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  1. Clone 'cien123132' > 
  2. EST 'AHC0AAA224YH08_RM1' > 
  3. Transcript 'KH2012:KH.C9.652.v2....' > 
  4. Transcript 'Cisavi.CG.ENS81.R54....'

Transcript Model

Transcript Id

Cisavi.CG.ENS81.R54.2880721-2901813.17772.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: 2,099

>Cisavi.CG.ENS81.R54.2880721-2901813.17772.p
ANSCRAYGRGIQPTGLRMREKADFHVTTKDAGDADLKVTVKGPRGSNEPVVVKKNPKDPE
IFDCEYYPLKQGDYVVNVTYGGKPIAKSPFQINVGPEAGPQKVRAYGPGLHGGKVGNSAD
FVVETIGTEVGQLGFSIEGPSQAQIECEDCGDGSCDVKYHPTEPGEYAVHIICDDNDIKG
SPFMAQIAPADSKTPDKVSFKVKAYGPGLESGTPVNGRPTNFTVDAKRAGAPAPVEVVAV
AADGENLPVKVTDNGDGTYDCDYTPKNPIKHTIIPSYAGVAVKDSPFRVNVNEDSYPDKV
KVYGPGVEPGLKAEEPTYFTVDCAKAGNGDVSIGIKCAAGVVGPTERDVEFEIIKNDATD
TFTVKYTPPGPGDHTIMVLFAEQPVPKTPIHVNVASSHNAKKVKADGPGLEKEGVECGKL
THFTIYTKGAGKAKPDVQFKPARGSYRAPASKADILDNKDSTYTVSYTPNGEGPMDVDVT
YGGDRVPGSPFPVDVAPPLDVNAIKVKGLDDKIDVGKPQEFEVQTTGAGGQGKLDVDVVG
PSNIPIHAHDKKTPNGKKYHFTPLEEGPHRVNVNYDGIPVRGSPFLVEALVPADPSKVRA
YGPGLSEGVVGKNAPFTIETADAGNGGLGLTVEGPCEAKIECIDNGDGSCSVAYLPTEAG
DYKINVLFADEHIPGSPFNAKIEPAFDASKVDLNGPGLESGKVGTPSKIVADCCGAGDAP
LTADVLNDDGTKVPTKVKDNGDGTHDITFVPNKPGKALVNVQYGGISVPKSPASVPIKPD
VDTSSVKTTGPGVEPEGVLADVDAEFTVNAKRLAPRGGKHVTAKAVAPSGAAVPVDIKDN
RDGTYDAKYSPYEKGACHSILLQIKIFYFIIKIFLQNIVLLIYGPTKSHVDYDDVPVPGS
PFNVGVDEGCDPSRVKAHGPGLEQGTTNKPAKFTVDTRGAGTGGLGLAVEGPSDAKITCT
DSKDGTCAVEYLPTAPGEYEVNITYGGQNIPGSPFIVPVKDTVDPRKVSCNGPGVSPGVR
ANVPQEFTVDCTTAGVAPLEVAVKGPRGVKEPVDVKDNGDGTHTVSYTPTKEGPYQVQVK
YADEEVPRSPYRVRVQPTHDASKVKCNGPGLAAGGVPASIPVEFTIDATDAGDGLLAVQV
TDPEGRPKRASIRDNGDGTYNVSYVPDLVGRYTISVKYGGDEIPYSPYRIRAVPSGNASK
CLVSGDGLGPNIYIGEEAVITVDPNGAGPGNVTCSVTTPDGEKLNADVVKNKDGTFDVFY
TPREAGAYTIHLHFGGEELPNSPYKVTVIFEDELQQSVAAAPAYSCMNGNEPVKTSFTHT
LLFSFHIQLLYAFPSFNYSRTPGEVTTPSGKKEKPVIKTNDDNTITVQYQPHEIGLHEMA
ILLDTEHISGSPIQFYADVMAPGHVTAYGPGLVTGKVNEPANFTIVTKDAGAGGLSLAVE
GPSKADITCEDNKDGTCSVSYLPTAPGEYTVTVKFDDQHIPGSPFTANISGGADQRKSNL
CYGTTSDVALKINEGDLSLLAASIEAPSGHTECCALKKLPNGHIGISFTPKEIGEHLVSV
KKRNRHVANSPFRIMVGESEIGDASKVKVYGEGKERACVGDTAEFMVDTRRAGYGGLGLS
IEGPSKVDINCEDMDDGVCRVTYPQEPGNYTINVKFADKHVPGSPFTVKCTGDDNQLQKG
SIMRQQKAATVATVGSTCDLNLKIPSTLMSSGSKSASHASSSSSFSQSYSRVEQSSFRST
GVSSQSQSMVRESFSPTSSSSSHSLLASSASPFVPKFTSGQTKFGTYEHSLKKAGIKHTF
TIDKHYNFLIRAGTGIADLSAEVESPSGAKQKAEIVETDDSTYSIRFVPKEMGVHTVSVR
YLGQHVPGSPFEFTVGPLGEGGAHKVTAGGPGLEGAVVSVPADFSIWTREAGAGGLSIAV
EGPSKADINFEDRKDGSCGVSYVVTEPGEYEVNVKFNDEDIPGSPFPVTVTGVGKTNKEP
SAVKYSYPYLYVTFNALLLLFFPSRFKSDVGKVRSFGSGLRRAVVGENTFSVDCSNAGSN
MLLVGVHGPLTPCEEVHIKHMGLRKYSVTYTAKECGEYLLIVKWGDDHIPGSPFHVKIP

Nucleotide sequence

Length: 6,301

>Cisavi.CG.ENS81.R54.2880721-2901813.17772.t
TGCAAATTCATGCCGAGCTTATGGCCGTGGAATTCAGCCCACGGGACTACGGATGAGAGA
GAAGGCGGATTTTCATGTGACCACCAAAGATGCGGGAGATGCTGACCTGAAAGTGACAGT
CAAGGGACCAAGAGGAAGCAATGAACCTGTGGTTGTGAAGAAGAATCCAAAGGACCCTGA
AATTTTCGACTGTGAATACTATCCTCTGAAGCAGGGTGACTACGTTGTCAATGTTACTTA
TGGTGGAAAGCCAATTGCAAAAAGCCCATTCCAGATCAATGTTGGACCAGAAGCTGGACC
ACAAAAAGTTAGAGCTTACGGACCAGGATTGCATGGAGGAAAAGTTGGAAATTCCGCTGA
TTTCGTTGTGGAGACCATTGGAACAGAAGTGGGACAACTTGGTTTCTCAATTGAGGGGCC
GTCCCAAGCTCAAATAGAATGTGAGGACTGTGGAGATGGGTCATGTGACGTGAAGTACCA
CCCAACAGAGCCAGGAGAGTATGCTGTGCATATCATATGCGATGATAATGATATCAAAGG
ATCACCCTTCATGGCACAGATTGCACCAGCAGATTCAAAGACTCCGGATAAGGTTAGTTT
TAAAGTTAAAGCTTACGGACCTGGCCTTGAGTCAGGAACACCTGTAAACGGGAGACCAAC
AAATTTCACGGTTGACGCTAAACGAGCTGGTGCCCCTGCACCGGTGGAAGTGGTCGCAGT
TGCTGCTGATGGAGAAAATCTGCCCGTCAAAGTGACTGACAATGGCGATGGGACATACGA
TTGCGATTACACACCAAAAAATCCAATTAAACACACCATTATTCCATCCTATGCTGGAGT
TGCAGTCAAAGACAGCCCATTCAGGGTGAACGTTAATGAAGACTCTTACCCTGACAAAGT
GAAAGTATATGGACCTGGTGTAGAGCCCGGTTTAAAGGCAGAGGAACCAACCTACTTCAC
TGTTGATTGCGCCAAGGCTGGCAATGGGGATGTAAGCATTGGAATTAAATGCGCTGCAGG
GGTAGTAGGACCCACTGAACGAGATGTGGAGTTTGAAATCATCAAAAACGACGCAACGGA
CACTTTCACAGTAAAGTACACTCCTCCAGGACCAGGTGACCACACCATTATGGTTCTTTT
CGCTGAACAACCAGTCCCCAAAACACCTATCCATGTAAACGTTGCTTCATCACACAATGC
AAAGAAAGTGAAAGCAGATGGTCCAGGTTTAGAGAAAGAAGGTGTTGAATGTGGGAAGCT
TACACACTTCACCATCTACACCAAAGGAGCGGGCAAAGCAAAACCAGATGTACAATTCAA
ACCTGCTAGAGGCTCGTACAGGGCACCAGCTAGTAAAGCTGATATTCTTGACAATAAAGA
TTCAACTTACACTGTATCGTACACACCCAATGGCGAGGGTCCGATGGACGTGGACGTCAC
TTACGGTGGCGATCGAGTCCCTGGGTCCCCATTTCCTGTAGATGTGGCTCCTCCTTTGGA
TGTCAATGCTATTAAAGTAAAAGGACTTGATGACAAAATCGATGTTGGAAAACCGCAAGA
GTTTGAAGTGCAAACCACTGGTGCTGGAGGGCAAGGCAAGTTGGATGTGGACGTGGTTGG
ACCTTCCAATATCCCCATACATGCCCATGATAAGAAGACACCCAATGGGAAGAAATACCA
CTTCACCCCTCTAGAAGAAGGGCCACATCGTGTTAATGTTAATTATGATGGCATCCCGGT
AAGGGGAAGTCCCTTCTTGGTAGAGGCTCTAGTCCCAGCTGACCCCAGCAAGGTTCGAGC
GTACGGACCCGGTTTATCGGAGGGTGTTGTGGGTAAAAATGCCCCATTTACAATCGAAAC
TGCTGACGCAGGCAATGGTGGTCTTGGGTTGACAGTTGAAGGACCTTGCGAAGCTAAGAT
CGAATGCATTGATAATGGGGATGGATCATGCTCTGTAGCTTACCTCCCCACAGAAGCTGG
AGATTACAAAATCAATGTCTTATTTGCCGATGAACATATTCCAGGATCTCCATTTAATGC
TAAAATCGAGCCTGCTTTTGATGCCTCAAAAGTAGACCTCAATGGTCCTGGATTGGAATC
AGGAAAAGTAGGTACACCAAGTAAGATCGTGGCGGACTGCTGCGGTGCAGGTGATGCCCC
ACTTACTGCTGATGTACTGAATGATGATGGGACCAAGGTGCCCACCAAAGTAAAGGACAA
TGGAGATGGCACACACGACATTACATTTGTGCCGAACAAGCCAGGCAAAGCGCTTGTCAA
TGTTCAGTATGGAGGAATATCTGTTCCCAAATCACCGGCCAGTGTACCTATCAAACCAGA
TGTTGACACAAGTAGCGTAAAAACCACTGGTCCTGGTGTTGAACCAGAAGGAGTGCTTGC
TGATGTGGATGCTGAGTTCACCGTCAATGCCAAGCGCCTTGCCCCGCGTGGAGGCAAGCA
TGTCACCGCCAAAGCCGTGGCACCATCCGGAGCCGCAGTGCCAGTTGACATCAAAGACAA
CAGAGATGGAACCTATGATGCCAAGTACTCGCCTTATGAGAAAGGTGCTTGTCATTCAAT
TTTACTCCAAATAAAAATATTTTACTTTATCATAAAAATTTTCTTACAAAATATTGTTTT
GCTAATTTACGGCCCCACAAAATCCCATGTTGATTACGATGATGTTCCTGTCCCTGGGTC
CCCATTCAATGTTGGGGTTGATGAGGGCTGTGACCCAAGTCGCGTAAAAGCGCACGGACC
CGGGTTGGAGCAGGGCACGACAAACAAACCCGCCAAATTCACAGTCGACACCAGAGGTGC
AGGAACAGGTGGTCTTGGACTTGCAGTCGAAGGGCCTTCTGATGCCAAAATCACATGCAC
TGACAGCAAAGATGGCACTTGCGCAGTGGAGTACCTGCCCACTGCACCTGGTGAATATGA
AGTCAATATAACATACGGTGGACAAAACATCCCAGGATCCCCATTTATTGTACCTGTTAA
GGATACCGTTGATCCCAGAAAGGTTTCATGCAATGGTCCAGGGGTCTCACCTGGTGTAAG
AGCAAATGTTCCACAAGAATTTACTGTAGATTGCACTACTGCTGGTGTGGCTCCTTTGGA
AGTGGCTGTGAAGGGCCCAAGAGGTGTAAAAGAGCCAGTTGACGTGAAGGATAATGGCGA
TGGCACCCACACCGTGAGCTACACCCCCACCAAAGAAGGACCCTACCAAGTACAAGTGAA
ATATGCAGATGAGGAAGTCCCACGAAGTCCCTACCGTGTCAGAGTACAGCCCACCCATGA
TGCTAGCAAGGTTAAATGCAATGGTCCTGGACTTGCTGCAGGAGGAGTGCCAGCATCTAT
TCCAGTTGAGTTTACCATTGATGCCACTGATGCTGGCGATGGCCTCCTTGCTGTGCAAGT
GACGGATCCTGAAGGGCGACCAAAGAGAGCTAGCATCCGTGACAATGGAGACGGCACTTA
TAACGTCTCATATGTCCCTGACCTTGTAGGAAGGTACACTATCTCTGTCAAGTACGGTGG
GGATGAGATACCCTACTCTCCGTACCGGATTCGTGCCGTGCCATCTGGCAACGCAAGCAA
ATGCCTGGTCTCAGGTGACGGCCTTGGACCCAACATTTACATCGGAGAAGAAGCTGTAAT
CACCGTTGATCCGAATGGCGCCGGCCCTGGCAATGTGACGTGTTCGGTTACAACCCCCGA
TGGCGAAAAACTCAACGCTGATGTCGTAAAGAACAAAGACGGGACTTTTGATGTATTCTA
CACTCCTAGAGAGGCAGGGGCTTACACCATCCATCTCCACTTTGGTGGAGAGGAACTACC
TAACAGTCCATACAAAGTTACTGTAATCTTCGAGGATGAGCTTCAACAGTCCGTTGCCGC
CGCACCAGCTTATTCTTGCATGAACGGGAATGAACCGGTAAAAACCAGTTTCACACATAC
ACTGTTGTTTTCTTTTCATATTCAGTTATTATATGCCTTTCCATCTTTTAATTATTCCCG
TACTCCAGGTGAAGTGACAACCCCATCTGGCAAAAAAGAGAAGCCAGTTATTAAAACCAA
CGACGACAACACCATCACAGTACAATACCAACCGCATGAAATTGGTTTACATGAAATGGC
TATTCTTCTGGATACGGAACACATTTCAGGAAGTCCGATCCAGTTTTATGCTGACGTCAT
GGCCCCAGGTCATGTGACTGCATACGGTCCAGGATTGGTCACTGGAAAGGTCAACGAACC
CGCAAACTTCACCATCGTAACTAAAGACGCTGGAGCTGGTGGACTTTCCCTTGCTGTTGA
AGGACCGTCAAAGGCGGACATAACTTGTGAGGACAACAAAGACGGCACTTGCTCTGTGTC
CTACCTACCCACAGCACCGGGAGAGTACACCGTCACTGTTAAGTTCGACGATCAGCACAT
CCCAGGATCACCCTTCACTGCTAACATATCAGGTGGGGCAGATCAGCGGAAGTCGAATCT
GTGCTACGGAACCACCAGTGATGTTGCTCTGAAAATCAATGAGGGAGATCTTTCCCTCCT
CGCAGCCAGCATTGAGGCTCCATCCGGACACACAGAGTGCTGTGCGCTGAAAAAGCTACC
AAATGGTCACATTGGCATTTCTTTCACGCCGAAAGAGATCGGAGAACACTTGGTGAGCGT
GAAGAAGCGCAACCGACATGTGGCAAACAGTCCATTCCGCATCATGGTGGGAGAGTCTGA
GATCGGAGACGCAAGCAAGGTCAAGGTGTATGGAGAAGGCAAGGAACGGGCGTGTGTTGG
GGACACGGCTGAATTCATGGTCGATACAAGGAGAGCAGGGTATGGTGGCCTTGGATTATC
GATTGAGGGGCCCAGCAAAGTTGATATCAACTGCGAGGACATGGATGATGGGGTGTGCAG
GGTGACCTACCCACAGGAACCAGGGAATTATACCATTAACGTGAAATTCGCCGACAAACA
CGTTCCGGGATCCCCCTTCACCGTGAAATGCACAGGTGACGACAACCAGCTACAAAAGGG
AAGTATTATGCGGCAACAAAAAGCAGCTACCGTTGCAACTGTTGGAAGCACATGCGATCT
TAACTTGAAAATTCCAAGTACTTTGATGTCATCCGGATCGAAATCAGCAAGCCATGCCTC
TTCCTCCTCTTCCTTCAGTCAATCATATAGCCGGGTGGAGCAGTCCTCTTTCCGGAGCAC
TGGAGTGAGCAGCCAATCACAGTCGATGGTTCGGGAGAGCTTCTCTCCTACCTCCTCCTC
CTCCTCTCACTCTCTCCTCGCCTCCTCTGCTTCTCCGTTTGTGCCGAAATTTACAAGCGG
TCAAACAAAGTTCGGAACTTACGAACACTCACTAAAGAAAGCAGGAATTAAACACACATT
TACAATTGACAAACATTACAATTTCCTGATTCGAGCAGGGACGGGAATAGCCGACCTATC
TGCAGAAGTGGAGAGTCCATCTGGTGCAAAGCAGAAAGCAGAAATCGTAGAGACTGATGA
CAGCACATACAGTATTCGATTCGTGCCTAAGGAAATGGGCGTGCACACTGTGAGCGTTCG
GTACCTTGGGCAACATGTGCCTGGCAGTCCCTTTGAGTTCACAGTTGGTCCCCTGGGTGA
GGGTGGTGCCCACAAGGTCACTGCTGGAGGCCCGGGACTGGAAGGTGCGGTGGTCAGTGT
ACCAGCCGACTTCAGTATTTGGACGCGGGAGGCTGGAGCAGGTGGTTTGTCTATCGCTGT
GGAAGGTCCATCGAAAGCTGATATCAACTTTGAGGACAGGAAAGACGGGTCTTGTGGTGT
CTCGTACGTTGTCACTGAACCAGGAGAGTACGAAGTTAACGTGAAGTTTAATGACGAAGA
TATCCCAGGAAGCCCCTTCCCTGTAACTGTTACTGGGGTCGGAAAAACCAACAAAGAACC
GTCTGCTGTAAAATATAGTTATCCCTATCTCTACGTTACTTTTAATGCGTTGTTGTTGTT
GTTTTTTCCGTCACGTTTCAAGTCGGATGTCGGCAAAGTTCGGTCATTCGGAAGCGGCCT
CAGACGAGCTGTTGTGGGTGAAAACACATTCTCCGTGGATTGTTCAAATGCAGGAAGCAA
TATGCTACTCGTTGGTGTGCACGGGCCGCTGACACCGTGCGAGGAAGTGCACATTAAGCA
TATGGGCCTGCGAAAGTACTCGGTTACCTACACCGCCAAAGAGTGCGGAGAATACCTGCT
GATCGTGAAGTGGGGCGACGACCATATACCTGGAAGCCCTTTCCACGTCAAAATCCCTTG
A

InterProScan

Gene3D
Ig-like_fold (IPR013783) - T[1-97] 8.9E-28 - T[98-195] 2.1E-32 - T[196-294] 3.0E-27 - T[295-397] 1.7E-29 - T[398-503] 1.3E-28 - T[504-589] 3.5E-18 - T[590-685] 6.8E-38 - T[686-781] 4.7E-26 - T[782-906] 1.3E-21 - T[907-1002] 3.2E-39 - T[1003-1097] 4.1E-35 - T[1098-1193] 1.8E-34 - T[1194-1311] 4.6E-34 - T[1340-1398] 7.9E-13 - T[1399-1501] 6.6E-41 - T[1527-1583] 1.0E-55 - T[1584-1669] 1.0E-55 - T[1816-1874] 1.3E-24 - T[1875-1980] 1.6E-43 - T[2003-2099] 2.4E-28
SMART
Filamin/ABP280_rpt (IPR001298) - T[1-97] 1.5E-29 - T[99-190] 3.9E-33 - T[198-294] 9.4E-26 - T[296-397] 1.3E-23 - T[399-498] 2.1E-25 - T[500-592] 1.2E-20 - T[594-685] 2.5E-41 - T[687-780] 4.0E-25 - T[782-909] 7.9E-18 - T[911-1002] 6.1E-43 - T[1004-1098] 9.4E-41 - T[1100-1195] 1.6E-37 - T[1197-1291] 1.6E-28 - T[1311-1400] 0.062 - T[1401-1492] 4.5E-43 - T[1497-1579] 7.5E-9 - T[1583-1673] 2.7E-37 - T[1789-1878] 3.8E-17 - T[1882-1973] 2.9E-39 - T[2009-2099] 4.1E-23
ProSiteProfiles
Filamin/ABP280_repeat-like (IPR017868) - T[1-94] 27.075 - T[95-187] 28.657 - T[194-291] 26.13 - T[292-394] 26.335 - T[395-495] 28.637 - T[496-589] 23.829 - T[590-682] 34.493 - T[683-777] 29.623 - T[778-855] 19.328 - T[907-999] 35.973 - T[1000-1095] 35.377 - T[1096-1192] 35.438 - T[1193-1288] 31.0 - T[1344-1397] 14.458 - T[1397-1489] 33.63 - T[1492-1576] 18.322 - T[1579-1670] 30.671 - T[1795-1875] 25.596 - T[1878-1970] 31.76 - T[2005-2098] 26.418
SUPERFAMILY
Ig_E-set (IPR014756) - T[1-97] 3.07E-22 - T[77-190] 2.87E-32 - T[200-293] 2.8E-21 - T[277-398] 1.13E-24 - T[385-501] 1.47E-24 - T[508-589] 1.33E-15 - T[572-687] 3.5E-35 - T[675-782] 1.6E-25 - T[771-849] 8.63E-18 - T[879-910] 8.63E-18 - T[889-1004] 2.8E-37 - T[982-1099] 1.6E-34 - T[1079-1196] 1.13E-32 - T[1186-1289] 1.87E-27 - T[1344-1412] 2.0E-11 - T[1398-1494] 6.67E-31 - T[1507-1594] 5.34E-16 - T[1582-1672] 4.27E-27 - T[1795-1893] 4.47E-21 - T[1880-1972] 1.87E-28 - T[2009-2098] 2.87E-20
Pfam
Filamin/ABP280_repeat-like (IPR017868) - T[2-91] 3.0E-12 - T[99-183] 1.1E-14 - T[201-288] 2.4E-14 - T[297-391] 2.9E-14 - T[399-491] 7.7E-16 - T[500-585] 1.2E-7 - T[593-679] 7.4E-20 - T[686-772] 4.0E-12 - T[781-856] 7.0E-7 - T[910-995] 3.6E-20 - T[1003-1092] 8.9E-19 - T[1100-1189] 5.0E-18 - T[1197-1285] 2.2E-15 - T[1402-1486] 8.4E-20 - T[1583-1667] 3.9E-17 - T[1793-1872] 4.7E-10 - T[1883-1966] 9.5E-17 - T[2008-2095] 1.6E-10
PANTHER
FLN_C (IPR032461) - T[2-856] 0.0 - T[889-1972] 0.0 - T[2005-2099] 0.0

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
FLNC_HUMAN 56.614 % 2219 0
FLNA_HUMAN 50.978 % 1909 0
FLNB_HUMAN 49.718 % 1851 0