Cyprinus carpio (common carp): 109104371
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Entry
109104371 CDS
T05134
Name
(RefSeq) protein phosphatase Slingshot homolog 2-like isoform X1
KO
K05766
protein phosphatase slingshot [EC:
3.1.3.16
3.1.3.48
]
Organism
ccar
Cyprinus carpio (common carp)
Pathway
ccar04810
Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:
ccar00001
]
09140 Cellular Processes
09142 Cell motility
04810 Regulation of actin cytoskeleton
109104371
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
ccar01009
]
109104371
Enzymes [BR:
ccar01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.16 protein-serine/threonine phosphatase
109104371
3.1.3.48 protein-tyrosine-phosphatase
109104371
Protein phosphatases and associated proteins [BR:
ccar01009
]
Protein tyrosine phosphatases (PTPs)
Class I PTPs (Dual specificity phosphatases)
Slingshots
109104371
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NCBI-GeneID:
109104371
NCBI-ProteinID:
XP_042627213
Ensembl:
ENSCCRG00000049767
UniProt:
A0A8C1Q1A1
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Position
A15:complement(17679054..17706415)
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AA seq
1186 aa
AA seq
DB search
MTLESVAITESSSARGFCSCCGAKIMPYFSDNAVASQNQINQLISENFLTVKGAALFLPR
GNGSSPSSAPRITQRQNKHTGDLQQHLQTMFTLLRPEDTIRLAVRLESAYALRTRYMVII
STNGRQDTEESVVLGMDFTNSDSTCTVGLVLPLWSDTLIHLDGDGGFSVSTVNRVHVFKP
VSVQAMWSALQSLHKVCEVARCHNYYPGSLFLTWVSYYQSRVTSDQHCINEWNAMRDVQS
HRADSPVLFTDVPTERERTERLIKTRLREIMMQKDLENVTSKEIRTELEIQMVCNLREFK
EFIDNEMIVILGQMDSPTEIFDHVYLGSEWNASNLEELQNSGVRYILNVTREIDNFFPGI
FEYHNIRVYDEEATNLLEYWNDTYKFISKAKKAGVKCLVHCKMGVSRSASTVIAYAMKEY
GWDLERAFDHVKERRSVTKPNPSFMKQLEEYQGILLASKQRHNKLWRSHSDSDLSEGHKP
LCKAPRSLDRSDPHNNNSPPTIQQILGIAVLESLTNPQPATGNSHTKLGELPSKLAYEDP
VLPPRPRQRAATVVPEQNMAKNSHLNIAVSEPVARRHPPPTLHILDPSLSLEKGEGDPTS
DLNAQSSHHVPEPKTDCVELSPNTPDQNDFYQVSQSLELCLESALSKDEGNLSSSSTPEA
DSPSGAPSVPRLDSSDDNNYPRTAELRTADDFVDAGTSCLSTDSIDFFSAREKFLCLSQD
SQPRSFSEMAAVLPPQSRSTPPLDDSCEEADECHTHSETNRDAVPHLPQNDNSVSVRHIV
TELESISHTCSPPLARNSPQTATLEDVDEETASVTNSPTDRPSGSVRRATEQLELILRQG
QKVPCSCSPLPSPCLDCSDPQSYSSKPEDTAALTCTEPQKATDRTVDYTKVLDDEDSGII
PDPYFSVYLEESVSVEADQITLNPTLEPSSGSSSLLWLEGVTELETDVDDPLRPHVRLTR
SNEDLQKIQETLRELQAFLFEAGGLGLCTGQVEENQSHEDKEDSIDGEQRTEPKTPAMWQ
RAMEIEARIRQAGLTPPSLMKRSASLAKLDQLELSTNDLNNWDFHPATTGFHQPSSSSLS
TFHSLPLTHSHDDAHKKQRVLPQNPSAPDSAVHLMEVGRTEGSAHLSTSCPQQRQVGGAS
PPEHAPVQPTVSMSTQQQQHVKTHPARRFRKALDKKKTVSVLYNTM
NT seq
3561 nt
NT seq
+upstream
nt +downstream
nt
atgactctggagagtgtggcgatcacggagagctcctctgcccggggattctgctcctgc
tgcggggcaaaaatcatgccgtacttctccgacaacgcggtcgcttctcaaaaccagatc
aaccagcttatcagcgagaacttcctgaccgtcaaaggtgccgccctcttcctcccgcgg
ggaaatggctcctccccttcttcagcaccccgcatcacacagcggcagaacaaacacaca
ggtgaccttcagcagcatttgcagaccatgttcaccctgctgcgcccagaggacaccatc
cgcctggctgtccggttagagagtgcttatgccctgcgtacacggtacatggtcatcatc
tccacaaatggtagacaggacactgaagaaagtgtggttctgggaatggactttaccaat
tcagacagcacttgcacagttgggctggttttacccttgtggagtgatacgcttatacac
ttggatggagacggtggcttcagtgtgtccactgttaaccgagtccatgtattcaaaccg
gtctctgtgcaggccatgtggtcagccttgcagtccctgcataaggtttgtgaggtggcc
cgatgtcataactactaccctggcagtctattcctgacctgggtcagttactatcagagc
cgtgtgacttccgaccagcactgcatcaatgagtggaatgccatgcgagacgtgcagtcc
caccgtgcagactcgcctgtgctgttcacagatgtgccaactgagagagagcgcacagag
agactgattaagacccgtttgagagagatcatgatgcagaaggacctggagaacgtcact
tcgaaagagattcggacggagttggagatacagatggtttgcaacctgcgggagttcaag
gagttcatcgataatgagatgattgtcatcctgggccagatggacagccccacagagatc
tttgaccatgtctatctgggttcagagtggaatgcctcaaatcttgaggagctccaaaac
agtggagttcgctacatcctgaatgtgacgcgggagattgataatttcttccccgggatt
ttcgagtaccacaacatccgagtgtatgacgaggaggccacaaacctcttggagtattgg
aatgacacctacaagttcatttccaaagccaagaaagctggggtgaagtgtctggtgcac
tgtaagatgggagtgagtcgttctgcctccaccgtgatcgcatatgctatgaaggagtac
ggctgggacctggagagagcctttgaccatgtgaaggaacggcgctctgtcaccaaacca
aacccatccttcatgaagcagcttgaagagtaccagggtatcctgctagccagcaaacag
aggcataacaagctgtggcgttcccactcagacagcgatctgtcggagggtcacaagccg
ctatgcaaggcaccacgctcgctggaccgctcagaccctcacaacaacaacagtcctcct
accattcagcagatactgggcattgctgtgcttgagtcccttaccaatccacagcctgct
acgggcaacagtcataccaaattgggtgagttgccctctaagctggcatatgaagaccct
gtccttccacctcgtcccagacaacgagcggccacagtggtgcctgagcagaatatggcg
aagaactctcacttgaacattgcggtgagcgagcctgttgctcgtcgccatcctcctccc
actctacacatcctcgatccttctctttcactagagaagggagagggtgatccaacttca
gacctcaacgcccagtcatctcaccatgtgcctgagccaaaaacagactgtgttgagttg
tccccgaacacacccgatcaaaatgacttttatcaagtgtcacaaagtttagaactatgt
ctggaaagtgctctcagtaaagatgaagggaatctgtcgtcttcaagcacgcccgaggct
gacagcccctcaggagccccttcggtacccaggctggactccagtgatgataacaactac
cccaggactgcagaactgagaacagcagatgactttgtggatgctggcacatcctgcctt
agcacagatagcattgacttctttagcgccagagagaaattcctctgcctgtcccaggat
agtcagcctcgctcattttctgaaatggccgctgtcttgccacctcaatccagatccacc
ccacccttggatgattcctgtgaggaagctgatgagtgccacacccactcagagaccaat
agagatgcagtgccccacctccctcagaatgacaacagtgtgtctgtgcgtcatatagtt
actgaactggaatccatatcacacacctgcagtccgccactggcacgcaactcacctcaa
actgctacactggaggacgtggatgaggaaacggcttcggttactaattctcccaccgac
aggccctcaggatccgtgcgccgggccaccgagcagttggagcttattctacgtcagggt
caaaaggttccttgctcttgttctcctcttccttccccgtgtttggactgttcagatcca
caatcttactccagtaagccagaggacactgcagctctgacctgcactgagccccaaaaa
gctacagatagaacagtagattacaccaaagtccttgatgatgaggactctggtataatt
cctgatccttacttctcagtctatcttgaagagagtgtttcagtggaggccgaccagatc
actttgaaccccactcttgagcccagctctggttcttcctctctgttgtggctagaaggt
gtgactgagctggagacagacgtagatgacccattgaggccccatgtccgactgacacgt
agcaatgaggacttgcagaagatccaggagactcttcgagagctccaggcgtttttattc
gaggctggaggattggggttgtgcactggacaagttgaagagaaccagtcacatgaggac
aaggaggactcgatagatggggagcagcgcacagagcccaaaacacctgcgatgtggcag
agagccatggagattgaggcccgcattagacaggctggtctcacccctccttcgctcatg
aaacgctctgcctcacttgctaaactagaccaactagagctgtctactaatgacttgaac
aactgggacttccacccggctaccacagggtttcatcaaccctcctcttcctctttatcc
acctttcactccttgccactgacccacagccatgacgatgcccataaaaagcagcgcgtt
ctacctcagaacccttctgcccctgattctgctgttcatttgatggaggtgggcaggact
gaaggctcagcccacctctcaacctcatgcccacagcaaagacaagtgggtggagccagt
ccccctgaacatgccccagtccagcccactgtttcgatgtccacgcaacaacaacaacat
gtgaagactcaccccgctcgtcgtttccgcaaagcattggacaagaaaaagacagtcagt
gttttgtataataccatgtga
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