KEGG   Drosophila willistoni: 6640245
Entry
6640245           CDS       T01067                                 
Name
(RefSeq) filamin-B isoform X4
  KO
K04437  filamin-A
Organism
dwi  Drosophila willistoni
Brite
KEGG Orthology (KO) [BR:dwi00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:dwi04812]
    6640245
   04147 Exosome [BR:dwi04147]
    6640245
Cytoskeleton proteins [BR:dwi04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Cross-linking proteins
     6640245
  Intermediate filaments
   Intermediate filament-binding proteins
    6640245
Exosome [BR:dwi04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   6640245
SSDB
Motif
Pfam: Filamin CH Big_3_5 CAMSAP_CH
Other DBs
NCBI-GeneID: 6640245
NCBI-ProteinID: XP_002063315
FlyBase: FBgn0223828
UniProt: B4MQB2
Position
2L
AA seq 1617 aa
MDVKDIKGAKVTHAGLLKHNNDGTTETQKITHAGLVARSPEGTAAKGMNIRGNEDLWVEI
QANTFRNWVNEHLRETGMQVHDWATDFCDGTCLCALVESLQTRPLKPSWNRRPANQHHFL
ENASTALKSIEADHIKLVNIGNVDIVNGNVKLILGLIWSLIVRYQIGRSKFPPRKLMLAW
LQAALPDCKITNLTTDWNSGVNLAALLDYCQPGLFPHWRSLDPSQSVRNCTNAMNLAQRE
FGVPKVLEPEYLASPWLDELSGMTYLSYFMKPGGPGYNATMRWVNTQVKDPVKNFTTDWN
DGRVMCEIIKGLGGSAPAPEKLSADPFHYENNIRKAVDAGSKLGVQPILTPKDMANPEVE
HLGIMAYAAHLQWVPPRPPLSDLVNVYLESTSGRVGEPTHFRIDVLSRDISLNSVRCHVV
PPSGQPAQPVRLNVHGEGVYVPERYGMHEIVVEIGEDSLGGHFFRVLPRLLQVAPPGMAP
CALGSLVEVLVNATGAPKTEDILVTAVSPTGISHNCPLKKIDEGHSAIFKPDEAGIWEIA
ITYQGRHIQGGPFTCAVFDASGVSVHGLDGAMPLRAHTFEVDARGVGVSGELHVDIVHDK
HSLVCSVEKIVENKYRVTFMPRQNGKYRVYIYFNGYDVKGSPFIMRVGTKGRSGKTRSSP
LHDSKNRSESPSMHFISTTNTRHNDYRNNTSSLSRHNTAERTSSYSPQYSPKLDTTDYHT
TSSRYYKRESEENNTPPLTSASPTVKYLNSTDLYTENPMGGRRDSKTSNSSSTKNDYYYD
KENELYSQRRVVTKPKLTSPREESKHLIGTSSSSTSTSTYQRLQQQQQQSSSLSPIPSPT
LNTRSSEVHNHSPLTIKTSNQYESSSRNLTGLGSPRHASVSPIQRYSPNSAYITTATHRM
GSPITSTLNKNGYETTRTVEKSSSSTYKSSSNYVTDSAANVRASPSLYGTTERLRRSGSP
EPRIDHSSNVRVSSMKPASARRDSWDVINKTKHMLSHNSLESLANMTEKQLNTELQYNRP
DLDHETQRNTQYNKFALHKQQQQQQQQSDYRRDSPDDGERYKPSAITVKSHSNNTYTDKS
GGYTKTVKESSEHVVTESNGHGPGYGYSSLSRFRPIDSNATGARAIRVQDIPNGSIGRPV
EFEIDGSKAGSGNLEILVNGGRVTSSVRSLGGQRFIASFTPHEHGTHTVQITFNGETVPG
SPWHAEIMSSPGLTALGESTRLVPANTPAVFEILPPPGQSLSKGECVASVLTPNKSKLNA
RVTHEAANGAARIEFVPTEVGTHIIDASINGTKIAGGPLVAKVYDASLIQVTEVNGGVVG
QPCQFRVDASAAGEGQLEISINEGEVPNHVQVVGGGRCLVSFTPEQAKSHLIDIKFNGET
VRGCPFVCAVADTSRVLLNLSNLELIPVNRPSSFHITVSGGGAAELAVSVRGPQGELPVR
VTGDIHAGFTAEFTPTSVGGHSINVEYNGFPVQGTPFLAKSYDASKVVVGSVSRGTMGRP
VQFTVDAGDAGEGNLEITISAKGQNIPTQVHPQGSARFSVSFVPTESCEHTINVSFNKMP
VPGCPITVSISGGVAGPQVSLGGPGPVHQTNSFVINHNGGRLEDIEVNVEGRRNLLY
NT seq 4854 nt   +upstreamnt  +downstreamnt
atggacgtcaaagacatcaagggagccaaagtgacacatgcgggcttacttaagcataat
aacgatggcacaaccgaaacgcaaaagatcacccatgctggcctggtggcccgttcaccc
gaaggcactgcggccaaaggcatgaatatacgcggcaatgaggatctatgggtcgaaatc
caagcgaatacatttcgcaattgggtcaatgagcatctaagggagacgggaatgcaggtt
catgactgggccactgatttctgtgatggcacttgcctgtgcgccttggttgaatccctg
cagacgcgtcccctgaaaccctcatggaatcgccggccggcgaatcagcatcatttcctt
gagaatgcctcaacggctcttaagtcgattgaagcggatcacattaagctggtgaacatt
ggcaatgtggatattgtcaatggcaatgtgaagctcattctgggtctaatctggtcgcta
attgtccgctatcagatcggcaggagtaaattcccgccacgcaaactaatgttggcatgg
cttcaggccgccctgcccgattgcaagatcaccaatttgaccaccgactggaatagtggt
gtcaatctggccgctctgttggattattgtcagccgggtttgtttcctcactggcgtagc
ctggatcctagtcaatctgtgcgcaactgtaccaatgccatgaatttggctcaacgtgaa
tttggtgtacccaaagtcttggagccggaatatttggcctccccctggctggatgagttg
tccggcatgacgtatttgtcgtacttcatgaaacccggaggtcctggctataatgccacc
atgagatgggttaatacccaagtcaaagatccggtcaagaactttacaactgactggaac
gatggccgtgtaatgtgtgaaattatcaagggcttgggcggttcagctcctgctccagag
aagctaagtgcggatccttttcattatgagaataatattaggaaagcggtcgatgctggc
tccaagctgggtgttcagcccatactcacacccaaggatatggccaatccggaagtggaa
catctgggcataatggcatatgctgcccatttgcaatgggtgccgcctcggccgccgctc
tccgacctggttaatgtttacttggagagcacttccggacgagtcggtgaaccgacgcat
ttccgtatcgatgtattgtcccgggatatcagtctgaattcagtgcgttgccatgtggtg
ccaccttccggtcaaccggcgcagcccgtgcgtctgaatgtccacggcgaaggagtctat
gtaccggaacgttatggcatgcatgaaattgtcgtggaaatcggtgaggatagtttgggt
ggtcatttcttccgtgtcctgccgcgactcctgcaagtcgccccacccggcatggcaccc
tgtgctctgggcagtttagttgaggttctggtcaatgccacgggtgcacccaaaaccgag
gatattctggtgacagccgtctcacccacgggcatttcacataattgtcccctgaagaaa
atcgacgaggggcacagtgccatattcaagccagacgaagcgggcatctgggaaatagcc
atcacctatcagggcaggcacatacagggcggacccttcacctgtgccgtattcgatgca
tctggtgtctctgtgcatggcctcgatggagccatgccgctgcgtgcacacacctttgag
gtggatgctcgcggtgtcggtgtctctggggagttgcatgtggacattgtccatgataag
cactcgttggtctgttcggtggagaaaattgtcgaaaacaaataccgtgtgacatttatg
ccgcgacaaaatggcaaatatcgcgtctatatctactttaatggctacgatgtcaaggga
tcgccattcataatgcgcgttggcactaagggacgttcgggcaagacgcgtagcagtcct
ctgcacgatagcaaaaatcgttccgagagtccttcgatgcactttatttcgacgaccaat
acccggcacaatgactatcgcaataatacgtcatccttgtcgaggcacaatacggcggag
cgtactagcagctattcgccacagtattcacccaaattggataccactgactatcacaca
accagttctaggtactacaagcgggaaagtgaggagaacaacacacctccgttgactagt
gcttcacccactgtgaagtatctcaattcaaccgatctgtatacggaaaatcccatggga
ggtcgtcgcgattccaaaacctcaaacagtagttcgaccaaaaacgattactactatgac
aaggagaatgaattgtacagccaacgtcgggtagtcacaaaacccaagttgacctcacca
cgggaagagagcaaacatctgataggaaccagtagcagcagtaccagtacgagcacctat
caacgcctccaacagcagcaacagcagagcagttccctcagtccaatacctagtcccaca
ctgaatacacgctccagcgaagtgcataatcatagtcctctgaccatcaagacatcaaat
caatatgaaagctcgtcgcgtaatctaactggtttgggtagtccaagacatgcctccgtg
tcgcccattcaaaggtattcacccaatagtgcctatataacgacagctacccatcgcatg
ggcagtcccataacgagcactctaaataagaatggctatgaaacaacacgcactgtggaa
aagtcatcatcatcgacctacaagtcctcgtccaactatgtcaccgactcagccgcgaat
gtccgtgccagtccctcgctctatgggaccacagaacgtttgcgtcgttcaggttcccca
gagccacgtatcgatcactcttcgaatgtgagagtttcttcgatgaaaccagcctcagct
cgtcgtgatagctgggatgtgatcaataagaccaaacatatgctctcgcacaattcgctc
gaatcactggcgaatatgaccgagaagcaattgaatacggaacttcaatataatcgtccc
gatttggatcatgaaacgcaaaggaatacccagtacaataagtttgccttgcacaaacag
caacagcagcagcaacagcaatcggattatcgccgggattccccagacgatggagagcgc
tacaaacccagtgccattacagtcaaatcgcattcaaataatacctataccgataaatct
ggcggctatacgaaaacggtgaaggaatcaagtgaacatgttgtcaccgaaagcaatggc
catggccctggctatggttatagttcactttcacgtttccgacccatagatagcaatgca
acgggtgctagagccatacgtgtccaggatataccaaacggttcgattggtcgtcctgtg
gaattcgaaatcgatggctccaaggccggttcgggcaatttggagatcttggtaaatggc
ggcagagtcacttcctcggtgcgctcgctgggaggacagcgattcatagccagttttact
ccccatgaacatggaacacacactgtgcagatcacattcaatggcgaaactgtgccaggt
tcaccgtggcacgctgaaatcatgtcgtcacccggcttaaccgcattgggcgaatccaca
cgccttgtacccgccaatacgccggcggtttttgagatactgccgcctcctggacaaagc
ctgagtaaaggcgagtgcgtggcatcggtattgacgccaaacaagtcaaaactgaatgcc
agagtcacccatgaggcggcaaatggtgctgcacgcattgagtttgtccccaccgaggtg
ggtacccacattatcgatgcgtccatcaatggcacaaagatagctggcgggcccttggtt
gccaaggtctacgatgccagtctgatccaagtgaccgaggtgaatggcggcgttgtcggc
cagccatgtcaatttcgtgtggatgccagtgccgccggcgaggggcaactggagatatcc
atcaatgagggcgaagtacccaatcatgtccaggtagttggaggaggacgttgcctggta
tcattcacacccgaacaggccaaatcccatctgatcgatatcaagttcaatggcgaaaca
gttcgtggttgtccatttgtctgcgccgtggcggatacctcacgtgtgctccttaatctt
tccaatctcgaactgataccagtaaatcggccgtcctccttccatatcacagtaagcggt
ggcggtgcagccgaattggctgtcagtgtcagaggtccgcagggtgagctacccgtccgt
gtgactggcgatatccatgccggcttcaccgccgaattcacgcctaccagtgtgggtggc
cattcgatcaatgtggagtacaatggttttccggtgcagggcacaccatttctggctaaa
tcctatgatgccagcaaagtggttgtcggcagtgtctcaaggggcaccatgggtcgacca
gtgcaattcactgtggatgccggcgatgctggtgagggaaatctagagataacaatttcg
gccaaggggcagaatatacccacacaagtccatccacaaggcagtgcaagattctcagtg
tcgtttgtgcccactgagtcatgtgagcataccatcaatgtgtccttcaacaaaatgcct
gtgcccggttgtcccatcacggtgagcatcagtggtggagttgccgggccgcaggtatca
ctaggcggaccaggacccgtgcatcagaccaattcgtttgtaatcaatcacaatggcggc
cgtctggaagatattgaggtcaatgtggaaggacggcgaaatcttttgtactag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (4)   
   Pfam (4)   
All databases (21)   

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