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  1. Transcript 'Boschl.CG.Botznik201...' > 
  2. Transcript 'KH2012:KH.C4.435.v2....' > 
  3. Transcript 'Cisavi.CG.ENS81.R54....' > 
  4. Clone 'AHC0AAA193YD11' > 
  5. Transcript 'Cisavi.CG.ENS81.R54....'

Transcript Model

Transcript Id

Cisavi.CG.ENS81.R54.2880721-2901813.17771.t

Possible name(s)

FLNA; FLNB; FLNC

Gene model

Cisavi.CG.ENS81.R54.2880721-2901813

Location

R54 [2,880,720 / 2,901,806]

Sequences

Amino acid sequence

Length: 2,107

>Cisavi.CG.ENS81.R54.2880721-2901813.17771.p
ANSCRAYGRGIQPTGLRMREKADFHVTTKDAGDADLKVTVKGPRGSNEPVVVKKNPKDPE
IFDCEYYPLKQGDYVVNVTYGGKPIAKSPFQINVGPEAGPQKVRAYGPGLHGGKVGNSAD
FVVETIGTEVGQLGFSIEGPSQAQIECEDCGDGSCDVKYHPTEPGEYAVHIICDDNDIKG
SPFMAQIAPADSKTPDKVKAYGPGLESGTPVNGRPTNFTVDAKRAGAPAPVEVVAVAADG
ENLPVKVTDNGDGTYDCDYTPKNPIKHTIIPSYAGVAVKDSPFRVNVNEDSYPDKVKVYG
PGVEPGLKAEEPTYFTVDCAKAGNGDVSIGIKCAAGVVGPTERDVEFEIIKNDATDTFTV
KYTPPGPGDHTIMVLFAEQPVPKTPIHVNVASSHNAKKVKADGPGLEKEGVECGKLTHFT
IYTKGAGKAKPDVQFKPARGSYRAPASKADILDNKDSTYTVSYTPNGEGPMDVDVTYGGD
RVPGSPFPVDVAPPLDVNAIKVKGLDDKIDVGKPQEFEVQTTGAGGQGKLDVDVVGPSNI
PIHAHDKKTPNGKKYHFTPLEEGPHRVNVNYDGIPVRGSPFLVEALVPADPSKVRAYGPG
LSEGVVGKNAPFTIETADAGNGGLGLTVEGPCEAKIECIDNGDGSCSVAYLPTEAGDYKI
NVLFADEHIPGSPFNAKIEPAFDASKVDLNGPGLESGKVGTPSKIVADCCGAGDAPLTAD
VLNDDGTKVPTKVKDNGDGTHDITFVPNKPGKALVNVQYGGISVPKSPASVPIKPDVDTS
SVKTTGPGVEPEGVLADVDAEFTVNAKRLAPRGGKHVTAKAVAPSGAAVPVDIKDNRDGT
YDAKYSPYEKGASIFGPTKSHVDYDDVPVPGSPFNVGVDEGCDPSRVKAHGPGLEQGTTN
KPAKFTVDTRGAGTGGLGLAVEGPSDAKITCTDSKDGTCAVEYLPTAPGEYEVNITYGGQ
NIPGSPFIVPVKDTVDPRKVSCNGPGVSPGVRANVPQEFTVDCTTAGVAPLEVAVKGPRG
VKEPVDVKDNGDGTHTVSYTPTKEGPYQVQVKYADEEVPRSPYRVRVQPTHDASKVKCNG
PGLAAGGVPASIPVEFTIDATDAGDGLLAVQVTDPEGRPKRASIRDNGDGTYNVSYVPDL
VGRYTISVKYGGDEIPYSPYRIRAVPSGNASKCLVSGDGLGPNIYIGEEAVITVDPNGAG
PGNVTCSVTTPDGEKLNADVVKNKDGTFDVFYTPREAGAYTIHLHFGGEELPNSPYKVTV
IFEDELQQSVAAAPAYSCMNGNEPVKTIFLLFVKAIEQVDGADSIRPVQLVFEVPTRPGQ
LSSEVTTPSGKKEKPVIKTNDDNTITVQYQPHEIGLHEMAILLDTEHISGSPIQFYADVM
APGHVTAYGPGLVTGKVNEPANFTIVTKDAGAGGLSLAVEGPSKADITCEDNKDGTCSVS
YLPTAPGEYTVTVKFDDQHIPGSPFTANISGGADQRKSNLCYGTTSDVALKINEGDLSLL
AASIEAPSGHTECCALKKLPNGHIGISFTPKEIGEHLVSVKKRNRHVANSPFRIMVGESE
IGDASKVKVYGEGKERACVGDTAEFMVDTRRAGYGGLGLSIEGPSKVDINCEDMDDGVCR
VTYNPTPGNYTINVKFADKHVPGSPFTVKCTGDDNQLQKGSIMRQQKAATVATVGSTCDL
NLKIPRTGIADLSAEVESPSGAKQKAEIVETDDSTYSIRFVPKEMGVHTVSVRYLGQHVP
GSPFEFTVGPLGEGGAHKVTAGGPGLEGAVVSVPADFSIWTREAGAGGLSIAVEGPSKAD
INFEDRKDGSCGVSYVVTEPGEYEVNVKFNDEDIPGSPFPVTVTGVGKTNKEPNIIYYYH
QFDKRIHLQIKNMSFKQLFKIISLFTLKIVLRAIPWRIQILPFCFMCSYGYRFKSDVGKV
RSFGSGLRRAVVGENTFSVDCSNAGTIRKPDLSFRKHDLSFSQNIYLILYFFLPGSYDYM
YYGPFTYKWPTNLMVSVVPTLVVSFGSYRSCALGFCHCKKVSESWKSYPANIMDIYLLIF
FIALPGSNMLLVGVHGPLTPCEEVHIKHMGLRKYSVTYTAKECGEYLLIVKWGDDHIPGS
PFHVKIP

Nucleotide sequence

Length: 6,325

>Cisavi.CG.ENS81.R54.2880721-2901813.17771.t
TGCAAATTCATGCCGAGCTTATGGCCGTGGAATTCAGCCCACGGGACTACGGATGAGAGA
GAAGGCGGATTTTCATGTGACCACCAAAGATGCGGGAGATGCTGACCTGAAAGTGACAGT
CAAGGGACCAAGAGGAAGCAATGAACCTGTGGTTGTGAAGAAGAATCCAAAGGACCCTGA
AATTTTCGACTGTGAATACTATCCTCTGAAGCAGGGTGACTACGTTGTCAATGTTACTTA
TGGTGGAAAGCCAATTGCAAAAAGCCCATTCCAGATCAATGTTGGACCAGAAGCTGGACC
ACAAAAAGTTAGAGCTTACGGACCAGGATTGCATGGAGGAAAAGTTGGAAATTCCGCTGA
TTTCGTTGTGGAGACCATTGGAACAGAAGTGGGACAACTTGGTTTCTCAATTGAGGGGCC
GTCCCAAGCTCAAATAGAATGTGAGGACTGTGGAGATGGGTCATGTGACGTGAAGTACCA
CCCAACAGAGCCAGGAGAGTATGCTGTGCATATCATATGCGATGATAATGATATCAAAGG
ATCACCCTTCATGGCACAGATTGCACCAGCAGATTCAAAGACTCCGGATAAGGTTAAAGC
TTACGGACCTGGCCTTGAGTCAGGAACACCTGTAAACGGGAGACCAACAAATTTCACGGT
TGACGCTAAACGAGCTGGTGCCCCTGCACCGGTGGAAGTGGTCGCAGTTGCTGCTGATGG
AGAAAATCTGCCCGTCAAAGTGACTGACAATGGCGATGGGACATACGATTGCGATTACAC
ACCAAAAAATCCAATTAAACACACCATTATTCCATCCTATGCTGGAGTTGCAGTCAAAGA
CAGCCCATTCAGGGTGAACGTTAATGAAGACTCTTACCCTGACAAAGTGAAAGTATATGG
ACCTGGTGTAGAGCCCGGTTTAAAGGCAGAGGAACCAACCTACTTCACTGTTGATTGCGC
CAAGGCTGGCAATGGGGATGTAAGCATTGGAATTAAATGCGCTGCAGGGGTAGTAGGACC
CACTGAACGAGATGTGGAGTTTGAAATCATCAAAAACGACGCAACGGACACTTTCACAGT
AAAGTACACTCCTCCAGGACCAGGTGACCACACCATTATGGTTCTTTTCGCTGAACAACC
AGTCCCCAAAACACCTATCCATGTAAACGTTGCTTCATCACACAATGCAAAGAAAGTGAA
AGCAGATGGTCCAGGTTTAGAGAAAGAAGGTGTTGAATGTGGGAAGCTTACACACTTCAC
CATCTACACCAAAGGAGCGGGCAAAGCAAAACCAGATGTACAATTCAAACCTGCTAGAGG
CTCGTACAGGGCACCAGCTAGTAAAGCTGATATTCTTGACAATAAAGATTCAACTTACAC
TGTATCGTACACACCCAATGGCGAGGGTCCGATGGACGTGGACGTCACTTACGGTGGCGA
TCGAGTCCCTGGGTCCCCATTTCCTGTAGATGTGGCTCCTCCTTTGGATGTCAATGCTAT
TAAAGTAAAAGGACTTGATGACAAAATCGATGTTGGAAAACCGCAAGAGTTTGAAGTGCA
AACCACTGGTGCTGGAGGGCAAGGCAAGTTGGATGTGGACGTGGTTGGACCTTCCAATAT
CCCCATACATGCCCATGATAAGAAGACACCCAATGGGAAGAAATACCACTTCACCCCTCT
AGAAGAAGGGCCACATCGTGTTAATGTTAATTATGATGGCATCCCGGTAAGGGGAAGTCC
CTTCTTGGTAGAGGCTCTAGTCCCAGCTGACCCCAGCAAGGTTCGAGCGTACGGACCCGG
TTTATCGGAGGGTGTTGTGGGTAAAAATGCCCCATTTACAATCGAAACTGCTGACGCAGG
CAATGGTGGTCTTGGGTTGACAGTTGAAGGACCTTGCGAAGCTAAGATCGAATGCATTGA
TAATGGGGATGGATCATGCTCTGTAGCTTACCTCCCCACAGAAGCTGGAGATTACAAAAT
CAATGTCTTATTTGCCGATGAACATATTCCAGGATCTCCATTTAATGCTAAAATCGAGCC
TGCTTTTGATGCCTCAAAAGTAGACCTCAATGGTCCTGGATTGGAATCAGGAAAAGTAGG
TACACCAAGTAAGATCGTGGCGGACTGCTGCGGTGCAGGTGATGCCCCACTTACTGCTGA
TGTACTGAATGATGATGGGACCAAGGTGCCCACCAAAGTAAAGGACAATGGAGATGGCAC
ACACGACATTACATTTGTGCCGAACAAGCCAGGCAAAGCGCTTGTCAATGTTCAGTATGG
AGGAATATCTGTTCCCAAATCACCGGCCAGTGTACCTATCAAACCAGATGTTGACACAAG
TAGCGTAAAAACCACTGGTCCTGGTGTTGAACCAGAAGGAGTGCTTGCTGATGTGGATGC
TGAGTTCACCGTCAATGCCAAGCGCCTTGCCCCGCGTGGAGGCAAGCATGTCACCGCCAA
AGCCGTGGCACCATCCGGAGCCGCAGTGCCAGTTGACATCAAAGACAACAGAGATGGAAC
CTATGATGCCAAGTACTCGCCTTATGAGAAAGGTGCTTCGATTTTTGGCCCCACAAAATC
CCATGTTGATTACGATGATGTTCCTGTCCCTGGGTCCCCATTCAATGTTGGGGTTGATGA
GGGCTGTGACCCAAGTCGCGTAAAAGCGCACGGACCCGGGTTGGAGCAGGGCACGACAAA
CAAACCCGCCAAATTCACAGTCGACACCAGAGGTGCAGGAACAGGTGGTCTTGGACTTGC
AGTCGAAGGGCCTTCTGATGCCAAAATCACATGCACTGACAGCAAAGATGGCACTTGCGC
AGTGGAGTACCTGCCCACTGCACCTGGTGAATATGAAGTCAATATAACATACGGTGGACA
AAACATCCCAGGATCCCCATTTATTGTACCTGTTAAGGATACCGTTGATCCCAGAAAGGT
TTCATGCAATGGTCCAGGGGTCTCACCTGGTGTAAGAGCAAATGTTCCACAAGAATTTAC
TGTAGATTGCACTACTGCTGGTGTGGCTCCTTTGGAAGTGGCTGTGAAGGGCCCAAGAGG
TGTAAAAGAGCCAGTTGACGTGAAGGATAATGGCGATGGCACCCACACCGTGAGCTACAC
CCCCACCAAAGAAGGACCCTACCAAGTACAAGTGAAATATGCAGATGAGGAAGTCCCACG
AAGTCCCTACCGTGTCAGAGTACAGCCCACCCATGATGCTAGCAAGGTTAAATGCAATGG
TCCTGGACTTGCTGCAGGAGGAGTGCCAGCATCTATTCCAGTTGAGTTTACCATTGATGC
CACTGATGCTGGCGATGGCCTCCTTGCTGTGCAAGTGACGGATCCTGAAGGGCGACCAAA
GAGAGCTAGCATCCGTGACAATGGAGACGGCACTTATAACGTCTCATATGTCCCTGACCT
TGTAGGAAGGTACACTATCTCTGTCAAGTACGGTGGGGATGAGATACCCTACTCTCCGTA
CCGGATTCGTGCCGTGCCATCTGGCAACGCAAGCAAATGCCTGGTCTCAGGTGACGGCCT
TGGACCCAACATTTACATCGGAGAAGAAGCTGTAATCACCGTTGATCCGAATGGCGCCGG
CCCTGGCAATGTGACGTGTTCGGTTACAACCCCCGATGGCGAAAAACTCAACGCTGATGT
CGTAAAGAACAAAGACGGGACTTTTGATGTATTCTACACTCCTAGAGAGGCAGGGGCTTA
CACCATCCATCTCCACTTTGGTGGAGAGGAACTACCTAACAGTCCATACAAAGTTACTGT
AATCTTCGAGGATGAGCTTCAACAGTCCGTTGCCGCCGCACCAGCTTATTCTTGCATGAA
CGGGAATGAACCGGTAAAAACCATTTTTTTGTTGTTTGTGAAGGCCATTGAGCAAGTGGA
TGGTGCAGATTCAATCAGGCCAGTTCAACTTGTGTTTGAAGTGCCTACAAGACCTGGACA
ACTTTCAAGTGAAGTGACAACCCCATCTGGCAAAAAAGAGAAGCCAGTTATTAAAACCAA
CGACGACAACACCATCACAGTACAATACCAACCGCATGAAATTGGTTTACATGAAATGGC
TATTCTTCTGGATACGGAACACATTTCAGGAAGTCCGATCCAGTTTTATGCTGACGTCAT
GGCCCCAGGTCATGTGACTGCATACGGTCCAGGATTGGTCACTGGAAAGGTCAACGAACC
CGCAAACTTCACCATCGTAACTAAAGACGCTGGAGCTGGTGGACTTTCCCTTGCTGTTGA
AGGACCGTCAAAGGCGGACATAACTTGTGAGGACAACAAAGACGGCACTTGCTCTGTGTC
CTACCTACCCACAGCACCGGGAGAGTACACCGTCACTGTTAAGTTCGACGATCAGCACAT
CCCAGGATCACCCTTCACTGCTAACATATCAGGTGGGGCAGATCAGCGGAAGTCGAATCT
GTGCTACGGAACCACCAGTGATGTTGCTCTGAAAATCAATGAGGGAGATCTTTCCCTCCT
CGCAGCCAGCATTGAGGCTCCATCCGGACACACAGAGTGCTGTGCGCTGAAAAAGCTACC
AAATGGTCACATTGGCATTTCTTTCACGCCGAAAGAGATCGGAGAACACTTGGTGAGCGT
GAAGAAGCGCAACCGACATGTGGCAAACAGTCCATTCCGCATCATGGTGGGAGAGTCTGA
GATCGGAGACGCAAGCAAGGTCAAGGTGTATGGAGAAGGCAAGGAACGGGCGTGTGTTGG
GGACACGGCTGAATTCATGGTCGATACAAGGAGAGCAGGGTATGGTGGCCTTGGATTATC
GATTGAGGGGCCCAGCAAAGTTGATATCAACTGCGAGGACATGGATGATGGGGTGTGCAG
GGTGACCTACAACCCCACACCAGGGAATTATACCATTAACGTGAAATTCGCCGACAAACA
CGTTCCGGGATCCCCCTTCACCGTGAAATGCACAGGTGACGACAACCAGCTACAAAAGGG
AAGTATTATGCGGCAACAAAAAGCAGCTACCGTTGCAACTGTTGGAAGCACATGCGATCT
TAACTTGAAAATTCCAAGGACGGGAATAGCCGACCTATCTGCAGAAGTGGAGAGTCCATC
TGGTGCAAAGCAGAAAGCAGAAATCGTAGAGACTGATGACAGCACATACAGTATTCGATT
CGTGCCTAAGGAAATGGGCGTGCACACTGTGAGCGTTCGGTACCTTGGGCAACATGTGCC
TGGCAGTCCCTTTGAGTTCACAGTTGGTCCCCTGGGTGAGGGTGGTGCCCACAAGGTCAC
TGCTGGAGGCCCGGGACTGGAAGGTGCGGTGGTCAGTGTACCAGCCGACTTCAGTATTTG
GACGCGGGAGGCTGGAGCAGGTGGTTTGTCTATCGCTGTGGAAGGTCCATCGAAAGCTGA
TATCAACTTTGAGGACAGGAAAGACGGGTCTTGTGGTGTCTCGTACGTTGTCACTGAACC
AGGAGAGTACGAAGTTAACGTGAAGTTTAATGACGAAGATATCCCAGGAAGCCCCTTCCC
TGTAACTGTTACTGGGGTCGGAAAAACCAACAAAGAACCGAATATTATATATTATTATCA
TCAGTTTGATAAACGCATTCACCTACAAATAAAAAACATGTCTTTTAAGCAGTTATTTAA
AATCATTTCGTTATTTACTCTAAAAATCGTTTTGCGTGCGATTCCTTGGCGTATTCAAAT
TTTGCCTTTTTGTTTTATGTGCTCGTATGGTTATCGTTTCAAGTCGGATGTCGGCAAAGT
TCGGTCATTCGGAAGCGGCCTCAGACGAGCTGTTGTGGGTGAAAACACATTCTCCGTGGA
TTGTTCAAATGCAGGTACGATACGAAAACCTGATCTCTCATTTAGAAAACATGATCTCTC
ATTTAGCCAAAACATATATTTAATATTGTACTTTTTTTTGCCCGGTTCGTATGATTACAT
GTATTATGGTCCCTTTACTTACAAATGGCCAACAAATTTAATGGTATCCGTTGTTCCAAC
CCTAGTGGTTAGTTTTGGTAGTTATCGCAGTTGTGCCCTGGGCTTTTGTCACTGCAAAAA
AGTTAGTGAGTCTTGGAAAAGTTATCCAGCAAATATTATGGATATTTATTTATTAATCTT
TTTTATCGCACTTCCAGGAAGCAATATGCTACTCGTTGGTGTGCACGGGCCGCTGACACC
GTGCGAGGAAGTGCACATTAAGCATATGGGCCTGCGAAAGTACTCGGTTACCTACACCGC
CAAAGAGTGCGGAGAATACCTGCTGATCGTGAAGTGGGGCGACGACCATATACCTGGAAG
CCCTTTCCACGTCAAAATCCCTTGA

InterProScan

SMART
Filamin/ABP280_rpt (IPR001298) - T[1-97] 1.5E-29 - T[99-190] 3.9E-33 - T[194-290] 3.9E-27 - T[292-393] 1.3E-23 - T[395-494] 2.1E-25 - T[496-588] 1.2E-20 - T[590-681] 2.5E-41 - T[683-776] 4.0E-25 - T[778-881] 1.2E-20 - T[883-974] 6.1E-43 - T[976-1070] 9.4E-41 - T[1072-1167] 1.6E-37 - T[1169-1263] 1.6E-28 - T[1289-1380] 5.1E-4 - T[1381-1472] 4.5E-43 - T[1477-1559] 7.5E-9 - T[1563-1653] 6.3E-35 - T[1665-1751] 3.4E-14 - T[1755-1846] 2.9E-39 - T[2020-2107] 8.2E-5
Gene3D
Ig-like_fold (IPR013783) - T[1-97] 9.0E-28 - T[98-191] 2.8E-32 - T[192-290] 4.2E-28 - T[291-392] 2.1E-29 - T[393-498] 1.6E-28 - T[499-585] 3.3E-18 - T[586-681] 5.6E-38 - T[682-777] 4.9E-26 - T[778-878] 2.6E-24 - T[879-975] 2.6E-39 - T[976-1069] 4.1E-35 - T[1070-1164] 1.8E-34 - T[1165-1283] 4.1E-34 - T[1304-1377] 2.2E-16 - T[1378-1481] 6.4E-41 - T[1507-1563] 9.1E-55 - T[1564-1649] 9.1E-55 - T[1667-1747] 8.3E-26 - T[1748-1853] 1.7E-43 - T[2042-2107] 1.5E-17
ProSiteProfiles
Filamin/ABP280_repeat-like (IPR017868) - T[1-94] 27.075 - T[95-187] 28.657 - T[190-287] 27.445 - T[288-390] 26.335 - T[391-491] 28.637 - T[492-585] 23.829 - T[586-678] 34.493 - T[679-773] 29.623 - T[774-878] 23.87 - T[879-971] 35.973 - T[972-1067] 35.377 - T[1068-1164] 35.438 - T[1165-1260] 31.0 - T[1306-1377] 16.02 - T[1377-1469] 33.63 - T[1472-1556] 18.322 - T[1559-1650] 29.685 - T[1666-1748] 24.835 - T[1751-1843] 31.76 - T[2040-2106] 18.404
PANTHER
FLN_C (IPR032461) - T[2-1688] 0.0 - T[1690-1846] 0.0 - T[1912-1946] 0.0 - T[2046-2107] 0.0
Pfam
Filamin/ABP280_repeat-like (IPR017868) - T[2-91] 3.0E-12 - T[99-183] 1.1E-14 - T[195-284] 4.1E-15 - T[293-387] 2.9E-14 - T[395-487] 7.8E-16 - T[496-581] 1.2E-7 - T[589-675] 7.5E-20 - T[682-768] 4.0E-12 - T[777-875] 4.6E-10 - T[882-967] 3.7E-20 - T[975-1064] 8.9E-19 - T[1072-1161] 5.0E-18 - T[1169-1257] 2.2E-15 - T[1323-1373] 4.3E-6 - T[1382-1466] 8.4E-20 - T[1563-1647] 1.4E-17 - T[1690-1745] 1.7E-9 - T[1756-1839] 9.5E-17 - T[1915-2103] 2.9E-9
SUPERFAMILY
Ig_E-set (IPR014756) - T[2-110] 4.07E-24 - T[77-189] 3.14E-32 - T[194-289] 3.0E-22 - T[273-395] 9.34E-25 - T[379-497] 2.47E-25 - T[497-584] 1.33E-15 - T[569-682] 1.78E-34 - T[671-778] 1.73E-25 - T[767-882] 2.87E-20 - T[861-976] 2.94E-37 - T[954-1071] 1.6E-34 - T[1051-1168] 1.13E-32 - T[1158-1261] 1.87E-27 - T[1316-1392] 1.13E-12 - T[1378-1474] 5.94E-31 - T[1487-1574] 5.4E-16 - T[1562-1652] 1.33E-26 - T[1673-1766] 6.67E-21 - T[1751-1845] 1.4E-28 - T[2046-2106] 2.07E-13

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
FLNC_HUMAN 57.385 % 1993 0
FLNA_HUMAN 54.558 % 2174 0
FLNB_HUMAN 53.131 % 2104 0