Helianthus annuus (common sunflower): 110928821
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Entry
110928821 CDS
T05101
Name
(RefSeq) formin-like protein 13 isoform X1
KO
K28090
formin
Organism
han
Helianthus annuus (common sunflower)
Brite
KEGG Orthology (KO) [BR:
han00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
han04812
]
110928821
Cytoskeleton proteins [BR:
han04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Formins
110928821
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
FH2
PTEN_C2
Motif
Other DBs
NCBI-GeneID:
110928821
NCBI-ProteinID:
XP_022027552
LinkDB
All DBs
Position
3:complement(26312930..26329225)
Genome browser
AA seq
1263 aa
AA seq
DB search
MTLLKKLCYKKPPDGLLEISERVYVFDCCFTTDAWDEENYKCYVGDIVNNLKDHYPHASI
LVFNFREGDTKSQLASALSSHDMTIVEYPRHYEGCPLLTMEAIHHYLRSCESWLSFGAQN
VLLMHCERGGWPVLAFMLAALLIYGKIYSDEAKTLDMVYKQSSSELLHWFSALNPRPSQV
RYLQYVSRRNVATEWPPLDRALSLDCVMMTLIPDVDGNGGCCPVFSIYGQDPYMPGDKTT
KLLYTTPKRSKNVRYYKQADCEIVIIDIACHIQGDIVLECINLHDDWEHENLIYRAMFNT
SFIRSNILILNRYEIDVLWDAKYQFPDDFKAEFLFSEMDSAASIVPVDSYFFQKSEGLPI
EAFDTVQEMFNSVDWLDPKSDAAFDKDRIGPLKHDPASPKEKPVNSQTSLDSSTSSISSS
TPEPVHPYLLGKQVTGDKESLLTKSDQSLHKPLDIEVRMRPAESTSQMGSPTRSIFVQPS
PRLKNVDTKVGPSTSSREEQSPAPQTARTPRTPGGSLVSPPPSPPTPPGREKLAMGDGPT
PPWSPTKETTNRPPSQPLSPPPITAPTKEKTAPPSQPVLPPSTTAPTKEKNAPPSQPISP
PPTTASTKEKTTPPPSQPVAPPPTTAPTKEKSAPPPLQPLSPPPVTAPTKEKTAPPPSQP
VSPPPTTAPTKEKNAPPPSQPVSPTPTTVPTKEKTTPAAAQPLPAVPPSQPVSPPPTTAP
TKEKPETKAGSYTPTPPPPALPPPPPTISLKEIPTKIGGPTPPPPPPPPFGSPSPAPPPP
PPAPSSASPHPPPPPPPGGGVPPPPPPGGGVPPPPPPSRGGLPGAPAPPPPLGRGRGLSP
AMSRNQNAKKLKPLHWLKLTRAVQGSLWAETSKSGEAVKTPEIDISELENLFSAANPNAD
KGAAKSKSAAKANKPEKVQLIDHRRAYNCEIMLSKVKIPLHELMDYVLALDESALDADQV
ENLIKFCPTKEEMETLKGYKGEKDKLGKCEQFFMELMKVPRTEAKLRVFSFKLQFGSQVS
DLRKSLNAVNSAVDQVRNSCKFKRVMQTILTLGNALNQGTARGSAVGFRLDSLLKLTDTR
ARNTRMTLMHYLCKVLADKLPELLDFSKDLNSLEPASKVQLKYLAEEMQTISKGLEKVVQ
ELSTAENDGPVSEKFRIALKEFLCSAESEARALASLYSLVGKNVDALILYFGEDPARCPY
EHVVSTLRNFVRLFNQAHEENLKKIEADKKKAEKEKESSNEMSKNDSKTELENTKKSFVK
TVE
NT seq
3792 nt
NT seq
+upstream
nt +downstream
nt
atgacgttgttaaagaaattgtgctacaagaagccgcctgatggacttctcgagatttct
gaacgagtttacgtctttgactgttgtttcactactgatgcatgggatgaagaaaattac
aaatgttatgtaggagacatagtaaataaccttaaggatcattatccacacgcttcaatt
ctcgttttcaattttcgcgaaggagatacaaaaagccagctagcctccgctttatcaagt
cacgatatgaccatagtggaatatcctcgtcactacgaaggttgcccattgctcactatg
gaagctatccaccattatctaagatcatgtgaaagctggctttcattcggggcacaaaac
gttcttttaatgcattgtgagcgtggtggttggcccgttctggcattcatgttggctgca
ctattgatttacggtaaaatttactccgatgaagccaagacattggacatggtttataag
caatcctctagtgagctattacattggttttcagcgttgaatcctagaccctctcaagtg
aggtatttgcaatatgtatcgaggagaaatgtggctacggaatggccaccgttggatcga
gcactcagtttggattgtgtgatgatgacattgattcccgatgttgatggaaacggtggt
tgttgtcctgtattcagtatttatggacaagatccttatatgcctggtgataaaactacc
aaacttttgtacacgaccccgaagaggagtaagaatgttcgatattacaaacaggcagac
tgtgaaattgttataatagacattgcttgccatattcaaggtgacattgtgctggagtgt
attaacttgcatgatgattgggagcatgaaaatctaatatatcgtgcgatgtttaataca
tcatttatcagatcaaatattttgattcttaatcgttatgaaattgacgtactgtgggat
gctaagtatcagttccctgatgacttcaaggctgagtttcttttctcggaaatggattct
gcagcttctatagtacctgtggattcatacttttttcagaaatcagagggtctccctatt
gaagcatttgatacagtccaagaaatgtttaatagtgtggattggctagaccctaaaagt
gatgctgcatttgataaagatcgtattggaccattaaaacatgatccagcgagccctaaa
gagaagcccgttaattcacaaacatcattagatagttcaacaagttctatctcttcttct
acccctgaacctgtgcatccataccttcttggaaagcaagttactggtgataaagaatct
ctgttgaccaagtctgaccagtctttacataaaccgttagatattgaggttagaatgcgt
cctgctgaatcaacttctcaaatgggttctccaactcggtctatattcgttcagcctagt
ccgcggttaaagaacgttgatactaaggtgggaccttctacatcatctagagaggagcaa
tctcctgcaccacaaacagcacgcacaccacgcacaccaggcggttcactagtgtctcca
ccaccgtctcctccaactccaccaggaagagagaagttagcaatgggcgatgggcccact
ccaccatggtcgcctacaaaagagacaactaatcgaccaccatcacaaccgctatcacca
cctcctataaccgcacctacgaaagagaagactgctccaccgtcacaaccagtattacca
ccttctacaactgcacccacgaaagagaagaacgctccaccgtcacaaccaatatcacca
ccccctacaactgcatctacaaaagagaagacaactccaccaccatcacaaccggtagca
ccacctcctacaacagcacctacaaaagagaagagcgctccgccaccattgcaaccgcta
tcaccacctcctgtaactgcacctacgaaagagaagaccgctccaccaccatcacaacca
gtatcaccaccgcctacaactgcacctacgaaagagaagaacgctccaccaccgtcacaa
ccggtatcaccaactcctacaactgtacctacgaaagagaagacgactccagcagcagca
caaccactgccagcggtaccgccatcacaaccagtatcaccacctcctacaactgcacct
acaaaagagaagccagaaaccaaagctggatcctatacaccaacaccaccaccaccagcg
ctaccgccacctcctccaacaatatctctaaaagagataccaacaaagataggtggtccc
actccaccaccaccaccgccgccgccatttggttcaccatcaccagcgccaccaccacct
ccccctgctcccagctccgcatctccacaccccccaccaccccctcctcctgggggcggt
gttccaccaccacctcctcctgggggcggtgttccaccaccaccaccaccatcaagagga
gggttgcccggagctccagctccaccaccaccattaggaagggggcgcggtctatcaccg
gcaatgtcaagaaaccaaaatgcaaagaaacttaagcctttacattggttaaagttaaca
agggcagtacaaggaagcttgtgggctgaaacatcaaaatctggtgaagctgtgaagaca
ccagagattgatatatcagaacttgagaatctattctcagctgcaaatcccaatgcagat
aagggggctgcaaaatcaaaatctgcagcaaaagctaataagcctgaaaaagtgcaactg
attgatcatcggcgcgcatacaactgtgaaatcatgctctcaaaggtgaagataccattg
catgaacttatggattatgtccttgctttagatgaatcagcactggatgctgatcaggtg
gaaaaccttataaagttttgtcctacaaaagaagagatggaaacgctaaagggctacaaa
ggagagaaggataaattgggaaaatgtgaacagttcttcatggagctaatgaaagttcca
cgtacagaagctaagctcagagttttctctttcaagttacagtttggatcacaggtttct
gatcttaggaagagcttaaacgcagtaaattcagcagtggatcaggtcaggaattcctgt
aaattcaagagagtcatgcaaacaattctcactcttggaaatgctttaaaccagggaacc
gcaagagggtctgctgttgggttcagattggatagtctcctcaaacttacagatacccgt
gcaaggaacacccgaatgactctcatgcattatctttgtaaggtgcttgctgacaaacta
ccagaacttctagatttttccaaggatcttaacagtttggaacctgcatcaaaggtacaa
ctgaaatatttggctgaggaaatgcaaactattagcaaaggacttgagaaagttgtccag
gaattgtccacagctgaaaacgatggacccgtctctgaaaaatttcgaatagcattgaag
gaattcctttgttcagcagaaagtgaagcaagggccttggcctcactctactcattggtg
ggtaaaaatgtcgatgctctaattctttacttcggggaggatccagcccgttgcccatac
gagcatgttgtttcaactttgaggaactttgtgagattgttcaatcaagcacatgaagaa
aatctcaagaagatagaggccgataagaagaaggcagagaaagagaaggaatcctcaaat
gaaatgtcgaaaaatgattccaaaaccgagttagaaaatacgaaaaaatcttttgtcaaa
actgtagaataa
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