Lucilia cuprina (Australian sheep blowfly): 111679388
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Entry
111679388 CDS
T06013
Name
(RefSeq) formin-J
KO
K23958
inverted formin-2
Organism
lcq
Lucilia cuprina (Australian sheep blowfly)
Pathway
lcq04820
Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:
lcq00001
]
09140 Cellular Processes
09142 Cell motility
04820 Cytoskeleton in muscle cells
111679388
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
lcq04812
]
111679388
Cytoskeleton proteins [BR:
lcq04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Formins
111679388
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
FH2
Drf_FH3
FH3_FHOD1-3
Drf_GBD
IBB
Motif
Other DBs
NCBI-GeneID:
111679388
NCBI-ProteinID:
XP_023296731
LinkDB
All DBs
Position
5:complement(52923670..53050551)
Genome browser
AA seq
1755 aa
AA seq
DB search
MDSRIGLDYIVENRDYISKLGTALDTNNVVVKKQVFELLSALCAYNADGYARAIETLEYY
KNLKNERYRFKIVINELEKTTTIEYQVALLAFINCVIISAATLQDRIRIRNEFIGLKILP
LLNSLRKVAQSVGDIIVQLDVFDEQRECDEAQSLQGPNGINLNSHLDVFYAILRQVADTP
QEIPFLSILQHLLRIDPKEPVSDVIWDTTEKLVHRATLLENHEDSVRLLRTTNAQKFTCQ
NCRSDATSPTRKPNGPIAPPPPPPPAPAPPAPPMKMCNGPPAPPPIPGAPPAPPPGGKLL
NVKNSMPVRSLTPEPRVNDVLLPQQDTPAPKAKMKTLNWGKIPPHKVLGKQNLWTIVANN
HQDNSMEDLDWNEMEGLFCLQSTSAQGSPKLGRADSGNGNSAVGGYDTLDRKSKKESTEI
NLLDGKRSLNVNIFLKQFKGYNSNEDIVQLIQDGNHEIIGAEKLRGLLKILPEVDEIDML
KTFNGDRQRLGRAEKFLLLLMEVPNYKLRIESMLLKEEFAANITYLDPCINAMIEAGDDL
INNKTLQEVLYIVVVAGNFLNSGGYAGNAAGVKLSSLTKLTDIRANKPGMNLIHFVAIQA
EKRNPALLNFTNELSTLENASKTNVEQISIDIKNLDTQLQKIKKQIELPNTDEDIKDQMM
EFLESAESEISVLKSGMDAVESMRLKLADFFCEDPATFRLEECFKILQTFCDKFKQAVKE
NERRQQLEEQATLRQKQREEQLARRAKYANQNGTPISDYDNQYSLDSSFDARASPALSRK
RFGSFNNGNLEINNSFIRMEATNGNCDGMSPDITPNGSMRRRRSRVLAEEDDLMEFLRTS
GHERNSRERKAAYGSLDRSWARRARSGSSSRKRPELLNIDFGADRERAASPLPINVPEKA
SPLSPSNGEIVQPAQDETKPRISREWRQKIETWLQSNENDEKQDEEYKRKRRLVNINRRS
LENESESERKLDTLPEEKFVPTTPNPCTNDTNNTNNSNNSQTKDGYKRVYPDWKPSKTLD
TDVVGTIQAIADVNNARENSYKQREEPSITEADDVSFTKSSTLVNNVNKSEDVVYRRQRS
IENNATQLESIAEEDRRKSLIQQLGERDATDRLKIYIRSPSTMEKDHSVTNKQRLNGVDA
LKSPPSIYEAVAAETASTTKVNAENHIKSPISKNRTANNSQQKFNFDNVPSSSEVSKLES
NTSNKIHNQTSHKAITASTNRKEIDADNIETPPVTRRIISSPTTTLVTVNRTEPKTQTES
NNDVENTETPGHFDRYSMARRTRRYKRPTDYSSGNEDLTSAKDSSEENSLTQLAKNSSTE
IQTKCEEKPLTTTNTADKISENPKVKRTNISAKTITKLEKVGRHISSINQEDVQEALRNL
KSPTDCPERLWSPPREIIAQRTVNCNNTTTTANGTTLIKISNHELNDEGFEETQSLVSDT
PSHGKESTNSSCNEVNELPKLSQKSLSQKTTPIQKISSRLADRLQISRLRSSSTASKSQP
TTAASSPRRTASSVDRARTARMPNGQLVQGPASSTAAAHMSNFTNNAIRRATSMRKTIAN
SEPSSSSSGSTKRDVERSSSRNSLRSSRSSINSGASTQTVKRMPIGSSHLNKSPLQTVSV
DSSPSKRPLSTQNLRSNPTRLSSTGGVPASRSSSSGSSVGPNIVVVRRLNSTQSNVNQPR
HTSSSNLGSTSFKENQTNIGPSSRSQTARTAVMAKANVGNPQNSTRTATSRSSSSTRGVS
SFMRPTAASTTKRTK
NT seq
5268 nt
NT seq
+upstream
nt +downstream
nt
atggactcacgcatcggcctggattatattgtcgaaaatcgtgattatatttcgaaatta
ggcaccgcattggatacgaacaatgttgtggttaagaagcaagtctttgaattactatca
gctttatgtgcgtataatgccgatggttatgctcgtgccatagaaacattagaatattat
aagaatctcaaaaatgaacgatatcgctttaaaattgttatcaacgaattggaaaaaaca
acaactattgaatatcaagttgcccttttggcatttattaattgtgtgatcatttcggcc
gctacgctacaagatcgcataagaatacgaaatgaatttataggtctaaaaatacttcct
cttttaaatagtttaagaaaagttgcacaaagtgtaggagatattattgtacaattggac
gtattcgacgagcaaagagaatgcgacgaagcacaaagcctacagggcccaaatggcatc
aacctaaactcacatcttgacgtcttttatgcgatattacgacaggtggccgatacacca
caggaaataccattccttagtatactacagcatttactgcgcattgatcccaaagaaccg
gtcagtgatgttatttgggatacaacggaaaaactagttcatcgtgctacactactcgaa
aatcatgaagactcggtgcgtttgttgcgcacaactaacgctcaaaaattcacctgtcaa
aattgtcgcagtgatgctacaagcccaacacgtaaacccaatggccccatagctccaccg
ccgccaccaccacctgcaccagctccaccggcaccacctatgaaaatgtgtaatggacca
ccagcaccaccacccatacctggagcaccaccggctccaccgcctggtggtaaattgctt
aacgttaagaactctatgcctgtacgttccctcacgcccgaaccccgcgttaatgatgtt
ttattgccgcagcaagatacgccagcgcccaaggctaaaatgaaaactttgaattggggt
aaaattccaccccataaagtcttaggcaaacaaaatctatggactatagtggccaataat
catcaggataattctatggaagatttagattggaatgaaatggaaggtctcttctgttta
caatcgaccagtgcccagggttcaccgaaattaggaagagccgatagtggtaatggcaac
agtgcggttggtggttatgataccttagatcgtaaatcgaagaaagaaagtaccgaaatc
aatctactagatggtaaaagaagtctcaatgtaaatatattccttaagcagttcaaaggc
tacaattccaatgaagatatagttcagctaatacaagatggtaatcatgagattatagga
gctgaaaaactaagaggtctattgaaaatcttacccgaagttgatgagatcgatatgctg
aaaacattcaatggtgatcgtcaacgtttgggtagagcagaaaagtttctgctgctttta
atggaggtaccaaattataaattgcgcattgagagtatgctgcttaaagaggaattcgct
gcaaatataacatatctagatccctgcataaatgccatgatagaggctggagatgatctt
atcaataataaaaccttacaagaagttctgtatatagtggtggtagcgggtaatttcctt
aattctggtggttatgctggcaatgctgccggtgttaagttatcttcactaaccaagcta
accgatatacgagccaataagccgggtatgaatctcattcactttgtcgccatacaagcg
gaaaaacgtaatcctgcccttttgaattttaccaatgagcttagtactttagaaaatgct
tccaaaaccaatgtcgagcaaatcagtattgatatcaagaacttggatactcaattgcaa
aaaatcaaaaaacaaattgagctgcccaacaccgatgaggatatcaaggatcaaatgatg
gaatttttagaaagtgccgaaagtgaaatatctgttctgaaatcaggcatggatgcagtc
gaatctatgcgtttaaaattggccgatttcttctgtgaggatccggccacatttagacta
gaagaatgttttaaaattctgcaaactttctgtgataaattcaaacaggcggtcaaagaa
aatgaacgtcgacagcaactggaggaacaggccactttaagacaaaagcaaagggaggaa
cagttggcccgcagagccaaatatgccaatcaaaatggtactcccatttcggattatgat
aatcaatattcgctggactcatcctttgatgccagagctagtcccgctttgtcacgcaaa
cgttttggttctttcaataatggcaacttggaaatcaataatagctttatacgtatggag
gctactaatggcaattgtgatggtatgtcacccgacattacacctaatggcagtatgcgt
agacgccgaagtcgtgtcttggctgaagaagatgatcttatggaattcttaagaacttca
ggtcacgagcgcaatagtcgcgaacgtaaagcagcctatggtagtttagatcgctcttgg
gcccgccgcgcccgttctggtagttctagtcgtaaacgtcccgaattgttaaatattgac
tttggagcggatagagaaagagccgcttcaccgctaccaattaatgtgcccgaaaaggct
tcaccgttatcgcccagtaatggggaaattgtacaaccagcacaagatgaaacaaaacca
agaatatctcgtgaatggcgtcaaaagatcgaaacctggttacaatcgaacgaaaacgat
gaaaaacaagacgaggaatacaaacgcaagcgacgtttggttaacatcaataggcgttcg
cttgaaaacgaatcggaaagcgaacgaaagttggatacattgcctgaagagaaatttgta
ccaactacaccgaatccttgtactaatgatactaacaacactaacaacagcaataatagc
caaacaaaagatggctataaacgtgtttatcccgattggaaaccttccaaaactttagac
accgatgttgtcggtaccatacaagctatagcagatgttaataacgctcgagaaaattcc
tataagcaaagggaagaacccagtataacggaagcagatgatgtttccttcacaaaatca
tccacgctggtgaataatgttaacaaatccgaagatgttgtctatagaagacaacgttcc
atagagaacaatgccacacaattagaatccatagctgaagaagatcgtcgcaaatctcta
atacaacagttgggcgaacgagatgctaccgatcgtttgaaaatctatatacgctctccc
tccaccatggaaaaggaccatagcgtaacaaataagcaacgtttaaacggtgttgatgct
cttaaatccccaccctctatttatgaagcagtcgccgccgaaacagctagtacaaccaaa
gttaatgccgaaaatcatattaagtctcccatatccaaaaatcgtacagccaataatagt
caacagaaattcaactttgataatgtaccgtcgagtagtgaagtcagtaaattggaaagc
aatacctcaaacaaaatacacaatcaaacaagtcacaaagctattacagcgagcacaaat
cgcaaggaaattgatgcggataatattgaaacaccgccagtaacgagaagaatcatatct
agtcctaccactactctagtaaccgtcaatagaacggagccaaaaacacaaacggaaagt
aataatgatgtggaaaatacagaaacgcctggacactttgatcgttattctatggctaga
cgtacaagacgttataaacgccctaccgactacagtagtggaaatgaggatctaacttct
gccaaagattcaagtgaggaaaattccttaacacaattagctaaaaatagcagcacagaa
atccaaaccaaatgtgaagaaaaacctttaacgacaaccaacacggcggacaagataagc
gaaaatccgaaagttaaacgtacaaatatctcagcgaaaaccataaccaaattagagaaa
gtgggccgtcatataagctccattaatcaggaggatgtgcaagaagctttacgaaatctc
aaatcacccacagactgcccggaacgtttgtggagtcctccgcgtgaaattattgcacaa
agaacggtaaactgcaataataccaccacaacggccaatggtactactctcatcaaaatt
tcaaatcatgagcttaacgatgaaggttttgaagaaacacaaagtctagtctccgatact
ccctctcacggtaaagaaagcacaaattcatcctgcaatgaggtaaatgagttgcccaaa
ctctcgcagaagtccttgtcacaaaaaaccacacctatacaaaagatttccagtcgtttg
gcggatagattacaaatctctagattacgttcatcctctaccgcctcgaagtcacaaccc
acaacggcagcatcatctccacgtagaacagcctcgtcggttgatcgtgcacgtactgca
cgtatgcctaatggacaacttgtgcagggtccagccagttctacagctgcagctcatatg
agtaatttcaccaataatgctattaggagagccacttctatgcgcaaaactatagcaaat
tcagagccttcatcatcttcgtcgggctccacgaaacgtgatgtcgaacgcagcagctca
cgcaatagtctaagatcttcacgctcttccatcaacagcggcgcttccacacaaactgtt
aaacgtatgcccattggcagtagtcatcttaataaatctcctctacagactgtatccgtc
gattcatcgcccagtaaacgtcctttgagtacccaaaacctgcgcagtaatccaacacgt
ttatcgagcacaggtggtgtaccagctagtcgttctagctccagtggttctagtgtagga
cccaatattgtggtagtgcgacgtctcaactctacacaatcaaatgtcaaccaaccacgt
catacgtccagctcaaatttaggcagcactagttttaaggagaatcaaacaaatataggt
ccatcgtcgcgttcacaaacggcacgcaccgctgtaatggcaaaagctaatgtgggaaat
ccacaaaattctacaagaacagctacttcccgcagcagttctagtacccggggtgttagc
agttttatgagacctacagcggctagcactacaaaacgtactaaataa
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integrated database retrieval system
