Musa acuminata (dessert banana): 135607361
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Entry
135607361 CDS
T03447
Name
(RefSeq) formin-like protein 18 isoform X1
KO
K28090
formin
Organism
mus
Musa acuminata (dessert banana)
Brite
KEGG Orthology (KO) [BR:
mus00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
mus04812
]
135607361
Cytoskeleton proteins [BR:
mus04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Formins
135607361
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
FH2
PTEN_C2
RD3
Motif
Other DBs
NCBI-GeneID:
135607361
NCBI-ProteinID:
XP_064955199
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All DBs
Position
BXJ2-3:10536359..10548466
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AA seq
1259 aa
AA seq
DB search
MAMFRKFFYRKPPDGLLEISERVYVFDCCFTTDILEEKEYRVYMGGIVSQLHEQYPDASF
MVFNFREGESQSQISSVLSEYDMLVMDYPRQYEGCPLLTMEMIHHFLRSGESWLSLGQQN
LLLMHCDRGGWPVLAFMLAALLVYHKQYTGEQRTLDMIYKQAPRELLQLLSPLNPLPSQL
RYLHYISRRNVAMEWPPLDRALTLDCIILRFIPDLNATGGCRPIFRIYGQDPFIASDQTP
KVLFSTPKKSKLVRFFKQEDCELVKIDIHCHIQGDIVLECISLDEDLIREVMMFRVMFNT
AFIRSNILMLDRDAIDILWDAKDRFPKDFRVEVLLSEMDAADPLISSELTSGEEKDGLPI
EAFAKVQELFNNWDWLETNVDAATKVLQQISSSKNLQEKLDAMSPQKFEADVKLKRTSYD
VLREELQLGETDDDGNKKSLLSSPKEQSAPLDEGSDSITESQNVELDGPQMSAQCPSRIE
QIPASPSTPAFSSDSPQVPGSDATVSRYHSSPSSLGVITPLHDHVAFDSSEVTQTTMLAS
PLPTSSASGSNISSELSQCQSSEQLLTSSASHIKDTSHASPSPPLSPLPPAAAAESDAET
TLKPTAVAEVPSLTTESSIPEVPPSPAPELSTPTPHTFVSPLPSHHGTSSQANDKPTSHP
PPPPPPPPPPPPPVEGTSSASVSAGLEKPASAPVAHQVVSSNMAGKSVPKPPPPPLMASP
SLQSNLMPVRNASEGAGVPPPPPPLPGPAAASSAPPPPPPPNISSQHSTKSSSAPPVPPP
PAPSSSLGSLTAPKSSGGKKTNSEVIPPPPPNGMNAPPGGKGRILAPTSNYRGMQTAQAL
SRKANLKPLHWIKVTRAVQGSLWAESQNCDECLKAPEFDMSELESLFSAAVPNSELRRLG
SKSSGSMGPKSDKVHLIDLRRANNCEIMLTKVKMPLNDLLSSVLTLDDSILDVDQVDNLI
KFCPTKEEMELLKGYNGDKENLGKCEQYFLELMKVPRVESKLRVFSFKIQFQSQVADLKA
SLNIVNSAAEEIRSSVKLKRIMKTILSLGNALNQGTARGSAVGFRLDSLLKLTDTRARNN
RMTLMHYLCKVLADKLPELLDFPKHLVSLELAAKMQLKFLAEEMQAINKGLEKVEQELTA
SENDGPVSQIFCKTLEEFLGVAEAEVRSLTSLYSNVGRNADALALYFGEDPTRCPFEQVV
STLLNFVKMFVRAHEENCKQLEMEKKKAQKEAENEKLKINSSKNAPQNIPSTTGSANTT
NT seq
3780 nt
NT seq
+upstream
nt +downstream
nt
atggcgatgtttcgcaagttcttttaccgcaagccacccgatgggcttctggagatttcc
gaaagagtctatgtgttcgattgctgtttcacgactgatatcttggaagaaaaagaatac
agggtgtacatgggaggcattgtgtcacagctccacgaacagtaccctgatgcctccttc
atggtgttcaacttccgagagggggagagccaaagccagatttctagcgtcttgtcagag
tatgacatgcttgtgatggactacccacggcagtatgaaggatgcccgctgctcacaatg
gaaatgatccaccatttcttgaggtcaggcgagagctggctctcgttgggtcagcagaac
ctcttgctgatgcactgcgatcgaggaggatggccggtcctagctttcatgttggcggcg
cttctggtttaccacaagcagtacacaggcgagcagaggacactggacatgatctacaag
caggccccccgtgagctcttgcagctgctgtcgccgctgaatccgctgccttcccaactg
agatacctgcattatatatcaaggagaaatgtggccatggaatggcctccgcttgatcga
gctcttactttggactgcataatccttaggttcattcctgacctcaatgcaacaggtgga
tgcaggccaatatttcgaatttatggccaggatcccttcattgcttctgatcagactccg
aaagttctattctcaacaccaaagaaaagcaaactggttcggtttttcaaacaggaagac
tgtgaactagtcaagatcgacattcattgccatattcaaggagatatcgtacttgagtgc
atcagcttggatgaagatctaatccgggaagtgatgatgttcagggtcatgttcaataca
gccttcatcaggtctaacattttgatgctagatcgtgatgccattgacatcttgtgggac
gccaaagatcggtttcctaaagatttcagggtcgaggttcttctttcagagatggatgcg
gctgatccacttatatcttcagaattgacgagtggtgaggaaaaagatggccttccaatt
gaagcatttgccaaagtgcaagaactgttcaacaattgggattggctggaaacaaatgtg
gatgctgccacgaaagttcttcagcagatatcttcgtccaagaacttgcaagagaagttg
gacgcaatgtctccgcaaaagttcgaagctgatgttaagctgaaaaggacgagctatgat
gtgcttcgtgaggaactccagttgggagaaaccgatgatgatggaaacaagaaatcgtta
ctttcttctcccaaggagcagtctgctccacttgatgagggttctgattcgattacggaa
agccaaaatgtcgaactggatggtccgcagatgtcagcacaatgcccttctcggatagaa
caaattccagcatctccatcgactcctgccttttcttctgattctccgcaagtgccgggc
tctgatgcaactgtttctagatatcatagttcaccttcatctcttggagtcataactccg
cttcatgaccatgttgcatttgatagctctgaagtaactcagacaacaatgttagcttca
cctcttccaaccagttcagcttctggatccaatatttcttcggaattatcacaatgccag
tcgtcagaacagctattgacatcttcagcaagtcacataaaagatacttcacatgcatct
ccttctcctcctctgtcccctctccctcctgctgctgctgctgaaagtgatgctgaaaca
actctcaaaccaacagcagtagcggaagttccatctttgacaactgaaagctcgattcca
gaagttcccccatcacctgctccagagctttcaactccaacaccacatactttcgtgtct
cccctaccttctcatcatggaacttcttcacaggctaatgataaaccaacttcacatcct
cctcctcctcctcctcctcctcctcctcctcctcctcccgttgaaggaacatcatccgcc
tctgtctctgctggcttggaaaaacctgcttctgctccagttgcacatcaggtagtctca
agcaacatggcaggcaagtcagtacctaaacctcctccaccacccttgatggcctccccg
agtctccaaagtaacttaatgcctgtgagaaatgcatctgaaggagcaggtgttcctcca
cccccacccccgctgcctggtcctgcagctgcaagctcagcaccacctccacctccacca
cctaatatttcatcacaacattctaccaaatcatcatctgccccacctgtaccacctcct
cctgcaccttcaagttccttggggagccttactgctcctaaatcatctggaggtaagaaa
accaactctgaggtaatacctccgccaccgccaaatggcatgaatgctccaccaggtggg
aaaggacgcatcttggcaccaacttcaaattacaggggaatgcagactgcacaagcatta
tctagaaaggctaatttgaagccattgcattggatcaaagtaacaagagcagtgcaagga
agcctatgggcggagtcacaaaattgtgatgaatgcttgaaggcgccagagttcgacatg
tctgagcttgagagtctcttttcagctgcagttccaaattctgaacttcggcgtttaggt
tccaaatccagtggttccatgggtccaaaatctgacaaagttcatctgattgatcttaga
cgagctaataattgcgaaatcatgcttacaaaggttaagatgccactaaatgatttactg
agttcagttcttacccttgacgattccattttagatgttgatcaggttgataacctcatt
aagttttgcccaacaaaggaggaaatggaactactcaagggatacaatggagataaagaa
aacttagggaaatgtgagcagtatttcttggagctgatgaaagtaccacgggtggaatcc
aagctaagagtgttctcatttaaaatccaattccaatcacaggttgctgacctcaaagct
agcctgaacattgtcaactctgctgcagaagagatcagaagttctgttaaattgaaaaga
attatgaagaccattctttctttgggaaatgcattaaaccagggaactgccaggggttct
gccgttggatttaggttggatagccttctcaaacttactgacacacgtgcacgcaacaac
aggatgactctcatgcattatttgtgcaaggttcttgcagacaaacttcctgaacttctt
gattttcccaagcatcttgttagcttggaacttgcagctaagatgcaactgaaatttctg
gcagaagaaatgcaagcaataaacaaaggccttgagaaggttgaacaggaattgacagca
tcagaaaatgatggtcctgtatcacaaattttctgtaagaccctggaggagtttcttggt
gttgccgaagctgaagttcgatctctaacttcactttattccaatgtgggtagaaatgct
gatgcattggccctttatttcggagaagatccgacacggtgtccattcgaacaagttgtc
tcaacactcctcaacttcgtcaaaatgttcgtgcgcgcccacgaagagaactgcaaacaa
ctggagatggagaagaaaaaggcgcagaaagaagcagaaaatgaaaagttgaagatcaac
agttcaaagaacgcgccacagaacataccatccacgaccggtagtgccaacaccacatag
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