Salmo trutta (river trout): 115172663
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Entry
115172663 CDS
T08542
Name
(RefSeq) inverted formin-2-like isoform X1
KO
K23958
inverted formin-2
Organism
stru
Salmo trutta (river trout)
Pathway
stru04820
Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09140 Cellular Processes
09142 Cell motility
04820 Cytoskeleton in muscle cells
115172663
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
stru04812
]
115172663
Cytoskeleton proteins [BR:
stru04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Formins
115172663
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
FH2
Drf_FH3
Drf_GBD
FH3_FHOD1-3
ELMO_ARM
WH2
Motif
Other DBs
NCBI-GeneID:
115172663
NCBI-ProteinID:
XP_029586184
Ensembl:
ENSSTUG00000015643
LinkDB
All DBs
Position
33:22586873..22615570
Genome browser
AA seq
1228 aa
AA seq
DB search
MSVKSDGKRKWAAVRGHLGSSQDSDTQLEANLESADPELCIRMLQVPSVVNYSGLKRRLE
GSEESWMVQFLELSGLDLLLEALDRLSGRGCSRITDALLQLTCVSCVRAVMNSSAGIHFI
VENEGYIRKLSQALDTSNTMVKKQVFELLAALSMFSSDGYRLALDALDHYKGVKTQLYRF
SVIMNELQATDNVPYMVTLLSVINAIIFGTDDLQQRDKMRKEFIGLQLLDILPKLRDEED
EDLIIQCEAFEEAMSEDEEELLRVYGGIDMSSHQEVFITLFNKVSSSPSSRQLLSILQAL
LLLGPERADIWQALEAITNRAILLNQDSHMDSREIIMQRLVFSKRRTAGVDAVDGLPPKK
IDKAVQTDMVDDDQERLTKCSINVSSPPLLPPPSLYPNMMGPGPLQCPPPPPPPSTPPLQ
HIGGGVPPPPTPLPGMQVSPGCPPPPPPPPPGMGGGGPPPPPPLPGMPGLPPPPPPPPGI
GGIVVAQSSQSLGSTAASKAGRCPTLRMKKLNWQKLRAVTDGHSMWTSAQKDAPLEPNYS
SIEQLFCLPVTEHKDKGAAAPVKKEPKEISFIDAKKNLNLNIFLKQFKCSHDEFVVLIQS
GDRSKFDVEVLKQLIKLLPEKHEIDNLKSFQGEKLKLANVDRFYISLLAVPCYQLRIDCM
LLCEETTSVLDMLKPKAEVVELACQCLRMSTLMPSFCRLILDVGNFLNYGSHTGNAECFK
ISSLLKLTETKANKSRITLLHHILEEAELNHPELLNLPDDIEICEKAAGVNLDSIQAEAS
ALLKRLKEAAKKVTNSVDDVKEQFEKVIEENLEACLDLEKRFAEIVRKKGDLALYLCEDA
NQLSLEELFGTIKTFRGLFIKALKENKSRKEQAVKAEKRKKQLEEEESKRQKGENGKIIR
KGPPPQDDGCIIDHLLNDIRKGFHLRKTRPRCETDSPLSCEMNRDTGQPGSSVKPVKDVE
ASVSEASSTPIPTQPQAEERAPREGVNECLSKPKEKYPKKTALSKANRLPAEPQDGGEPP
PTLPTDNSPPLAILGMDVINNTPSPSTFTDLAEINQNVNSGLVMEDLMPECSQSNGEGQL
NGACTMAVTDMDMIIESKLMGKTIGQDDVEGKRSSMMVKTVRPDETGDDMMVKMVAQDEG
VTNGHRDTNGNKCLVSAAQSILAYDVHDGVDSKDLLSSGSEALPSFESGPLTPEDKKQQK
LFRRNKNKSNEGNTGKGHPKCKKGCVLQ
NT seq
3687 nt
NT seq
+upstream
nt +downstream
nt
atgtcagtgaagtcggacgggaagaggaagtgggcggcggtgaggggccatctgggctcc
tcccaggactcagacacccagctggaggccaacctggagagtgccgacccagagctgtgc
atccgcatgctccaggtgcccagtgtggtcaactactctgggctgaagcgtcgtctggag
ggcagcgaggagtcctggatggtccagttcctggagctgagtgggctggacctgctgctg
gaggccctggacaggctatctgggaggggctgctcccgcatcacagatgccctgctgcag
cttacctgtgtcagctgtgtccgggccgtcatgaactcctcggctgggatccactttatc
gtggagaatgagggctacatccgcaaactctcccaagccttggacacgtccaataccatg
gtgaagaagcaggtgtttgagctgcttgctgccctgagcatgttctcctctgatgggtac
cgtctggccctggatgccctggaccattacaagggtgtgaagacccagctgtatcgcttc
agtgtgatcatgaacgagctgcaggctacagacaacgtgccctacatggtcaccctcctc
agtgtcatcaacgccatcatctttgggacagacgacctgcaacagagagacaagatgcgc
aaggagtttattggattacaattacttgatatactgcccaaattgagagatgaggaggat
gaggacttgatcattcagtgtgaggcgtttgaagaggccatgtctgaggatgaggaggag
ctgctgagggtctatggaggcatagacatgagcagtcaccaggaggtgttcatcaccctc
ttcaacaaagtgagcagctctccatcgtcccgccagctgctgtccatcctacaggccctg
ctgctgctggggcctgagagggctgacatctggcaagccctggaggccatcactaaccgg
gccattctgctgaatcaagactctcatatggactctcgtgagattattatgcaacgcctg
gtgttctcaaagcgcaggacagctggtgtcgatgctgtggatggtctgccacccaagaag
attgataaggctgttcagaccgatatggtggacgacgaccaagaaagactgaccaaatgc
tccataaatgtgtcctctcctccactactccctccaccttccttatatcccaatatgatg
ggaccaggtccccttcagtgcccacctccccctcctccaccctccactccaccattacaa
cacattggaggtggagtacccccaccaccaactcctctaccagggatgcaggtttcccca
ggatgccctcctccacccccacctcccccaccaggaatgggcggtggaggacctccacca
cccccacccttgcccggtatgccaggcctgccgcctccaccaccacctccccctggcata
ggtggcattgtggtggcccagagtagccagtccctggggtctactgctgcctccaaggca
ggccgttgccccaccctgaggatgaagaagctcaattggcagaaactcagagctgtcact
gatggtcattccatgtggacttcagctcagaaagatgctcctctggagcccaactactcc
agcattgaacagctgttctgtctcccagtgaccgaacacaaagacaaaggggcagctgct
cctgtcaagaaggagcctaaagagatctcctttattgatgcaaagaagaacttgaatttg
aacatatttcttaagcaattcaaatgctctcatgatgagtttgtggtgttgattcagagt
ggggatcgctctaagttcgatgtggaggtcttgaagcagcttattaaactcttacctgag
aaacatgagatagataacctgaaatccttccaaggagaaaaattaaagttggccaatgta
gaccgattctacatctctctcctggctgtaccatgttaccagctgaggatagactgtatg
ttgctgtgtgaggagaccacctcagtactggacatgctcaagcccaaagcagaggtggtt
gaattagcatgccagtgtctcagaatgagcactctcatgcctagtttctgcaggctcatc
cttgatgtgggaaacttcctcaactatggaagtcacacagggaacgctgagtgctttaag
atcagctctctgctgaagctgactgagactaaggccaacaagagccgcattaccctgctc
catcacattctggaggaggcagagctgaaccacccagagctgttgaaccttcctgacgac
attgagatttgtgaaaaggcagctggagtcaaccttgactccattcaggcggaagccagt
gccttactaaaacgactgaaagaagcggcaaagaaagtcaccaactctgtggacgatgta
aaggagcagtttgaaaaggtcattgaggaaaacctggaggcctgcctggatttggaaaag
cggtttgcagagattgtgaggaagaagggtgacctggccctctacctgtgtgaggatgca
aaccaactctccctggaagagctcttcggcaccattaagaccttcagggggcttttcatc
aaagccttaaaggaaaacaagagcagaaaagagcaagctgtgaaggcggagaaaaggaag
aagcagcttgaggaggaggaatccaagagacagaagggggagaacggaaaaataatccgg
aaaggacccccgccacaggacgatggctgtattatcgaccacctccttaatgatatccgg
aaaggctttcatctcaggaagacccggcccaggtgcgaaacggatagccccctctcttgt
gaaatgaatagggatacgggccagcccggatcaagtgtcaagcctgtaaaagatgtcgaa
gcctcggtctcagaagcctccagcactcccattcccacccaaccccaggcagaggagagg
gcaccaagagaaggagtgaacgaatgcctcagcaaacccaaagaaaaataccccaaaaaa
acagctttgtcaaaagctaaccggctcccagctgaaccccaggatggaggggagcctccg
ccaaccctccccacagacaattcgccacccctggcgatactaggaatggatgtcataaat
aacaccccaagcccctctaccttcacagacctggctgaaatcaaccagaatgtcaacagt
ggcctggtgatggaggacttgatgcctgagtgctcacagagcaatggagagggtcaactt
aatggagcctgcacaatggctgtcactgatatggacatgattatagagagcaagctaatg
ggaaaaaccattggccaagatgacgttgaaggtaagaggagcagcatgatggtaaagact
gttagaccagatgagactggggatgacatgatggtgaagatggtggcacaggatgagggt
gtaactaacggacaccgagacaccaatggcaacaagtgtttggtcagtgcggcgcaaagc
atactggcttacgatgtgcacgatggagtggactctaaagatctgctctcatcgggatct
gaagctctgccttcttttgagtcgggacccctaacaccagaggataaaaaacagcagaag
ctctttagaagaaacaaaaataagagtaatgaaggtaacactggaaagggacaccctaaa
tgtaaaaaggggtgtgtgttgcagtga
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