Salmo trutta (river trout): 115174949
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Entry
115174949 CDS
T08542
Name
(RefSeq) filamin-A-interacting protein 1-like isoform X1
KO
K27698
filamin-A-interacting protein 1
Organism
stru
Salmo trutta (river trout)
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
stru04812
]
115174949
Cytoskeleton proteins [BR:
stru04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Others
115174949
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CortBP2
Mce4_CUP1
Motif
Other DBs
NCBI-GeneID:
115174949
NCBI-ProteinID:
XP_029589865
Ensembl:
ENSSTUG00000031371
LinkDB
All DBs
Position
35:26297459..26346794
Genome browser
AA seq
1220 aa
AA seq
DB search
MRSRSSTAMEDPDDRQINRATQRGAFKEEEEENTLEKQKEGKIQTAEPGKVKRPCRTPEI
NRGQQNAAWVMDLSKEDFLRLLGVMEGEVQAREDIIHMLKSERTQPEALEAHYGSAAPIK
PLQALQRDSLLTNNTTTLGDDVYQMPMQELDRLEDKHRETYRRMLEQLLLAEKCHRRTVN
ELDNEKRKHTDFMNKSDDFTNLLEQERERLKELLEQEKVYQARKEKDQSRRLEKVREELV
KLKSFVLMLVDERQLHIEQIDQQRQKVQDLGSELQEREQRLVAVSGNAKEDSQKVLKLEA
ELECKAAKFTQEREEMTAKLANQESQSRQLRLKLASLAHRIEELEESNKALQKSEEDLLE
LRDKISKGGCGNSSLMAELETLRKRVLEMEGKDEEITKTESQARELRKRLQDEETTGREL
RLEVEKLRKRMGELEKLEGAFNTNKSECATLHVNIVREKGLANDLAGELDTVKKRMKELE
NSESRLEKAEMDLKDDLMKLKSFTVILVDERKNMTEKIKQEELKSDDLNNMFKTEQGKVM
EVTEKLIEESKKFLRLKSEMEVKVTSLTKEKDELKTKLASEEEKCRDLSFKVGVMKKQMK
GLEEAERESLKSRANEYKRSLDEHYKVKELTQEIERLKNRLKQLEVVEGDLMKTEDEYEL
LEKKFRTEHDKANVLAQLLDEMKSQTAMNKAIEKGEAVSQEAELRMRYKIEEARTRDLQA
DVQALKEKIHELMNKEDQLSQLQVDYSLLQQRFLEEDDKKKSLSQEVVNLTKELEVTKRY
SRALRPSMNGRRIVDVPVTSTAVQTDVVVNEPVEEDTPAVFIRKSVLEENHIMSNLRQRG
LKKPATVLERYPPAATDLGLRKSWIPWMKKNDAVTITQTTPEKTLSRQINGDSSPHPPEL
TMSQKPGQPLHIRVTPDHEKSTASLEITGPRAEDFFSSTTIIPTLGLQRPRITIVPKPTT
VSSKSKPGEGMMGGPERCKSPVTITTISRAKSPDRSKGSSYSDSNRPREAPVSIITVNTT
PVAFASASPEPHDMSTMGRAVFKVTPEKQTVPTPVRNYNSNASIITTTEDNKIHIHLGAQ
FKRPSHRSSNSPTVTVRSLSVSTESKEAPTGTVLRSPCHPNNTTMPGKTTPSKLTSSITI
TPITSALSRPTQSVPGADVQSSRATATRIPMPKGMKTGKAVVTGVSTVTRLESRAESQSM
KIELKRSTVCSSTSLGGGKG
NT seq
3663 nt
NT seq
+upstream
nt +downstream
nt
atgcggtccaggagcagcacagccatggaggacccagatgacagacagataaaccgggct
acccaaagaggagccttcaaagaggaggaggaggagaacacactagagaaacagaaagag
gggaagatccagacggcggagcctggaaaggtgaaaaggccctgtagaaccccagaaatc
aacagaggacaacagaatgcagcatgggtgatggacctctctaaggaggactttctccgt
ctgctgggggtcatggagggagaggtgcaggccagagaggatatcattcacatgctgaag
tcagagcgtacccaacccgaagccctggaggcccattacggctcagctgccccaatcaaa
cccctccaggccctgcagagagacagcctactgaccaacaacactacaacgctaggggac
gacgtctaccagatgcccatgcaagagttggaccggttggaggacaagcatcgcgagact
tataggcgtatgctggagcagctgctgctggctgagaagtgtcaccgccgcacagttaac
gagctggacaatgagaaacgcaaacacaccgacttcatgaacaagagtgatgacttcacc
aacctactggaacaggagagggagagattaaaggagctgttggagcaggagaaggtgtac
caggctcgtaaagaaaaggatcagagcaggaggctagagaaggtccgcgaggagctggtc
aaacttaagtcctttgtcctgatgctggtggacgagcggcagctccatatcgagcagatt
gaccagcagaggcagaaggtccaggacctcggcagcgagctccaggagagagaacagcga
ctggtcgctgtcagcggcaacgcaaaggaggacagccagaaggtcctcaaactcgaggcg
gagctagagtgcaaagctgccaagttcacccaggagcgtgaggagatgactgccaagctg
gccaaccaggagtcccagagccgccagctccgcctgaagctggcaagcctggcccacagg
atcgaggagctggaggaaagcaacaaggcactgcagaagtcagaggaagatctcctagag
ctgagggacaagatcagcaagggcgggtgtgggaactccagcctcatggcggagctggag
acactgcgcaagagagtcctggagatggagggcaaggacgaggagatcaccaagacagag
agccaagccagggagctgaggaagaggctacaagatgaggagaccactggccgggagctg
aggctggaggtggagaaattgcgaaagagaatgggggagctggaaaaactggagggggct
ttcaacacaaacaaatcagagtgtgcaacacttcatgttaacatagtaagagagaaagga
ctggcaaatgacttagctggtgagctggacacagtcaaaaaacgtatgaaagaactggag
aactctgaatcgagacttgagaaagcagagatggacctaaaggatgacctgatgaagctg
aagtcatttacagtgatactagtggatgagaggaagaacatgactgagaaaattaaacag
gaggagctaaagagcgatgatttaaataacatgttcaaaactgagcagggtaaggttatg
gaagtcacagaaaagttgattgaggagagcaaaaaattcctcagactgaaatcagaaatg
gaggtaaaagtgacgtctcttactaaagagaaagatgaactgaaaacgaaactcgcaagt
gaagaggaaaagtgcagggatcttagcttcaaggtcggcgtgatgaaaaaacaaatgaag
gggctagaggaggcagaaagagaatcattaaaaagcagagctaatgagtacaaaagatcc
ctagatgagcactacaaagtcaaggagctaacgcaggaaatcgaaagactcaaaaaccgc
ctaaaacagctagaggtggtggaaggtgacctgatgaagacagaggacgagtacgaatta
ctggagaagaagttccgaacggagcacgacaaggccaatgttctcgctcagctgctggat
gagatgaagagtcagaccgccatgaacaaggccatagagaagggagaggcggtgagccag
gaggctgagttaaggatgcgctacaaaatagaagaggccagaaccagagacctgcaggca
gacgtccaggccctcaaagagaagatccacgagctgatgaataaggaggaccagctctcc
cagctgcaggtggactactccctcctccagcagaggttcctggaggaggacgacaagaag
aagagcctgagccaggaagtggtcaacctcaccaaggagctggaggtcaccaagcgctac
agccgcgccttgcgtcccagtatgaatgggaggaggatagtagacgtcccagtcacctcc
accgcagtgcagacagatgtagtggtcaatgagcctgttgaggaggacacacctgcagtg
ttcatcaggaaatctgtcctggaggagaaccatattatgagcaacctgaggcagaggggt
ctaaagaagcctgcaaccgtgctggagcgctatccccctgcagccactgatctgggcctg
agaaaatcttggataccttggatgaaaaagaatgatgcagtgacgatcactcagaccacc
ccagagaagaccctatcccgtcagattaatggggactcttcccctcatccacccgagctg
accatgtcccaaaagccaggccagccgctgcacatccgagtgacccccgatcacgagaaa
agcactgcctccttggagatcactggccctcgtgctgaggacttcttctccagcaccacc
atcatccccaccctgggccttcagaggccccgcatcaccattgtacccaagcccaccact
gtgtcctcaaagagcaagccaggtgagggcatgatgggggggcctgagcggtgcaagtct
ccagtcaccatcaccaccatctccagggccaagtccccagacaggagtaagggctcctcc
tactcagactcgaacagacctagagaggcccccgtctccatcatcacagtgaacaccact
ccagtggcctttgcctccgcatcccctgagccccatgacatgagcaccatgggccgggct
gtgttcaaggtgacccctgagaagcagacagtgcccacgcctgtccgaaactacaactcc
aatgccagtatcatcaccaccacagaggacaacaagatccacatccatctgggagctcag
ttcaagaggccatcacaccgcagcagtaacagccccacggtgacagtaaggtcccttagt
gtgagcacagagagcaaggaggcacccacaggtacggtgctgcgctccccatgtcacccc
aacaacaccaccatgcctgggaagactacgccaagcaaattgaccagcagcatcaccatc
acccccatcacctctgccctctccaggccaactcagtctgtgcccggggcagatgtgcag
tcatctcgggccacggccacacgaatccctatgccaaaaggtatgaaaacaggcaaggca
gttgtgacaggcgtttccactgtgacacggttagagtcgcgagccgagagccagtctatg
aaaattgaactgaagaggtcgacagtctgcagctctacctccttagggggagggaagggc
tga
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