatggtctggaccctcggttgtgggaaaaaaagtgta
gtcactgagaaggtctgcaagacgggtatcacagctccgcctgctcctgacactgcggac
gtgtccatcactgaaaaggagcacgacaaatttactctgcgactgagccgcgccctcttc
aatgagacccatggcccaatcgtgaactacggcgtactggtgacgtcagatcggcggagc
ctgtctgtcgaaaataattctttgctgaagacctacttaaataaaacctacgataaatgg
acagaagggagcaccactacatacctggccattttaaaggattctgagagcagaaaacgt
aatagtggaaatgaccttgttgttgtcgtgggagatggcactaagtttggcctgtatcgc
aatggaccacttacatctaaaacgtacagttttgctgttgttacctttacctatctggaa
ataaaagacaaactggtgtctattgagaaatccttcttctccatatccaagttttataaa
gaagaaataagcctaccagtaaatccagtggtcgtcggtggtgctgtaggcggaactctt
ggagctctgctgatccttttcttggcgacagtgattgcagctgtctgctggaaaaaactt
tccgaaggaaaatcttcagatgtccctatttactctatgagagcaaaagtgagtgttcct
gtgaaagtggagaactacgaggcttactacaagcagcaccgggcggattccaactgtggc
tttgctgagcaatttgagaatctgaaacccgtgggcgtggctcaggccaaggcctatgca
ataatcccggagaacaaaggaaagaatcgctacaacaacgttctgccctacgattcttca
cgcgtcaaactgtcagtcaatggaaccccgcatgatgattacatcaatgccaactacatg
ccgggctacaactccagaaaggagttcattgcagcgcaaggtcctctgcccagcacattg
aacgagttctggaggatgatctgggagaagaacgttcacactgtggtgatgctgacaaga
tgcaatgagcagggacgggtgaaatgcgaacagtactggccctctgggacccaacaatac
ggcaacattgcggtgaagaccgcctctgacatccgtctggaagactggactatacgggac
ttcagtgtaaagaatctgaagacggcggagacccgcaacgttcgccagttccacttcaca
gcctggccggaccacggggttcccgaaaccacagagctgctcatcaatttcaggcacctg
gtgagagagcacatggaccagtactccctctactccccgactgtggtgcactgcagtgcc
ggagtagggcgaacaggaaccttcatcgccatagatcggttgatcttccagattgaacac
gacagcattgtggacgtgtacggcgtcgtccacgacctgcgcatgcacagacccctcatg
gtccagacagaggaccagtatgttttcctaaaccagtgtgccctggacatcatcaggtct
aggactgggaccaacgtggacctcatctaccagaacacagcggcactgtccatttatgag
aactttgaaccaatgaagccaaaaaatggctaccacaatgcctaa
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integrated database retrieval system
