Poecilia latipinna (sailfin molly): 106936460
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Entry
106936460 CDS
T08005
Name
(RefSeq) CAP-Gly domain-containing linker protein 1-like isoform X1
KO
K10421
CAP-Gly domain-containing linker protein 1
Organism
plai
Poecilia latipinna (sailfin molly)
Pathway
plai04150
mTOR signaling pathway
Brite
KEGG Orthology (KO) [BR:
plai00001
]
09130 Environmental Information Processing
09132 Signal transduction
04150 mTOR signaling pathway
106936460
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
plai03036
]
106936460
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
plai04812
]
106936460
Chromosome and associated proteins [BR:
plai03036
]
Eukaryotic type
Centrosome formation proteins
Microtubules and associated factors
Microtubule-associated proteins
106936460
Cytoskeleton proteins [BR:
plai04812
]
Eukaryotic cytoskeleton proteins
Microtubules
Tubulin-binding proteins
Cytoplasmic linker proteins (CLIPs)
106936460
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
CAP_GLY
TMF_TATA_bd
Motif
Other DBs
NCBI-GeneID:
106936460
NCBI-ProteinID:
XP_014872984
LinkDB
All DBs
Position
Unknown
AA seq
2094 aa
AA seq
DB search
MSTAKPTGIKAPTKIARPPGTGAPKTNPPTAKPAVADKSAVGDGKDAEDEFQIGERVWVN
GNKPGYIQFLGDTQFAPGKWAGIVLDEPIGKNDGSVAGVRYFQCEALRGIFTRPSKLSRT
EGDANGTQTAPQSRAPSPTPSVGSVASQTPAAKSTLPSSAATAKKASSAAPATAEPSNLA
KTNSGSISNLSESGSVKKGERELKMGDRVLVGGTKAGVVRFLGETDFAKGEWCGVELDEP
LGKNDGAVAGTRYFQCQAKYGLFAPVHKVSRIGFPSTTPAKAKTTARKVVTTPAGLKKSP
SSSSISTMSSVASSVSTKPSRTGLLTETSSRYSRKISGTTALQEALKEKQQHIEQLMGER
DMERAEVAKANSHVSEMEQEISLLREDQEQMESKMDQLRSLVEAADKEKVELLNQLEEER
RKVEDLQFRVEEACITKGDLETQTRLEHAHIKELEQNLLFEKTKAEKLQRELEDTRVATV
SERSRIMELERDLLLRNREVTGLKLRLEMQQNSEDPSGTLSPILEENNSLRDQLSAEEAK
HQEEVESYRAKLEAQEKLHSEAVAQLQATTVMLSSDKEQLQMRLSQAEKENVDTVELWRS
KMESAMEELKASFSNGADAQIDELAETKSALEKLKVEHEIALEEASAKHEAKVSALTQEM
QAQLSSLSEEKERLEESLRSSVEKAEEQHLVEMEDVLGKLHAAETRIKELEEKETRLAQQ
FQDKDTETKEQEGDMATLRSQLAQSNQECVALKSQVEELQNQGDGSRAAVVELSSQLEGK
EQEVVTLQESLTTLQQQKDVMESEIKSLNLRLRRSTEELNKAIETMKETIENLVKKNEHC
TSLASESETLRSQLAVTERKLKSADEKLEQLSKDKSKLENDISDMMKASGDDSVQLTKMN
EDLKQKERRLEELQNQMAEEKEKMADLKEKLQKEQSNKGHEMSVLQEKIVTLENALKQSK
SQVEDLKASHEKSLSEASELHLKEFEILQTQFDQLKMELSSSKDKTGELEKTVSELQTYK
EQAQRLSAELDSYVDNMSKKLDKQSLDLENMFKQSEDHKAERGNLERRLSELQNKLSVTE
ISCKEVSVQNEELLATNDKLSKLQEELQTSTKQLDEERTSLKKELENLKHLLQEAEAENK
ELHRGKGEYLTQIKELQRENAEMNDSVLKHQLDVEQTESKRKQLLEDYQNVCKEKSRLEE
DLKEKESKFTCERHDLILERDSAKNARKSLDAKNAELQEKVKSLNLEKEDLKMKTVQLQS
RVESLTNEKAELSSEVGAAALEKKNQETEKEELQNKLGQTKKDLESQIRECEELKASKAS
LAQMLEEFKTNSQVTDSERLTLLQEKEDLLASQRKVSSEKDNLFRELQELKEKLHVLTEQ
LSLSHEKYNEASSSFEQEKQALRLQNSEMEMTLHNLRKEKMSLDSALEQQKTDFERLEEE
KGELEGKYTKALSEKETLSVEREKLAGDNRTTRSQLDGYGRTNADLLQQKSHLETKLEET
KYQKDELEAKITTLEREKTDLQNELRKHCSDVEILEKTKIELVADHNKVKAEFQKSNLEL
SQQVDNLKKDHHHLQSLQTEAEQKVHSFQKENQVLLQEVQELKKQMTSLSEAKDLLEMTL
QAENCEITKAKADKDGLSKQIEELQNTLSKVMQENKDISFHRKNADEQNKSFKAEMESLK
EQLKRREQENHQLGQDREQLATRLEEMDKRMTLLTSVKEELLASQSELKQETSSLCAKKE
TLLAEQSELLKKVRCLEASNKRLQTELQAQKTETINLEKRYKNALEEASASAVVKEEISS
SVLQLSAQKNALQAKRDEAAQQVRELESQLKNAISKQLEASGNAADALEKLVKEKEALLK
EKNEAQSLVEALQRSKDEIQTQLETLRKGNLKYQEDLNTSKEQLSTETQRLKSLCQEVEE
LKEAASVTSQTLQSLQEENKRLSQELANNHKDQGDLGTLTDEHSKLKKELEELKRSLPNN
VFSENALREQLSGEKAALQQSIHKNGALVAEKDQQVEKLKRELVAVREESASIKTLQNTI
ETLEQDKANLQDRVKRLEKDLAARPDLNLTSGDAVLDQLREDKETAESQVWQSH
NT seq
6285 nt
NT seq
+upstream
nt +downstream
nt
atgagcacagccaagcccactgggatcaaagctcccaccaagatagcaagaccacctgga
accggagccccaaagaccaacccacccacagctaaacctgctgtggctgacaaatcagct
gtcggagatggcaaggacgctgaagacgagttccagattggggagagagtatgggtgaat
ggaaacaagcctggctacatacaattcttgggagacacgcagtttgctccaggaaagtgg
gcaggaattgtcctggatgagccgatcgggaagaacgatgggtctgtggcaggggtgcgc
tacttccagtgtgaagcccttcgagggatatttacgcgcccctccaagttgtcccgcaca
gaaggcgatgctaacgggacccagactgcgccacaaagccgcgcaccatctcccacccct
tcagtcggaagcgtggcctcccaaacccctgctgctaaatcaaccttgccctcaagtgct
gccaccgccaagaaagcctcttccgccgcaccagctacagcagagccttctaacctggca
aaaacaaacagcggctccatctccaacctctctgagagcggctccgtcaagaagggggaa
agggagctgaagatgggcgatcgtgtgctggttggtggcacaaaggcaggagtggtgcgt
ttccttggagaaacggattttgccaaaggcgagtggtgtggcgtggaactggatgaacct
cttggaaagaatgacggggcagtggctggcactagatattttcagtgccaagctaaatat
ggcttatttgctccagttcacaaagtctcgcgtattggcttcccctccacaactccagcc
aaagcgaaaacgacagctcgaaaggtagtgaccacaccagccgggctgaagaaaagcccc
agttcctcttcaatcagcaccatgagctcagtggcgtcctccgtcagcaccaagccaagc
cggacaggactgctaactgaaacgtcatctaggtatagtcgaaagatttcgggcaccaca
gcgctgcaggaggccctgaaggagaagcagcagcatattgagcagctaatgggtgagagg
gacatggaaagagccgaggtggccaaggccaatagccatgttagcgagatggaacaagag
atcagcctgctcagagaagaccaggagcagatggagtcaaagatggatcagctccgttcc
ctggtggaagctgcagataaggagaaagtagaactgctaaatcagctggaggaagagcgc
aggaaagtggaggatcttcagtttcgagtagaggaggcttgtattaccaaaggagacctg
gagacgcagaccagactggagcatgcccacattaaggagcttgaacagaacctgctcttt
gaaaagaccaaagctgagaaactccaaagagagttagaagacactagggttgctacagtg
tcggaaagatcccgtatcatggaactcgagcgagaccttttactgcgcaacagagaagtg
actggcctcaagctgcgtcttgagatgcagcagaactccgaggacccgagcggcaccctg
tcccctatcctggaagagaacaactctcttagggatcagctttcagctgaagaagctaaa
caccaagaagaggtcgagtcatacagagcaaagctggaagcgcaggaaaaactccacagc
gaggcggtcgcccagcttcaggcgacaactgtaatgctgtccagcgacaaagaacagcta
cagatgcgcttaagccaagcagagaaggagaatgttgacaccgttgaactgtggcgttca
aagatggagtctgccatggaagagctgaaggcatcttttagcaacggtgcagatgctcag
atagacgagcttgcggaaaccaaaagtgctctggaaaagcttaaggtggagcatgaaata
gctttagaagaggcctcagccaaacacgaagccaaggtctcagctctgacccaggagatg
caggcacagctgtcgtctctgtccgaggaaaaggagcgactggaggagtcactgcggtcc
agtgtcgagaaagcagaggagcagcacctggtggagatggaggatgtccttggaaagctt
catgctgctgaaaccaggataaaggagctcgaagaaaaagaaaccaggctggcacaacag
tttcaggacaaggatacagaaaccaaagagcaagagggagatatggcaactctacgcagc
cagttagcacaaagtaaccaggagtgtgtggctctgaagagtcaagtagaggagctccag
aatcaaggagatggcagtcgagcagcggttgtggaactgagctcacagttggagggtaaa
gagcaggaagtggtcaccttacaggagagtctgactacactacagcagcagaaggacgtc
atggagagcgagattaaaagcctgaatctaaggctgcggcgaagcacagaggagctgaat
aaagccattgaaactatgaaagaaacaattgagaatctggttaagaagaacgaacactgc
acgtccttagctagtgaatcagagaccctaagaagtcagcttgctgtaacggagcgaaaa
ctgaagtctgcagacgaaaagcttgagcagctgtcaaaggacaagagcaagttggaaaac
gatatttcagacatgatgaaggcgtctggtgacgattcagtccagctcacaaaaatgaat
gaggatctcaagcagaaggaaaggagacttgaggagttgcagaatcagatggcagaggaa
aaagagaagatggcagatttgaaagaaaagctccagaaagagcagtctaacaaagggcat
gaaatgagtgttcttcaggagaagatagttaccttggaaaacgctcttaaacaaagtaag
agtcaggttgaggatttgaaggcctcacatgagaaatccctctccgaggcctccgagctc
catttgaaggaattcgagattctgcaaacacagtttgatcagttgaagatggagctttcc
tcctccaaggacaaaactggagagctggagaaaaccgtgtctgagctgcagacgtacaaa
gaacaggctcagcggctttctgctgagcttgactcctacgttgacaatatgtcaaaaaaa
ctggataagcagagtcttgatctggaaaacatgtttaagcaaagtgaagatcataaagct
gagagaggcaatctggagaggcggctttctgagttgcaaaataaactttctgtcactgag
attagttgcaaagaggtttcagtgcagaatgaagagctcctggcaactaatgataaactc
tcaaaacttcaagaggaactacagaccagtactaagcaattagatgaagagaggacttca
ctgaagaaggaactggagaatctcaaacacctgctgcaggaagcagaggccgaaaacaaa
gaactgcatcgtggtaaaggtgaatatttgactcaaattaaggagcttcaaagagaaaat
gctgagatgaatgactctgtcttgaagcatcagttggacgtcgagcaaaccgagtctaaa
aggaagcagctgcttgaggattatcaaaatgtttgcaaagagaagagccggctggaagag
gacctcaaggaaaaggagtcaaaattcacctgtgagagacacgatctgatattagagcga
gattctgcaaaaaatgctcggaagtctcttgacgctaaaaatgctgagctgcaggaaaaa
gtgaagtcattgaatttggaaaaagaagaccttaagatgaagactgtgcagctccagtct
cgggtagaatccctaacaaatgagaaagccgagttgtcgtctgaagtcggcgctgctgct
ctggagaaaaagaaccaagagacggagaaggaggagctccaaaacaaactcggccaaacc
aagaaagacttggagagtcaaattcgtgaatgtgaagagctgaaagcctctaaagccagc
ttggcccagatgcttgaagagttcaagacaaacagtcaagtgacagattctgaaaggctc
accctattgcaggaaaaagaagacctgcttgcatcccagaggaaggtgtctagtgagaaa
gacaaccttttcagagagctgcaagagctcaaggagaagctccatgtcctgacggaacag
ttgtccctttctcacgaaaaatataacgaggcatcatcgtcttttgagcaggagaaacaa
gcattgcgtctacagaactctgaaatggagatgacacttcacaacttgcgtaaagaaaag
atgagcctggattcagctcttgagcagcagaagacggattttgagcgtttggaggaggag
aagggagagttggaagggaagtataccaaggccttatctgagaaggagactctttctgtg
gagcgtgagaagctcgctggtgacaatcgcacaactaggagccagttggatggttatggc
agaaccaatgctgacctccttcaacagaagagtcatctggaaacaaagcttgaagaaact
aagtatcaaaaagatgagctggaagccaagatcaccactctggaacgagaaaagactgac
ctacagaatgaactgcggaaacattgctctgatgttgaaattctggaaaagaccaaaatt
gaacttgtcgctgatcataataaagtaaaagcggagtttcagaagtccaacttggagctt
tctcaacaggtagataaccttaaaaaggaccatcatcatcttcagtctctgcagaccgaa
gctgagcagaaagtccattctttccagaaggagaaccaagttctgctgcaggaagtccag
gagttaaaaaaacagatgacatctctgtcggaggcgaaggacctgcttgagatgactcta
caagctgaaaactgtgaaatcactaaagcaaaagctgacaaagatggtttgtctaagcaa
attgaagaacttcagaacactttgtccaaagtaatgcaggaaaacaaagatatatctttt
caccgcaagaatgctgatgaacaaaataagtcttttaaggcagaaatggaatctctaaaa
gaacaattaaaacggcgagagcaagaaaaccatcagttgggccaagatagggaacagctg
gcaactaggcttgaggaaatggacaaacggatgactctgttgacatcggtgaaggaagag
cttttagctagccagtctgaactgaagcaggagacgtcttctctttgcgccaagaaagaa
accttactcgccgaacagtcggagcttcttaaaaaggtgaggtgtttggaagcaagcaac
aaacggctgcagactgaactccaggcccaaaaaactgagacgataaacttggaaaaacgg
tacaagaatgctctcgaggaggcgtctgcgtctgctgtggtgaaagaagaaatatcctcc
agcgttttgcagctgtcggctcagaagaacgccctgcaggctaagagggatgaagccgcc
cagcaagtcagggagctcgagtcgcaactaaaaaacgctatttctaagcagcttgaggct
tctggtaacgccgctgacgctcttgagaagctcgtaaaggagaaagaagctttgctgaag
gaaaagaacgaagctcagtcattggtggaggcactgcagcgctccaaggacgaaatccag
actcagctggaaacattgagaaaagggaatttaaagtatcaagaagacctgaacacatcc
aaagagcagctttccacagaaacacagaggctgaagagtctttgccaggaagttgaggag
cttaaagaagcggcatctgtgacgtcgcagactctgcagagtcttcaagaggaaaacaaa
aggctgtctcaggagctggcgaacaatcacaaagaccagggagatctggggacgctaact
gatgagcactcaaaactcaagaaagagttggaagagttgaaacgaagcctgccaaataat
gtcttcagtgaaaacgctctgagggagcagctgagtggagagaaggctgccctccagcag
tccattcataaaaacggtgccttagttgcagaaaaggaccagcaggtggagaaactgaag
cgtgagttggttgcagtgcgggaagaaagtgcctctattaagacgctccagaatacaatt
gagactttggagcaggataaagctaatctacaggatcgcgtaaagagactggagaaggac
ctcgctgccaggcctgatctcaacctgacctcgggagatgcggttttggaccaactgaga
gaagataaggagactgcagagagtcaggtctggcagtctcactaa
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integrated database retrieval system
