Carassius gibelio (silver crucian carp): 128020800
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Entry
128020800 CDS
T08819
Name
(RefSeq) CAP-Gly domain-containing linker protein 1-like isoform X1
KO
K10421
CAP-Gly domain-containing linker protein 1
Organism
cgib
Carassius gibelio (silver crucian carp)
Pathway
cgib04150
mTOR signaling pathway
Brite
KEGG Orthology (KO) [BR:
cgib00001
]
09130 Environmental Information Processing
09132 Signal transduction
04150 mTOR signaling pathway
128020800
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
cgib03036
]
128020800
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
cgib04812
]
128020800
Chromosome and associated proteins [BR:
cgib03036
]
Eukaryotic type
Centrosome formation proteins
Microtubules and associated factors
Microtubule-associated proteins
128020800
Cytoskeleton proteins [BR:
cgib04812
]
Eukaryotic cytoskeleton proteins
Microtubules
Tubulin-binding proteins
Cytoplasmic linker proteins (CLIPs)
128020800
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CAP_GLY
CLIP1_ZNF
Motif
Other DBs
NCBI-GeneID:
128020800
NCBI-ProteinID:
XP_052463479
LinkDB
All DBs
Position
A10:2066609..2084894
Genome browser
AA seq
946 aa
AA seq
DB search
MSAGNPSGLKPPTKIGKAAPASPTKTSPSSDGAKAVTSPTSNSAQDAVSDFSVGERVWVN
GNKPGYVEFIGGTQFAPGQWAGIVLDESIGKNDGSVAGVRYFQCEDLQGIFTRPSKLSRT
PVAEREANGMQTPANKTSTSPAKDPVPVTQTTSATTKTTTNLTRATSESASNLSETDSAK
KLQQELKLGDRVLVGGTKAGVVRFLGETDFAKGDWCGVELDEPLGKNDGAVAGARYFQCL
PKYGLFAPSHKVIRIGFPSTTPAKSKTSRRRSTLKNSTSASSISSLSSVTSSVGGKPSRA
GLLTETSARYARKISGTTALQEALKEKQQHIEQLLAERDLERTEVARATSHAGEVQLELG
LLRQGQDQYALEMEAKLDQLRRLVETADRDKVELMNQLEEEKRKVEDLQFRVEEACITKG
DLETQTKLEHAHIKELEQSLLFEKTKADKLQRELEDTRVATVSERSRIMELEKEVSDLHL
QLRTLRAETTGSASPPLQDKKIKELNFELENRQKEVLLFQQKLTSSEQDKTCLQEQLQDL
KQKLDTASEDNNKATLAMQEIESTMKIQREKLDQVSREKEELQRDVSVRQQQEQAKDEER
DLQMKELKEKLGRTEGEMNRITERSAELERQVLELKAIKFDQTQSLQSDEKLKQMMNRNK
ELQEELEVLKQQKSQYQEQLSSETQNIDSLHKEIEELKLSSSQTSPRQVLLQVEKCKLAQ
ELDIHSQQHGSEALTSQREITQRENSNATMSDKDKELETLRNEIAVLRVENAMAKTLQSA
VTSLERDKGQLQSRVNSLEQKLEGRQTGNREEVTSGDAAIDQLREEKEFAEGQINFLNSV
IVDLQRKNEELKVKLKKMALTEFNGNDEHDGLGEVNKKKKAPPRVFCDICDCFDLHDTED
CPTQTQSPDSPPHTTYHGSRSGERPYCDICEAFGHWTDSCNDDQTF
NT seq
2841 nt
NT seq
+upstream
nt +downstream
nt
atgagtgcgggaaatccgagtggtctcaaaccacccaccaagattggaaaagcagcacct
gcttcaccaaccaaaacctcgcccagctcagatggtgccaaagctgtaacatctccaacc
tctaattcggcccaagatgctgtgtcagatttctctgtcggtgaacgagtttgggtcaat
ggaaataaaccaggttatgtggagttcattggagggacccagtttgcaccgggccaatgg
gcgggaattgttctagatgaatccatcgggaaaaatgacggctctgtggccggagtgcgc
tacttccagtgtgaggacttgcaaggtatatttactcggccctccaaactgtcccgcact
ccagtggcagagcgtgaagccaatggcatgcagacacccgccaacaagacatccacttcc
cctgccaaagatcctgttcctgtcactcaaaccactagtgcaacaaccaagaccacaaca
aacctaaccagggccaccagcgagtctgcatccaatctgtctgagacggattcggccaag
aagttgcagcaggaactgaagttgggtgatcgtgtgctggttggtggaaccaaggcaggt
gttgtgcgttttttgggcgaaactgactttgcgaaaggtgattggtgtggtgttgagttg
gacgaacctcttggcaagaatgatggggcagtggctggtgcaaggtatttccagtgccta
ccaaagtacggactattcgctccttctcacaaagtcatccgcatcggattcccatccacc
actcctgctaaatccaaaacctccaggcgcaggtcgaccctaaagaacagcaccagcgcg
tcctccatcagctccctcagctctgtcacctcctcagttggaggcaaacccagccgagca
ggcctgctcacagagacgtcggctcggtacgcgcggaagatctcaggcaccacggccctg
caggaggctctgaaggagaagcagcagcacatcgagcagctcctggccgagcgggacctg
gagaggacggaagtggcacgagccacaagtcatgccggagaagtgcagctagagctgggg
ctgctcagacagggccaggatcagtacgctctggagatggaagccaagttggaccagttg
cggagactcgtggaaactgcagacagagataaagtggaactgatgaatcaactggaagag
gaaaaaagaaaagtggaggacctgcagttccgtgtagaggaagcttgcattaccaaaggt
gacctagagacgcagaccaaactggagcatgcccacattaaggagctcgaacagagtctt
ctctttgaaaagaccaaagcagacaaactccagagggagttagaggatactagggtggcc
acggtgtctgagcgctccaggatcatggagctggaaaaggaagtgtctgacctgcatctt
cagctgagaactctccgggccgagaccacaggatcagcttcacctccattacaagacaaa
aagatcaaggagttgaactttgagttagagaacagacagaaggaagttctcctgttccag
cagaaactcacttcctctgaacaggataaaacatgcctccaggaacagctgcaagatctg
aaacagaaacttgacaccgcatcagaggacaataacaaagcaacactagccatgcaagaa
atagaaagcaccatgaaaattcagagagagaagctggatcaggtgtccagggagaaggaa
gagctgcagagggatgtgtccgtccggcagcagcaggaacaggcgaaggatgaagagaga
gatcttcagatgaaggagctgaaggagaagttgggccgaacagaaggagagatgaacaga
atcacagagaggagtgctgagcttgaacggcaggtgctggaactgaaagccatcaaattt
gaccaaacccagagtttacagtctgatgaaaagctgaagcagatgatgaataggaataaa
gaattgcaggaggagcttgaggtcctgaagcagcagaaatctcagtatcaggagcagctg
agttcagaaacgcagaacatcgacagcctccacaaagaaattgaggagctaaaactgtca
tccagtcagacgtctccgaggcaggtgttgctccaggttgagaaatgtaaactggctcag
gagttggacatccactcacagcagcatggcagcgaagctctgactagccagcgggagatt
acacagagggagaactctaatgcaacgatgtccgataaagacaaggaactagagacacta
cgcaatgagattgcagtgcttcgtgtggaaaatgccatggccaagacactccagtcagcc
gtgacgtctctggagagggacaaaggccagctgcagagccgagtgaacagcctggagcaa
aagctggagggccggcagacagggaaccgagaggaagtcacttcaggtgatgctgctata
gaccaactgagagaagagaaagagtttgctgagggacagatcaacttcctgaactcagtc
attgtggacctccagaggaagaatgaggaactaaaggtgaagctgaagaaaatggcattg
accgagtttaatggaaatgatgaacatgatggccttggtgaggtgaacaagaagaagaaa
gccccaccacgtgttttctgcgacatctgtgactgcttcgacctgcacgacacagaggac
tgtcccactcaaacgcaatccccagactcgcctccacacaccacgtaccatgggagccgc
agcggtgaacgaccgtactgcgacatctgcgaggcattcggtcactggacagactcttgc
aacgatgaccaaaccttctga
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