Acanthisitta chloris (rifleman): 103810055
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Entry
103810055 CDS
T08456
Symbol
PTPRC
Name
(RefSeq) receptor-type tyrosine-protein phosphatase C
KO
K06478
receptor-type tyrosine-protein phosphatase C [EC:
3.1.3.48
]
Organism
achl
Acanthisitta chloris (rifleman)
Pathway
achl04514
Cell adhesion molecules
achl05132
Salmonella infection
Brite
KEGG Orthology (KO) [BR:
achl00001
]
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04514 Cell adhesion molecules
103810055 (PTPRC)
09160 Human Diseases
09171 Infectious disease: bacterial
05132 Salmonella infection
103810055 (PTPRC)
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
achl01009
]
103810055 (PTPRC)
09183 Protein families: signaling and cellular processes
04090 CD molecules [BR:
achl04090
]
103810055 (PTPRC)
Enzymes [BR:
achl01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.48 protein-tyrosine-phosphatase
103810055 (PTPRC)
Protein phosphatases and associated proteins [BR:
achl01009
]
Protein tyrosine phosphatases (PTPs)
Class I PTPs (Classical)
Receptor PTPs
103810055 (PTPRC)
CD molecules [BR:
achl04090
]
Proteins
103810055 (PTPRC)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Y_phosphatase
Y_phosphatase3
DSPc
PTPlike_phytase
fn3
Motif
Other DBs
NCBI-GeneID:
103810055
NCBI-ProteinID:
XP_009081188
LinkDB
All DBs
Position
Unknown
AA seq
871 aa
AA seq
DB search
PGTYKSCCVHTCSELKPFTKGSVSVTPYTNNKRNERLSGKSRSCDFKTDSATPDKVRDVT
AMLLSDNSVRITCKNGEVNGEKTIFELIWESDGKNTTRDNHCDFKKENLLYLTKYTFKIF
VYNGQHRGPPVETTIKTRYNSRALIIFLAFLIIVTSIALLLVLYKIYDLHQKKLSNSSEG
VNLVSVKDDDRQLLNIEPIPSEQLLDTYKRKIADEGRLFLDEFQSIPRVFSKFSIKEAKK
SHNQNKNRYIDILPYDHNRVELSEIPGDPGSDYINASYIDGFKEPRKYIAAQGPKDETTH
DFWRMIWEQKATIIVMVTRCEEGKKNKCAQYWPSMENGSATYGDITVKINESKTCPDYVI
QKLHITKGKERTAGRDVTHIQFTGWPDHGVPEDPHLLLKLRRRVNALSNFFSGPIVVHCS
AGVGRTGTYIGIDAMLEGLDAEGRVDVYGYVVKLRRQRCLMVQVESQYILIHQALVEYNQ
YGETEVSLSELHSYLNNLKRKDPPSDPSLLEVEFQRLPSYKGWRTQNTGNREENKSKNRN
ANIIPYDFNRVPIRHEDECNTDGEHDSDESSDDDSDCEESSKYINASFITGYWGPKAMIA
TQGPLQETISDFWQMVFQRKVKVIVMLTELKEGDQELCAQYWGEGKQTYGGVEVQMTDVN
CGTSYTIRAFDVTHLKTKETQKVYQYQYHKWSSYDVPENPKDLVSMILNLKQKLPSRTIT
EDNRRNRSVPLVIHCRDGSQQTGVFCALMSLLESAEIEEVIDVFQVVKALRRTRLGVVSN
FEHYQFLYETIASTYPAQNGQIKKNSQQEDQVEFCSEVGKRDQETDLITIDLTPPTPEEN
EPPEIRDDSKAAGSTKGTESSTNGPTTPVLT
NT seq
2618 nt
NT seq
+upstream
nt +downstream
nt
acccaggcacgtacaagtcttgctgtgtacatacttgctctgaattaaaaccttttacca
agggatcagtatctgtgactccatatacgaacaacaaacgtaatgaaagacttagtggta
aatctagaagctgtgacttcaaaacagattcagcaaccccagacaaagtgagagatgtta
ctgcaatgttgctaagtgataatagtgtccgaattacgtgcaaaaatggggaagtgaatg
gagaaaaaacaatatttgaattgatttgggagagtgatggaaaaaacaccaccagagaca
atcattgtgattttaaaaaagaaaatctcttgtacttgacaaagtatacatttaagatct
ttgtgtataatggacaacatagaggacccccagtagagactactataaaaaccagatata
attcgagagccctcattatattcttggcattcttgatcattgtgacatcaattgctttgc
tgctggttctgtacaaaatctatgatctccaccaaaaaaagcttagcaattcttctgaag
gtgtgaaccttgtttcagttaaagatgatgacaggcaacttctgaacatagaaccaatac
cttctgagcagttgctggacacatacaagaggaagattgctgatgaaggaaggcttttcc
tggatgaatttcagagtattcctagagttttcagtaaattttcaataaaggaggccaaaa
agagccataatcagaacaaaaatcgttacattgatattcttccatatgaccataaccgcg
ttgagctctcagagatcccaggagatccaggatcagactatatcaatgcaagttatattg
atggcttcaaagaaccaagaaaatacattgctgcacaaggccccaaggatgaaactacac
atgatttctggagaatgatctgggaacagaaggcaacgattattgtcatggtgactcgct
gtgaggaaggaaagaagaacaaatgtgcccagtactggccatcaatggagaacggatctg
caacatatggggacatcactgtgaagatcaatgaaagtaaaacatgtccagactatgtca
ttcagaaactacacatcacaaagggaaaagaaaggacagctggaagagatgtcactcaca
ttcagttcacaggttggccagaccatggagtccctgaagatccacatcttctcctcaaac
tccgacgcagagttaatgctctcagcaatttttttagtggcccaatagtggttcattgca
gtgctggtgttgggcgcactgggacatacataggaattgatgccatgttggaggggctgg
atgcagaaggcagagtggatgtttatggctatgttgtgaagctgcggcggcagcgatgtc
tcatggtccaagtagagtcacagtacatccttatccatcaagcgttagtggaatacaatc
agtatggagaaacagaggtcagcctgtcagagctgcattcctaccttaacaatctgaaaa
gaaaagatcctccgagtgatccttctctgctggaggtggaatttcagcgattaccttcct
ataaggggtggcggacacagaacactgggaatcgtgaggaaaataaaagcaagaatagga
atgccaacataattccatatgactttaaccgagtgccgatcaggcatgaagatgaatgca
atacggacggtgaacatgattcagatgaatcttcagatgatgacagcgactgtgaggaat
caagcaaatacatcaatgcttccttcataactggttactggggtccaaaagccatgattg
caacacaaggaccactgcaggaaactatctctgacttctggcaaatggtgttccaaagaa
aagtcaaagtcattgttatgctgacagagctgaaagaaggagatcaggaactctgtgcac
agtattggggagaaggaaaacaaacatatggtggcgtagaagttcaaatgacagatgtca
actgtggtaccagctataccatacgtgcctttgatgttacacatctcaagacaaaagaaa
cacagaaagtgtatcagtatcagtatcataagtggagtagctatgatgttccagaaaacc
ccaaagatttagtcagcatgattctcaaccttaaacaaaaacttccaagcagaacaatca
ctgaggacaacaggagaaaccgcagtgtcccacttgtcatccactgccgtgatggatcac
agcagactggtgtattttgtgctttaatgagcctcttggaaagtgcagaaatagaagaag
taatagatgttttccaagtagtaaaagctcttcgtcgcaccaggctgggagtggtctcca
actttgaacattaccagtttctgtatgaaaccattgccagtacctaccctgcacagaatg
gacaaataaagaagaacagccaacaggaagatcaagttgaattttgtagtgaagtaggaa
aacgagatcaggaaactgatttgatcactattgaccttaccccaccaacgccagaggaaa
atgagcctcctgaaatacgtgatgattctaaggctgcaggtagcactaagggaacagaaa
gctctacaaatggccccacaactccagttctaacttag
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