Chelonoidis abingdonii (Abingdon island giant tortoise): 116816363
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Entry
116816363 CDS
T07367
Symbol
PTPRJ
Name
(RefSeq) receptor-type tyrosine-protein phosphatase eta isoform X1
KO
K05698
receptor-type tyrosine-protein phosphatase eta [EC:
3.1.3.48
]
Organism
cabi
Chelonoidis abingdonii (Abingdon island giant tortoise)
Pathway
cabi04520
Adherens junction
Brite
KEGG Orthology (KO) [BR:
cabi00001
]
09140 Cellular Processes
09144 Cellular community - eukaryotes
04520 Adherens junction
116816363 (PTPRJ)
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
cabi01009
]
116816363 (PTPRJ)
09183 Protein families: signaling and cellular processes
04090 CD molecules [BR:
cabi04090
]
116816363 (PTPRJ)
Enzymes [BR:
cabi01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.48 protein-tyrosine-phosphatase
116816363 (PTPRJ)
Protein phosphatases and associated proteins [BR:
cabi01009
]
Protein tyrosine phosphatases (PTPs)
Class I PTPs (Classical)
Receptor PTPs
116816363 (PTPRJ)
CD molecules [BR:
cabi04090
]
Proteins
116816363 (PTPRJ)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Y_phosphatase
PTP_tm
fn3
Pur_ac_phosph_N
Ig_DSCAM-DSCAML_C
fn3_2
Interfer-bind
Tc-R-P
NDNF
PTP-SAK
DUF4998
DSPc
PTP-NADK
PTPlike_phytase
DUF4959
Y_phosphatase3
Y_phosphatase2
Syndecan
NDNF_C
TM_ErbB1
Motif
Other DBs
NCBI-GeneID:
116816363
NCBI-ProteinID:
XP_032621407
LinkDB
All DBs
Position
Unknown
AA seq
927 aa
AA seq
DB search
MPTPVFNIEVSNVSTHEVSLTWENKDAAASEYSDRILIANEPSSTRNMISNTRKALITDL
NPGTFYQFTIFPRAADKKTEGDPNSTLIYTKPSPVSDIQATYISTEQVTLTWENNDTAAP
NYTYMIYTDGNGISPTRNQTSQNKNAVILGLRPGTLYDFTIVPLAADNMAEGDPKVIHIY
TKPSAVSNLKVINVGTTEVTLTWQNSDAEASNYTYRIFCKNYRTSVQQNITSQTTNATIT
GLQPGTSYLFMVFSQVAGIEGDSSTINTYTKPSPISDIQATNIGTKQVTLTWENNDTAAP
NYTYVIYTDGNGISPTRNQTSQNKNAVIVGLRPGTSYNFTIVPLAADSMTKGDSNWIHIC
TEAAPVPSFNCTPVTKEPKLTVKWEPPAGTSTGFSINTFNDAWSNETLVLAGFDTTVTNL
NYSTSYNVSIITRSCGKESLPMQTTCDTSITDPPAPVEKPIITSITHNSFKIQFSGFESK
NGPLTAYAIVITTAKEGNIPPNSSLNDTYNDFKEKKTKTYITNVINATQMRAFSSRSNSL
QYEMEVGDSSKSYAYSNAPLKPLGSYWVSVAGFTKIEFNDDRIDEERSYVSFTPYSQAII
LLQDPGVITGAVIGCILGAVAIAAVVVFVFWRRRRKDGKNSELPFSPIRPKKSKSIKVEN
FESYFKKQQADSNCGFAEEYEELRSVGINQPKFAAELTENRRKNRYNNVLPYDISRVKLS
IQNHPADDYINANYMPGYNSKKEFIAAQGPLPNTVQDFWRMIWEKNIYAIVMLTKCVEQG
RTKCEEYWPDKGSNYYDDITVTLVSECVLPEWTIRDFIVEGSNATESHSVRQFHFTSWPD
HGVPETTDLLINFRHLVQENIRQNPPDSPILVHCSAGVGRTGTFIAIDRLIQQIEMENVS
DVYGVVYDLRMHRPLMVQTEVRLISSI
NT seq
2784 nt
NT seq
+upstream
nt +downstream
nt
atgcccactccagtgtttaacatcgaggtttccaatgtcagtacacatgaagtatcttta
acatgggaaaacaaagatgctgctgcttctgagtacagtgacaggatactcattgcaaat
gaaccttcatctactaggaacatgatatccaataccagaaaagctttaattacagactta
aatcctggtacattttaccaattcacaatatttccacgcgcagcagataagaagactgaa
ggagacccaaattcgacgttgatttatacaaagcccagtccagtttctgatatccaggcc
acatatatcagcacagaacaagtgaccttaacatgggaaaacaatgacactgctgctcct
aattacacatatatgatatacactgatgggaatggaatttctcctactcggaaccaaacc
tcccaaaacaaaaatgctgtaattttgggattacggcctggtaccctttatgacttcaca
atagttccactagcagcggataacatggctgaaggagacccaaaagtcatacacatctat
acaaaacccagtgcagtttccaacctcaaagttataaatgtcggcacaaccgaagtaaca
ttgacctggcaaaacagtgatgctgaggcttctaactacacttatagaatattctgtaaa
aattatagaacttcagttcaacaaaacatcacttcccaaaccacgaatgccaccattaca
ggattgcaacctggtacctcctatctatttatggtcttctcacaagttgcagggattgaa
ggagactccagcaccataaatacctatacaaagcccagtccaatttctgacatccaggcc
acaaatatcggcacaaaacaagtgaccttaacatgggaaaacaatgacactgctgctcct
aattacacatatgtgatatacactgatgggaatggaatttctcctactcggaaccaaacc
tcccaaaacaaaaatgctgtaattgtgggattacggcctggtacctcttataacttcaca
atagttccactagcagcggatagcatgactaaaggagactcaaactggatacacatctgt
acagaggctgcaccagtgccttcatttaactgtacaccagtgactaaagagcctaagtta
acagtaaagtgggagccccctgctggtaccagtactggcttcagcattaacacattcaat
gatgcctggagcaacgaaacgctggttttggcaggttttgatacaactgtaacaaattta
aattattccacctcctacaatgttagtattataacccgttcgtgtgggaaagaaagcctt
ccaatgcaaacaacatgcgatacaagtatcactgacccacctgctccagtagaaaagcct
attattacgtcaatcactcacaactcctttaaaattcagttcagtgggtttgagtcaaaa
aatggaccgctaacggcctatgcaatagtaatcacaacagctaaagaaggcaatatacct
ccaaatagcagcttgaacgatacatacaatgacttcaaggaaaagaaaacaaaaacttac
ataacaaatgtcataaatgcgacgcagatgagagctttttcctcccgttcaaatagttta
caatatgaaatggaagtaggagactcatccaaatcgtacgcctattccaatgcaccgctg
aaaccacttggttcatactgggtgagcgttgcaggtttcactaaaatcgaatttaacgat
gatcgtattgatgaagagagaagctatgtctcatttactccttattctcaggcaattata
ttactccaggatccaggtgtcatcactggagctgttattgggtgtattttgggtgctgtg
gctatagctgctgtagtggtattcgttttctggagacggagaaggaaagatggaaaaaat
agtgagctgcccttttctccgattagacccaagaaatccaagtcaattaaagttgaaaac
tttgagtcctactttaagaaacagcaagctgactcgaactgtggatttgctgaagagtac
gaagaactcaggtcggtgggcattaatcagcctaaatttgcagctgaacttactgagaac
agaaggaaaaataggtacaataatgtcttgccatatgacatttcccgtgttaaactttcg
atccaaaaccatccagctgatgattatattaatgcaaattatatgcctggatacaactcc
aagaaagaatttattgctgcacaaggccccttacccaacactgtgcaagacttctggcgc
atgatttgggaaaaaaatatctatgctattgttatgttgacaaaatgtgttgaacaaggc
aggacaaaatgtgaggaatattggccagacaaaggatccaactattatgatgacattact
gtaacattggtctcagagtgtgtccttccagaatggacaataagagacttcatagtggaa
ggcagtaatgcaactgaaagccactctgtacgccagttccatttcacttcctggcctgac
catggtgttccagagacaacagaccttcttattaactttagacatctggtacaggaaaac
attagacaaaatcccccagattctccgattctggtgcactgcagtgctggtgttggcaga
acaggtactttcattgcaattgaccgtctgatccagcaaatagaaatggagaacgtcagc
gatgtgtatggagtagtatatgatcttcgaatgcatcgacctttaatggtgcaaacagag
gtaaggctaatctcttccatttaa
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