Bicyclus anynana (squinting bush brown): 112047730
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Entry
112047730 CDS
T07476
Name
(RefSeq) uncharacterized protein LOC112047730
KO
K20220
tyrosine-protein phosphatase ERK [EC:
3.1.3.48
]
Organism
bany
Bicyclus anynana (squinting bush brown)
Pathway
bany04013
MAPK signaling pathway - fly
Brite
KEGG Orthology (KO) [BR:
bany00001
]
09130 Environmental Information Processing
09132 Signal transduction
04013 MAPK signaling pathway - fly
112047730
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
bany01009
]
112047730
Enzymes [BR:
bany01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.48 protein-tyrosine-phosphatase
112047730
Protein phosphatases and associated proteins [BR:
bany01009
]
Protein tyrosine phosphatases (PTPs)
Class I PTPs (Classical)
Non-receptor PTPs
112047730
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Y_phosphatase
PTP-SAK
Tc-R-P
DSPc
PTP-NADK
Y_phosphatase3
Motif
Other DBs
NCBI-GeneID:
112047730
NCBI-ProteinID:
XP_023940712
UniProt:
A0A6J1N6J2
LinkDB
All DBs
Position
8:complement(6868975..6880570)
Genome browser
AA seq
1626 aa
AA seq
DB search
MWGAQAGWVCGALAAALLALLALCRRAAKRAPVPVHQPQVTQVHIVCGGQARVTRLGSPP
QPHRVCASLAVAPAPDPPTDPKQSTLQQPSHILIVQNYTQNTIPQQSDTPQPSSSQSSRQ
PPLEYRGIPKLPLPEQWMHKRPFDYKYSAIPRPLAQIVNSDLGVELQRESRAKKYSATRS
PSLEKDDKSPFVTSAKVVDSEVFGFDVESVRKLSGNIEETNEMGERAPSSPHESDKEMSP
SNLRRFRSVSTRLNMCSVSEGPHSESQQECLEMQNSPRVIECSSAKEKSSGSKFDFSPKL
LSDCMSSPRFFTPPEMVSPMFFSEPSPKSVYYDTVRSPKFFPETPRETEVPQSPRALCDH
RNRTNGLTEKPSSPRVLSARPSPKVLSCNKENYFTFEHLNATEESASRMSPRPRRYGGRN
SIEKERFTPPGDKEVRKYRRHNSCDTNYKSVELNITKCDDIKETEVVNKIEVVEKDVVDC
CAKINSLQVDTMVENDKKELLSNPNSAQARRQRLKSISLDSENAKIIEQNLGLPIAKQMK
DQMNEAYKNQEISTSFESMERNTNRVSPSGERPVFKFDVDQKEKGEAEPKSPDLKQKKCL
RQSSDTQSFIDMPRFSPKEFEITVTSEEGATTTAETHIKRKGKNLRNLTIDLSKRDSDLE
KELLEFEKLYTDAEEKKVKTPTLKVKAISLDSSETVNLSLPQTKALEVPQNSISVPNTPK
RQYKRILAQKSAKHDLTSGKMCHNTVQTADQRRLFMKGQDSGIFLRENHASLMLYQPGIS
RMGSRTMGSFDENMSDNAPEINISSVDCRPFHVDTVQTLGSNLLNYKQNLSVSSTNLKTL
PEGVPSDDFEPSAEDEKLVKKLHRRNSNQSLMLSTHSLQGSNCSLSSAGASCHNISTVRT
SISNFSLNSDNRQKKLSLDRRDSNTSINPNEHLTPTTRVICSSNTNLSGELSKNCLLQRR
GSNNSLTLNILSSNNLSRHSSNSSLNKEAKLGQKKGLLERRSSNTSLTLNINTSNPQLST
NRALSISNYNLNGSTCNLSRYNSNHSIDIAEPRKGILERRSSNTSLTLNIQPQEPRDLEI
DESLIDPNLQDMPHRDKHRKSLSTENLIPKSYKNRTRLRSTEKGLGFGSHDNLWSTSYTE
QECGQNLTYVCGDQENEIIYAFGRQEDPNFQQGFVRNITTKPLSPQSTSEDFRLYLANMQ
HLQNASSVLTRQQLKDLNEVFQNGYSKVKCLGTGEGQHCCSGRVTEDISQENPQMVIPEV
ATQPCSEYQKSLLRNLHQEFWDMPTNFQEKPIVSGSHPKNRYKTILPNEHSRFILRADAG
NYEGYINANFIKGHEYTKNSYIATQGPLPNTIYDFWLMVRQNVIDFRSQRPADAPSEYIQ
KIVMLTNFYENIRQKCEKYFPVEIDEEISIQSPDCSEMTFFSEDCSPKNNFKIKNDGMIK
KSGYTIRKLDVRYETADSSDSVVVYHYWFHNWADHTCPKDVTALLNLSLDVLKEECYDFS
ECKDELEEQCKCGDTPNPNSKFVFPPLEAQSASCPINVSVSSPSSFSSENQFPPTIVHCS
AGIGRTGCLIAILNGIKQLTNEQKVDVLGIVCNMRLNRGGMVQNSEQYELIHKVLCLYER
ACLPGL
NT seq
4881 nt
NT seq
+upstream
nt +downstream
nt
atgtggggcgcgcaggcgggctgggtgtgcggagcgctggcggccgcgctgctggccctg
ctcgcgctctgccgccgagccgccaagagagcacccgtgcccgtccaccagccgcaagtc
actcaggtgcacatagtgtgtggtggacaggcgcgagtaactcgcttggggtctccgccg
cagccccatcgcgtctgcgcctccctcgctgtcgcgcccgcgcccgacccccctaccgat
cccaaacaaagcaccttacaacaaccctcgcacatcctcatcgtccaaaactacacacaa
aacactatcccgcaacaatcggacaccccacaaccatctagctctcaatcaagtcgacaa
cctcctttagaatatcgtggaataccaaagttgcctcttcctgaacagtggatgcataaa
cgaccattcgactacaaatattcggctattccgagaccgttagctcaaatagttaactct
gatttaggtgtcgaacttcaaagagaatctcgtgcaaagaaatacagtgccaccagatcg
ccttctttagaaaaagacgataaatcaccttttgtaactagtgcaaaggtcgtagactca
gaggtatttggatttgacgtagagtctgtgaggaaacttagtgggaatattgaagaaaca
aatgaaatgggtgaacgggcgccgtcgtctccgcacgagagtgataaagaaatgtcgcca
agtaatttacgtaggttccggtccgttagcacgagactcaatatgtgtagcgtaagtgaa
ggaccgcactcagaatcgcaacaggaatgtttggaaatgcaaaactcaccacgcgtcatt
gaatgtagttcagcaaaagaaaaatcatctggatcaaaatttgatttctcaccaaaactt
ttatctgactgtatgagctctccacggttttttacaccacccgaaatggtctcgcccatg
tttttttctgaaccttcacctaaatccgtttactatgatactgtgagatctccgaaattc
tttcccgaaacgcctagggagacagaggttcctcagtcgccgagagctctatgcgatcat
cgaaatagaacaaacggtttaactgaaaaacctagctctcctagagtcctaagtgctcga
cctagtcctaaggttcttagttgtaataaggaaaattattttactttcgaacacttaaat
gcaactgaagaaagtgcatctagaatgtcaccgagaccgaggagatacggtgggagaaat
tccattgaaaaagaaagattcactcctcctggggacaaagaagttagaaagtatagaagg
cataatagttgcgatactaattacaaaagtgttgaattaaacataacaaagtgcgatgat
atcaaagagactgaggtcgttaacaaaatagaagtggtagaaaaagatgtagttgactgt
tgtgccaaaataaattctcttcaggtagacacaatggtagaaaatgataaaaaggaatta
ttatctaatcctaattccgcacaagccaggcggcaacggttaaaatcaatatcgctagac
tcagaaaacgcaaaaataattgaacaaaatctaggcttacctatagctaagcaaatgaaa
gatcaaatgaatgaagcatacaagaatcaagaaattagtacctcgtttgaaagtatggaa
cgtaatacaaatagggtatctccatctggtgaacggcctgtgtttaaatttgatgtcgat
caaaaagaaaaaggagaagcagagcctaaatcgccagatttaaaacaaaagaaatgttta
agacaaagttctgatacccaatcttttatagatatgcctagattttcacccaaagaattc
gaaataacagtaacgtctgaagaaggagcaacgacaactgccgaaactcatattaaacga
aaaggcaagaacttacgaaacttaacgatcgatttatcgaaacgtgatagtgatttggag
aaggaattattggaatttgaaaaattgtacactgatgctgaagagaaaaaagttaagaca
ccaacattaaaagttaaggcaatatctttagattcttcagaaactgttaatctttcatta
ccacagacaaaagctttagaagttcctcaaaattctatatctgtgccgaatacacccaaa
cgacagtataaacgaatattagcccaaaagagcgcgaaacacgacttgactagtggtaag
atgtgtcataataccgtacaaacagcagatcaaaggagactgtttatgaagggacaagat
agcggtatatttttaagggagaatcacgcatcccttatgttatatcagccaggaatttca
agaatgggctcaaggacaatgggatcttttgatgaaaatatgtctgataacgctccggaa
ataaatatctcgagtgtagactgtcgaccgtttcacgtggatactgttcagactcttggt
tcaaatcttctaaattataaacagaatttaagcgtatcgagtacgaatttaaagactcta
cctgaaggtgtcccttctgacgattttgaaccaagtgcagaagacgagaaattagtaaaa
aaattacataggcggaattcaaatcaaagtttaatgttaagtactcatagtcttcagggc
tcgaattgttccttaagcagcgcaggtgcgtcctgccataatataagtactgttaggaca
agtatatcaaattttagtttaaattctgacaataggcagaaaaagttgtccctggatcgt
agggattcaaatacatcaattaatccaaacgaacatttgacgccaaccacaagagtgata
tgttcttcgaatactaatttgtctggagagttgtccaaaaattgtcttttacaacgacgt
ggatcaaacaacagcctcactttaaatatactttctagcaataatcttagccgccattct
agtaatagttctttaaacaaggaagcaaaacttggtcagaaaaaaggactattagaaaga
cgaagttctaatacctcacttactttaaacattaatacttcgaatccacaactatcaaca
aacagagctctaagcatttccaactataatttaaatggttctacgtgcaatctaagtaga
tacaatagcaatcacagcatagatattgctgaaccacgaaaaggaatattagaaagacgg
agctcgaatacatctttaacgctcaatatacaaccacaggaacccagagacttggagatc
gatgaatctttaattgatcctaatttacaagatatgccacacagggataaacatagaaaa
tctttgagtacagaaaatttaatacctaaatcttacaaaaacagaactcgtttacgttcg
acagaaaagggtttgggtttcggatcccatgacaatctttggtcaacttcatatactgaa
caagaatgtggtcaaaatttaacatacgtttgtggggatcaagaaaatgaaataatatat
gcgttcggtcgtcaagaggaccctaattttcaacaaggttttgtacgtaatataacaacg
aaaccgttaagtcctcaaagcacttctgaggattttaggttatacttggctaatatgcag
catttgcaaaatgcttcgagcgttttaactcgacaacaattaaaagatctgaatgaggta
tttcaaaatggctattcaaaagtaaaatgtctgggtactggagaagggcaacactgttgt
tcgggccgtgtcactgaagacatatcacaagaaaacccacagatggtaataccagaagta
gcgactcaaccttgctccgaataccaaaagagcctgttgaggaatttacatcaagagttt
tgggatatgccaacgaactttcaggagaagccaatagtatctggttcacatccaaagaat
agatataaaaccatccttcctaacgaacattccaggtttatactgcgagcagatgccggg
aattatgaaggatatattaatgccaatttcattaaggggcatgaatatacaaaaaacagt
tacatcgcgacgcaggggccactcccgaatactatttacgacttctggcttatggttcga
cagaacgttatagacttccgatctcaaaggccggcagatgctccctcagagtacatacaa
aagatcgtaatgttgacgaatttttacgaaaatattcgccagaaatgcgagaaatacttc
ccagtcgagatcgacgaagagatatcgatacaaagtccggattgttcggaaatgacattc
ttctcagaggactgtagtccaaagaacaattttaaaatcaagaatgatggaatgattaag
aagtccggatatactatacgaaaattggatgtgcgatacgaaaccgcagattctagtgat
agtgttgttgtctaccattactggttccacaattgggccgaccacacgtgcccgaaggat
gtgacagctttgttgaatttgagtttggacgttttaaaagaggagtgttacgatttcagt
gagtgtaaagacgaattggaagaacagtgcaagtgcggcgacactccgaaccctaattca
aaatttgtgttccctccgttggaggctcagagtgcttcttgcccaattaatgtgagtgtg
tcttctccgtcgagcttctcttccgagaatcagtttccgcctaccatagtccactgttcg
gcgggcatcggtaggacggggtgtctcatcgccatactaaatggtataaaacagttaaca
aacgaacaaaaggttgatgttttaggcatagtgtgcaacatgagattgaatcgtggcgga
atggtacagaactctgaacagtatgagcttatacataaagttctgtgtctctacgaacgg
gcgtgtttgcccggcttatag
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