Aquarana catesbeiana (American bullfrog): 141111676
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Entry
141111676 CDS
T11018
Name
(RefSeq) receptor-type tyrosine-protein phosphatase eta-like
KO
K05698
receptor-type tyrosine-protein phosphatase eta [EC:
3.1.3.48
]
Organism
acat Aquarana catesbeiana (American bullfrog)
Pathway
acat04520
Adherens junction
Brite
KEGG Orthology (KO) [BR:
acat00001
]
09140 Cellular Processes
09144 Cellular community - eukaryotes
04520 Adherens junction
141111676
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
acat01009
]
141111676
09183 Protein families: signaling and cellular processes
04090 CD molecules [BR:
acat04090
]
141111676
Enzymes [BR:
acat01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.48 protein-tyrosine-phosphatase
141111676
Protein phosphatases and associated proteins [BR:
acat01009
]
Protein tyrosine phosphatases (PTPs)
Class I PTPs (Classical)
Receptor PTPs
141111676
CD molecules [BR:
acat04090
]
Proteins
141111676
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
fn3
PTP_tm
Interfer-bind
FN3_Tor_3rd
Ig_ILCR1
Fn3_Dep-1_2nd
Ig_J
Pur_ac_phosph_N
Fn3_ELFN
Fn3_PTPRU
Motif
Other DBs
NCBI-GeneID:
141111676
NCBI-ProteinID:
XP_073459926
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All DBs
Position
LG11:complement(27950567..28018962)
Genome browser
AA seq
1111 aa
AA seq
DB search
MVQMTMVPCPGQVSAVTLNNYHSTNTLGVTWTAAGGRVDSYSISITGVVSKTTQTNSTQT
NFTGLLPGSLYTVTVQTNTGNCSQTSMSVMEATYPTPPGSIAFPMIGTKNVTLSWGDPVN
MTGVMKSYNITYWNSSSSIIAGPVRSDNTNVTLQNLMSGFNYTISVLTVGALGYKSTSVI
GLVCTKPISVTSPQIVAKATNSMSLNWTQPDEYQSSYTYRVQTNVTSSSTLINNTIVSSA
SAAIGILTAGETYTFLIYTISACNCTESDPVSIADCTLPGQAVGAAASSNTSVNSLFVSW
TAPQGKVSNYNVTITEYVNNTMQTGTIQPNMTQVNFTGLLPGRVYNVTIVTVSSSCSLAA
PWLSQATFPTAPGSINFTMIGTKDVTLSWGDPVNMTGVVKSYNITYWNSSSPSIISGTVI
SNTTYVTLQNLISGTNYSVSVVTVIPWGYQSTSVIGSVCTKPISVKLPQIVAKTTNSMSL
NWTQPDEYQSSYTYRVQTNVTSSSTLINNTIVSSASATIGILTVGETYTFTIYTISACNI
ESDPVSITDCNLAGQDVGATVNSYTSVNSLVVNWTAPEGKMSYYNVTITGDVNNLIKTDT
TQVTFNGLSPGREYNVTILSVSGSCSQAAPWLTQATYPTPPGSINFTMIGTKNVTLSWGD
PVNMTGVVKSYNITYWNSSSPSIISGTVISNTTNVTLQNLISGTNYSVSVVTVIPWGYQS
TSVIGSVCTIPGQASAITVNNYELVDSLVVNWTAPAGKVSKYVVSITGDVNGTLETNSLS
VKFLKLLPGRSYVIIIQTFSGDCTNTAPPVTEATYPTPPQSLNFNSVGSDSITVSWEDPA
NMTGLAMSYNIIWNSTSISGTVISNAPTVNLQSLASGTNYTITVLTVGAREHQSTPLTGW
IFTSPLEQPGSIKVVRSTSGDAMDVTFQGFDTSNGPIVAYAIIVTTDLNAKSPEGVLAKT
YNDFKNGTTKTYVTSIIVQKLQRVSRSSEISAHVGDGSETHGYVNGPLDPTLQYRVSVAG
FTRVNYDPTTGTINEDQSTATITSFSGSPSVTTTTVTTTTKATSASTKPNYTNATATTSN
TGTRHGQHICGLPPSHFQLVIYAVCILLFHL
NT seq
3336 nt
NT seq
+upstream
nt +downstream
nt
atggtgcagatgactatggttccatgtcctggacaagtttctgccgtcacactgaataat
taccattcaacaaacactctgggagtaacctggacggcagctggtggaagagtggattcg
tatagtatcagtataacaggagtggtatcaaaaacaacacaaaccaattctacgcaaaca
aatttcaccggattactgcccggcagtttatatactgtcactgtacagacaaataccggg
aactgcagccagacatcaatgtcggtcatggaggctacatatcccaccccaccaggtagc
atagcctttcctatgataggaactaagaatgtcaccttatcttggggagatccagtaaat
atgaccggagtgatgaagtcatataatatcacttattggaattcttcttcttcgatcatt
gctggacctgtgagaagcgacaatactaatgtcacccttcaaaacttgatgtcggggttc
aattacaccatctctgtgctgacagtcggagctctggggtataagagcacgtctgtgatt
ggattggtctgtacaaaaccgatatctgtgacatcaccgcagattgttgccaaagctacc
aattctatgtccctgaactggacacaaccagacgagtatcagagctcatacacctacagg
gtgcagaccaatgtaacctcatcatctacactgataaataatacaatcgtgagcagtgca
tcggctgcaataggaattctgacagcaggagagacgtatacattcctgatatatacaata
tctgcctgtaactgcactgaatcagaccccgtgtctatagctgactgcacccttcccgga
caagctgtcggtgccgcagcgagcagtaacacatcggtgaattctctgtttgtgagctgg
accgcaccacaaggaaaagtgtctaattataacgtcactataacagaatatgtcaataac
acaatgcagactggcacaatacagcctaacatgacgcaagtaaattttactggattatta
ccaggaagagtctacaatgtaacaatagtgacagtcagcagttcctgcagcctggcagcc
ccttggctgtcacaggccacatttccaaccgcaccgggcagcataaactttactatgata
ggaactaaggatgtcaccttatcttggggagatccagtaaatatgaccggagtggtgaag
tcatataatatcacttattggaattcttcttctccttcaatcatttctggaactgtgata
agcaacacaacatatgtcacccttcaaaacttgatatcggggactaattacagtgtctct
gtggtgacggtcataccctgggggtatcagagcacatctgtaattggatcagtctgtaca
aaaccgatatctgtgaaattaccgcagattgttgccaaaactaccaattctatgtccctg
aactggacacaaccagacgagtatcagagctcatacacctacagggtgcagaccaatgta
acctcatcatctacactgataaataatacaatcgtgagcagtgcatcagctacaatagga
attctgacagtgggagagacctatacattcactatatatacaatatctgcctgcaacata
gaatcagaccccgtgtctataactgactgcaaccttgccggacaagatgttggcgccaca
gtgaacagttatacatcggttaattctctggtggtgaactggacggcaccagaaggaaaa
atgtcttattataacgtcactataacaggagatgtcaataacttaataaagactgacaca
acgcaagtaacttttaatggattatcaccaggaagagaatataatgtaacaattctgtca
gtcagcggttcctgcagccaggcagccccttggctgacacaagctacatatcccacccca
ccgggcagcataaactttactatgataggaactaagaatgtcaccttgtcttggggagat
cctgtaaatatgaccggagtggtgaagtcatataatatcacttattggaattcttcttct
ccttcaatcatttctggaactgtgataagcaacacaacaaatgttacccttcaaaacttg
atatcggggactaattacagtgtctctgtggtgacggtcataccctgggggtatcagagc
acatctgtaattggatcagtctgtacaattcctgggcaagcttcagccatcacagtaaac
aattacgagttggtggattctctggtagtgaactggacagcaccagcgggaaaagtgtct
aaatatgttgtcagtataaccggtgatgtaaatgggactcttgaaacaaattctctatca
gtgaaattcttaaaattgctgccaggcaggagttatgtgatcatcatacagacattcagt
ggggactgcaccaatacagccccaccggtgactgaggccacatatccaactcctccacaa
tctctgaattttaatagcgttggttcagacagcatcacagtatcttgggaagacccagca
aatatgaccggcctggcaatgtcctataatattatttggaattctacttccatcagtggg
actgttataagcaatgcaccgactgttaacctgcagagcctggcatctgggactaattac
accattactgtgctcactgtcggagcccgggagcatcagagcacgcctcttactggatgg
atattcacaagtcctctggagcagccgggcagtataaaggttgttcgctcaacatctggg
gatgctatggatgtcaccttccaagggtttgatacctcaaatggaccaatagtggcttat
gccatcattgtgacgactgacctgaatgccaagtcacctgaaggggttttagctaagaca
tacaatgacttcaagaatgggacaaccaagacttacgtgacctccataattgtgcagaaa
ttacagagagtttcacgatcgagtgagataagtgcacatgtgggtgatgggtctgaaaca
catggatacgtcaatggaccattggatccaacgttacagtacagagtgagcgttgcaggc
tttactcgagtaaattatgaccccacaacaggcaccatcaatgaggatcaatcaacagcg
actatcaccagcttctccggatctccctcggtaactactactactgttaccactacaaca
aaagccacctctgccagcacaaagccaaactatacaaatgctactgcaacaacctctaat
acaggcacacgccatgggcaacacatttgtggtttacctccttcacattttcaacttgtg
atatatgctgtgtgtattttattatttcatttatag
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